CATALOGUE D'ABAQUES POUR L'INTERPRÉTATION DE POMPAGES …

BUREAU DE RECHERCHES GÉOLOGIQUES ET MINIÈRES

SERVICE GÉOLOGIQUE NATIONAL

CATALOGUE D'ABAQUES POUR L'INTERPRÉTATIONDE POMPAGES EN NAPPE LIBRE

Département hydrogéologie

79 SGN 682 HYD

BUREAU DE RECHERCHES GÉOLOGIQUES ET MINIÈRES

SERVICE G É O L O G I Q U E NATIONAL

B.P. 6009 - 45060 Orléans Cedex - Tél.: (38) 63.80.01

CATALOGUE D'ABAQUES POUR L'INTERPRÉTATIONDE POMPAGES EN NAPPE LIBRE

par

R. DEGALLIER

\

Département hydrogéologie

B.P. 6009 - 45060 Orléans Cedex - Tél.: (38) 63.80.01

79 SGN 682 HYD Octobre 1979

Réalisation : Département des Arts Graphiques

RESUME

Présentation d'un catalogue de fonctions calculées pour une grande

variété de dispositifs de captage et d'observation pénétrant partiellement

une nappe libre anisotrope.

Les calculs ont utilisé les formules mises au point en 1975 par Boulton

et Streltsova pour traiter des nappes captives, semi-captives ou libres. Seul

le cas de la nappe libre, selon la conception de Neuman ( 1974 ) est présenté

ici.

Ces fonctions, et les abaques qui devront être construits, rendent possible

une meilleure détermination des paramètres hydrodynamiques caractérisant les

nappes libres ( T, K', S, S' ). Lorsque les puits et pièzomètres ont des

caractéristiques non prévues dans le présent catalogue, on peut obtenir

des déterminations approchées de ces paramètres de façon à encadrer les

valeurs réelles.

Lors de la conception d'une opération de pompage, on peut, moyennant des

hypothèses sur l'ordre de grandeur des paramètres cherchés, déterminer le disposi-

tif le plus sensible à de faibles variations de ces paramètres.

Ce rapport est édité dans le cadre des travaux propres du département hydror

géologique.

- 1 -

Dans une précédente note ( R. Degallier, 1976 ) nous présentions des

abaques ( Stallman, 1965 ) destinées à montrer l'importance que peut avoir,

tout spécialement dans des nappes libres, la pénétration incomplète des puits

de pompage ou des pièzomètres de mesure du niveau.

Mais il ne suffisait pas de mettre en garde les hydrogéologues contre une

utilisation abusive de fonctions trop simplistes, encore fallait-il leur

donner la possibilité de faire mieux.

Le présent catalogue répond, au moins partiellement, à ce souci, ce qui

rend possible maintenant:

- une meilleure détermination des paramètres hydrauliques de puits ou

de systèmes de puits et pièzomètres où la disposition des orifices et

crépines correspond aux fonctions disponibles.

- lorsque la disposition des ouvertures des puits et pièzomètres correspond

mal aux fonctions disponibles une détermination approchée de ces paramètres.

Dans ce cas la fourchette de précision peut être donnée si l'on encadre la situa-

tion réelle par les fonctions calculées pour les dispositifs les plus proches.

- lors de la conception d'un dispositif de pompage, une évaluation de

sa sensibilité à la disposition des ouvertures des puits et pièzomètres, à

la distance entre ces derniers, aux contrastes des paramètres d'écoulement

vertical et horizontal.

La formule la plus employée jusqu'ici pour traiter les nappes libres était

celle de Boulton ( 1955, 1963 ) mais elle n'était valable, dans une nappe

homogène isotrope pénétrée complètement par le puits de pompage et par le

pièzomètre, que comme une approximation. Le débit retardé venant de la surface

- 2 -

de la nappe était introduit au moyen d'un coefficient empirique.

Les erreurs auxquelles pouvait conduire cette formule ont été mises en

évidence ( Boulton, 1973 ; Streltsova, 1972, 1973 ) et apparaissent dans le

schéma ci-dessous ( Figure 1 ) pour le cas d'une pénétration complète et

en ne considérant que la partie de la courbe de Boulton sous l'influence

prépondérante du débit dit " retardé " provenant de la surface libre de la

nappe ( courbe type B, selon Boulton).

On voit que pour de faibles valeurs de r/B la formule de Boulton

surestime très fortement les rabattements. Pour r/B •= 0.1 par exemple, les

rabattements calculés sont plus du double de ce qu'ils devraient être. En

cas de pénétration partielle du pièzomètre seulement, et, a fortiori, du puits

de pompage, les écarts peuvent augmenter, bien plus fortement.

"curves of 2 W values

curves of 2V values

- Général solution

- Boultons solution

£2.10* M ? R O " 1 Í 0 1 W HO'

Fig. 1. Comparison of W and V functions.

Les formules utilisées ici pour le calcul des abaques sont celles qui

ont été mises au point plus récemment par Boulton et Streltsova ( 1975 )

pour le cas traité vers la même époque par Neuman ( Ï974 ) d'une nappe

libre anisotrope pénétrée partiellement ou totalement par le puits de pompage

et par le pièzomètre . Tous les coefficients y sont explicités en termes

de paramètres hydrauliques, définis selon le schéma suivant: (figure 2) :

- 3 -

FIGURE 2 - DISPOSITIF DE POMPAGE

nappe libre •*

Puits depompage

4.^

L

Piézomètre

K

tî ! s1

Coefficient d'emma-gasinement par dénoyagede la surface libre dela nappe.

S = coefficient d'emma-gasinement élastique

Substjaturn iqiperméable

- 4 -

Les 10 paramètres de cette figure et les deux variables temps et rabat-

tement se combinent en 8 grandeurs sans dimension:

L = 1 - 1/b Cote réduite de la base des crépines du puits

L = 1 - 1 / b Cote réduite du sommet des crépines du puits

2 = 1 - z /b Cote réduite de la base des crépines du pièzomètre

Z = 1 - z /b Cote réduite du sommet des crépines du pièzomètre

v = I/o = S1/S Contraste des capacités en eau ou des coefficients d'emmagasinement élastique et de la surface libre de la nappe

/— r /K7"p = /ß = r- y -zr- Coefficient d'anisotropie

b Js.

T = p26/4 = Tt/22S Temps réduit

F = 4TTTS(LJ-L)/Q Rabattement réduit

La transmissivité T est un paramètre auxiliaire non nécessaire et qui

peut remplacer Kb.

Les notations 6 , ß , a ont été utilisées notamment par Neuman ( 1974 ) .

La formule tabulée est donc la suivante:

F = xJ (px)

oo I

m = 1dv (1)x

dans laquelle :

. V l-expf"-T(x2ß 2)lj fsinh(ß,L >sinh(ß L)l TsinMß Z2)-sinh(ß

rt(x2-ß 2).cosk>- ß |n-v(x2-r3 2)Tsinh ß +(l+2v)ß coshßo o o i t - - o ^ - o o

(2)

\ l-exP[-T(x2+ßm2)]j [sin(ßmL1)-sin(ßmL)'2[sin(ßmZ2)-sin(ßmZ)]

(3)

(Z2-Z1)ßm(x2+ßm2)cos ßm[[l-v(x2+ßm

2)]sin ßm+(l+2v)ßm cos

ß est la racine positive de

ßo sinn ßQ - v (x2-ß0

2) cosh ßQ = o (4)

pour ß 2 < x2

¿—--. •--- • iéme ~"7 • _L-*"-"~"-- — ' "•— - -..

Pm est la n - ; racine • positive de .'

ß sin ß + v (x2+ß 2) cos ß = o (5)i" m m m

pour (2m - 1) TT/2 < ß < mir111 m

JQ est la fonction de Bessel de première espèce et d'ordre zéro.

- 5 -

Le nombre de combinaisons des valeurs possibles des 7 paramètres de la

fonction F était tel — une multiple infinité — qu'un choix était nécessaire,

pour chaque paramètre,d'un nombre de valeurs limité dans un intervalle de

variation: atteignant les cas extrêmes auxquels l'on peut s'attendre sur

le terrain.

Après de nombreux essais et travaux préparatoires destinés à éviter

le calcul d'abaques peu différents les uns des autres, les compromis suivants

furent adoptés:

- les paramètres hydrodynamiques croissent en progression géométrique:

. T = Tt/r2S de ÎO"1 à 104

. a = S/S'-l/v de io"3 à ÎO"1

. ß . K'r2/Kb2 de lu"7 à 10

- les paramètres géométriques sont définis par les codes de la Figure 3.

Au départ on a pensé calculer des abaques pour les 15 dispositifs de

puits 1 à F et les 20 dispositifs de pièzomètres _ 1 à K, selon le schéma

de la Figure 3, ce qui eût conduit à 300 abaques pour ne tenir compte que

de la disposition géométrique des systèmes de pompage et de mesure. Chaque

abaque devait contenir une famille de courbes différant par leur paramètre

ß • K'r2/K b2 dont en général 9 valeurs étaient retenues.

Ensuite un tel catalogue de 300 abaques devait être calculé pour un

certain nombre de valeurs du paramètre o = S/S'.

Pour ce paramètre cr , cinq valeurs étaient retenues, considérant que

-3 -1la fourchette des valeurs usuelles s'ouvrait de 10 à 10 , ce qui correspond

-4 -3 -2 -1à des valeurs de S comprises entre 10 et 10 et de S' entre 10 et 10

- 6 -

FIGURE 3

ü•H

ëX)H

Pénétration des puits et pièzomètres

. Codage de la position des ouvertures

ou crépines

0

Ci

0,0

0,2

0,4

0,6

0,8

1,0

1 2 3 4 5 6 7 8 9 A BT o i t d e l a n a p p e

1AD •0,05.0,1

•0 ,5

0,7

I " 0,9

M u r d e l a n a p p e K

Puits et pièzomètres crépines Piézomëtres ponctuels

Exemple: Dans une nappe de 100 m d'épaisseur un puits crépine de 40 à 100 m

sous la limite supérieure sera noté " 6 6 " s'il n 'y a pas de pièzomètre ou

si le pièzomètre est ouvert aux mêmes profondeurs que le puits. Si le pièzomètre

est ouvert jusqu'à 20 m sous le toît de la nappe on aura lé code " 6 B " ,

- 7 -

Ceci eût conduit à un catalogue peu maniable de 1500 abaques de 9 courbes.

Finalement on ne retint que 69 dispositifs de puits et pièzomètres, ce qui

réduisit à 345 le nombre d'abaques. Les dispositifs retenus sont ceux du

Tableau 1 ci-dessous, signalés aussi Figure 3 par les codes des pièzomètres

associés à chaque forage ( chiffre à droite du figuré de la crépine du puits ),

ainsi que par les codes des forages associés à chaque position de pièzomètre

( chiffre à gauche du figuré de l'ouverture du pièzomètre).

Les fonctions du catalogue ci-annexé sont classées par valeurs croissantes

du " code de pénétration " du dispositif pour lequel elles ont été calculées,

puis dans chaque tableau par valeurs croissantes de a * S/S'

Chaque colonne correspond à une valeur particulière de ß - K'22/Kb2

et donnera lieu au tracé d'une courbe de F en fonction de T * Tt/22S .

TABLEAU 1

Code des fonctions disponibles

PUITS

1

4

6

7

A

B

C

D

E

F

PIEZOMETRES

1467ABDFGHIJK

1467BDF

1467BDF

167ADJK

147ABCDGHI

1467ABCDF

CD

1467ABCDF

AC

17ABEF

- 8 -

Ce catalogue de fonctions rend maintenant possible à chacun de tracer les

abaques correspondant au dispositif dont il veut interpréter les mesures.

Ces fonctions sont toutes établies dans l'hypothèse d'un débit constant.

Ainsi, les abaques peuvent être utilisée directement et les paramètres déterminés

à partir du décalage des échelles des abcisses et des ordonnées des courbes

théoriques et expérimentales, après avoir obtenu leur meilleure coïncidence.

Dans le cas où le pourcentage de pénétration du puits de pompage L..- L

ne correspond pas exactement à celui de l'abaque, les rabattements devront

être corrigés proportionnellement, sachant que le rabattement minimal est obtenu

avec la pénétration maximale codée " 1 ". Par exemple, si le puits est crépine

de 0.43 à 0.58 et que l'on utilise l'abaque D prévu pour un puits de 0.4 à

0.6, les rabattements mesurés seront plu6 forts que ce qui conviendrait et

devront donc être divisés (0,6 - 0,4)/(0,58 - 0,43).

Lorsque le débit n'a pas été constant pendant la durée du pompage, ou que l'<

veut tirer parti de pompages intermittents pendant une large période, ou

encore qu'un fort effet de capacité se fait sentir dans le puits, l'effet

de tous les paliers de débit devront être additionnés, par exemple selon

des procédés présentés par ailleurs ( R.Degallier,• 1978, 1979 ), afin d'obtenir

les abaques de l'évolution pièzomètrique correspondante.

Le dessin des abaques F (T, ß) de toutes les tables ci-annexées fera

l'objet d'un fasicule complémentaire. Il pourra être utilisé avec avantage

pour l'interprétation directe de pompages à débit constant, ou lors de la

conception d'une opération de pompage pour l'évaluation de la sensibilité

à la distance entre puits et piézomètres.

D'autres fascicules d'abaques sont aussi envisagés pour des abaques

F ( T , L )et F ( T, z ) pour l'étude de la sensibilité à la position des

crépines et ouvertures des puits et piézomètres.

- 9 -

une telle étude est particulièrement indiquée lorsque les paramètres

doivent être déterminés de façon très sûre car souvent il arrive que des

combinaisons différentes de paramètres conduisent à des courbes semblables. Il

y a lieu alors de construire des pièzomètres dans des situations où ils

peuvent lever des ambiguités ou indéterminations.

Enfin d'autres catalogues de fonctions devront être calculés pour que

d'autres types de nappes puissent Être traitéesavec la même rigueur en cas de

pénétration partielle des ouvrages, notamment les nappes totalement captives,

ou qui peuvent être considérées comme telles pendant la durée d'une opération

de pompage,et surtout les nappes semi-captives, vraisemblablement les plus

nombreuses.

CONCLUSION

Les méthodes et formules disponibles jusqu'ici avaient de nombreuses

limitations. Quand on le pouvait, on cherchait à s'affranchir des effets

d'anisotropie du terrain, de pénétration partielle des ouvrages ou de la nature

non captive de la nappe, soit en plaçant les pièzomètres loin du puits de

pompage, soit en augmentant la durée de ce pompage. On pouvait alors appliquer

des méthodes classiques avec rigueur, à condition d'avoir prédit avec succès

l'ordre de grandeur des paramètres que l'on cherchait à déterminer.

Hais le plus souvent la durée du pompage est limitée par des exigences

techniques ou économiques, ou par des phénomènes naturels tels que la pluie;

souvent aussi les pompages font partie de procédures standardisées qui ne

sont pas paramétrées en fonction de la constante de temps des systèmes à

étudier. Comme on ne connaissait pas la portée des libertés que l'on

prenait à l'égard des limitations d'application des méthodes disponibles,

on pouvait admettre que les résultats obtenus étaient les moins mauvais

possibles.

Mais maintenant qu'on dispose de techniques de calcul des écoulements

dans les situations les plus variées, une telle attitude n'est plus justifiée.

REFERENCES CITEES

BOULTON (N.S.) 1955 .- Unsteady radial flow to a pumped well allowing fordelayed yield from storage .- AIES, Rome3 N° 37 3 t.2, p. 472-477.

BOULTON (N.S.), STRELTSOVA (T.D.) 1975 .- New equations for determining theformation constants of an aquifer from pumping tests data .- Wate?Resources Research, vol. 113 n° 13 p. 148-153.

DEGALLIER (R.) 1976 .- Effets de la penetration des piézomètres sur l'inter-prétation des pompages en nappe libre .- Rapport BRGM 76 SGN 189 AME.

NEUMAN (S.P.) 1974 .- Effect of partial penetration on flow in unconfinedaquifers considering delayed gravity réponse •.- Water Resources .Research, vol. 103 n° 23 p. 3Û3-312.

STALLMAN (R.W.) 1965 .- Effects of water table conditions on water level changesnear pumping wells .- Water resources Research, vol. 13 p. 295-312.

THEIS (L.V.) 1935 .- The relation between the lowering of the piezometric surfaceand the rate and duration of discharge of a well using ground-waterstorage .- Trans. AGV3 Washington, Nat. Res. Council^, 16 th an.meet-ing3 p. 519-524.

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b.537E+00

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9 . Ù O U : + - O O

LOG K*R2/<n? - 7 . 0 -6 .0 -3.0 -2.S - i . O

u_l<uo

2o5UJocceUJt—ztcf-zUJ

TTXR2Sl .OOOE-012 . 1 5 4 F - O 14 .647F-011 .OOOF+00

4 . A 4 2 F + 0 01.000E4012.154E+014.A42F4011.000F+072 .154C+074.642F+0?1.000E+032.l!>4F«034.b4?£+01l.OOOE+Ot2 .154F+044.b42E+041 .000F40S2*1B4^40S

ft A A A» . 4 7 R C - 0 21.A79F-01S . 1 7 9 F - 0 11.039E+00

2 . 3 1 S C + 0 03. I2IE+003.H7 IE+00

S.14«r+006 . 1 * O C + O OA.91 l r+OO7.A71E +P0A.A77F+009 . 1 B 0 E + O O

I.067E401

1.704F401I.279E+01

T T F.2 . 4 7 R F - 0 2l .b7AF-01S . 1 7 9 E - 0 11.039E+001 .AR1E+0P2.3R5F.+003 . 1 7 0 E + 0 03 . B 7 0 R 4 0 0

5 . 3 A 7 F 4 0 0

b*904E4007 . A S 9 F + 0 0A . 4 0 B E 4 O O9*149F+009 . R 7 9 F 4 0 0I .OAOF+011.132F+01l.lfiHE+0]1.2I3E+0I

M E N2 . 4 7 T E - 0 21 .67KF.-015 .12»C-011.039F+00I.4BIF4007.3HSF+003 .170C+003.A69C+004 .625F+00i.3n2F+no6 . 1 SHI^+OOA . A B 9 L 4 0 07 . A 3 4 F + 0 0

Q a O ^ O F + O O9 . 7 9 1 F + 0 01 .C147F+01

1 . lb4E+Ul1-187F+01

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2 . 4 7 8 E - 0 21.6 7BE-015 . 1 2 9 E - 0 1I .039E+001 . A A 0 E + O 02 . 3 A 4 E + 0 03 . 1 I H E + O O3 . A 6 b E + 0 0

S . 3 7 1 E + 0 0b . l1AE+00b . S K A E + O O7 . 5 b b E + 0 0R . 2 9 7 E + 0 0A . 9 B 4 E + 0 09 . A 3 C E + 0 0I .025C+01l.OBIE+OI1•]24E+01I.14AE+0I

R E D

2 . 4 7 A E - 0 2l .b7hE-01S . 1 2 H F - 0 1I .039E+00I .6ÜOE4002 . 3 H 2 E + 0 03 . I14E+003.BSIIF.+004 . b 0 4 E + 0 0S . 3 4 O E + 0 0b . O A Q E + 0 0b . 7 9 9 E + 0 07 . 4 O B C + 0 0

a.7-."JE*oo9 . 3 7 A O + 0 09 . R B Ü E + 0 01.031F+011.Obbr+011.I04E+01

U I T¿ . 4 7 7 E - 0 21 .67BE-015. I25E-0I1 .03BC+00l.b77E4 002 .J77E4 003 .104E+003 . H 4 0E+C04.1>74E+005 . 2 9 O C + O O6.ooaE+oob.b93C+007 . 3 4 3 E + 0 07.947L+0US . 4 A U E + 0 0A . 9 4 B E 4 0 09 . 3 2 M T + 0 09 .b«2b+001.OloE+011.07ak+01

S

•i.47bE—O2I.676E-01b. l lBE-011.035E+001.672E4002 .3A5E+003 .0R3E+003 .B04E+004 . 3 1 A E + O OS.214E+00S . B B 1 E + 0 0

7l0B0E+007.SH1E+U07.994E+008.34BC+00H . 7 M E + 0 0*J.2<>IE+00

1.071E+01

2.4731:—02l.b73E-01S.100C-011.03DL+001 .bt>9r+O02.342E+003.042t+0D3.7401+004.41BL400â*0b3l-+00b.bbir+OOA . l<»71-+006 . A 5 1 L + 0 07.0241Î+007.3MSÍ.+007 .B5 IO00h.4bOE+000.17114009.O27r+00l.070t+01

£.4A4L—02l.bb4E-01S.0b0b-011.014C+00

2*£99K+U02.47Ib+003.b2SC+004.243C+004.O0bF+0Ob.2'/üC+00ä.701C400b.O!iOH+OO

b.9««t+007.OS6L+00B.J94F+009 . l!>6C+O09 . V 2 4 Ü + 0 01.070E+01

2 . 4 4 A L - 0 21 .€»4<*C—Ul4 . 9 H 7 b - ù l

2.^^4C+t«u2 . A 4 S b + 0 O3 . » 7 7 F + 0 03 . O 4 O C + 0 04.JÜ3JT+D04 . 7 4 1L+00

sIsiJIT+OCb.lbt/11+00b.ttb'JCfrOO

0*:iHlib+ODV.läbr-4UÜ9.u^*ftC+001.070L4C1

S£.«li£l=-O¿1.bl4C—01

v . b 4 9 E - O I1 .S22E+002 . 0 U 2 E + 0 02 . b 2 7 b + 0 03 . 0 9 1 Ë + 0 03 . 4 b b L + 0 03.7ltbE+004 . 1 b b E + 0 04 . b O 4 E + 0 0S . 3 S 7 C 4 0 0O . 0 9 3 L 4 Ü 0b . B s 3 C 4 0 07 . b 2 0 £ + 0 0H.3a9b+0U9.1bBL*«OD9 . 9 2 V b + 0 0I .071E+01

gzo

LOG SSS* • - 1 . 0

LOG K*R?/<*2 - W S

TT/R2S R A B

l . O O O F + 0 0

i.onoc+o?

_i 2.is»r+o?

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2-1S4F. *0«4.642F+0*I.OPOC+OS

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1.4S7H-0I 14.270C-OI 37.969F-O1 h1.176£+00 K1.4RbC400 11.777E+00 12.014E+00 1

> 4.5S7F400 4,5.121E+00 S.

0 0 7.ft2ftr+00

00 9 . 1 6 6 F + 0 0

01 1.077R+0I

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0 . 0

S

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O . S

R E

1.110E-02 3 .4 . 7 9 0 E - 0 2 M.

-01 1.43bC-01

^07r+00 4.&ftOF+323C+00 5.377IÍ +OOir+nO ft.09SF.f

1.072F+01

S . 3 1 0 E - 0 1 4 .9.9.V7E-01 9,1.010E + 00 I .2 .309C400 2 ,

1.0

U 1

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»247F-

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7 1 b E -605F +

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W073P+01 ll

6 .102T+00 t».102L400 CJ.IO . H 7 1 E 4 0 0 b .872r+00 b.l __7.in41E + 00 7 . 0 4 2t+00 7.6*2t: + 00Ü.ülie+On 0 .4 I2T+00 A.412C+-U0u . 1A2E+00 o * inür+oo <j. ii\2c+ooO . 9 b 3 C +00 y.*»54h+00 f/.yÜ3R+0Q1.073C+01 1.0731+01 1.073C+01

«S.lo^b+UO

»JITS A PENETRATION COMPLETE ET PIEZCMETRE OUVERT DE 3 .0 A 0.6

ABAOUE POUP L*INTERPRETATION DE FCMPAGES EN NAPPE LI6SE ANISCTROPE,

DANS L'HYPOTHESE DE NEUMAN, SELCN FORMULES OE BOULTCN - STRELTSCVA

TABLEAU 1 4

FENETKATIONCU FUITS DEFCMFAGE (1)

PENETRATIONDUPIE20METRE (4)

///////////// IMPERMcAELE / / / / / / / • / / / / /

LOG S/S» = - 3 . 0

OG K«R2/KB2

TT/R2S

1 .OOOE-013.162E-011 .OOOE+003.162E+001.OOOE+011.030E+021.OOOE+03I .000E+04

- 7 . 0

R A B A

2.470E-022.133E-0Î1 .035E+002.021E+003.110E+005.37 0E+00-.eÔE+oo9.ee2E+oo

- 6 . C

T T E

2 . 4 S 9 E - 0 23 . 1 3 3 = - 0 11.C3E5. + CC2 . 0 2 0 E + 0 03 . 1 C 9 E + C C5 . 3 5 9 E + C 07 . 5 7 8 E + C 0Ç . 6 2 5 E + C C

- 5 . 0

M E N

2.46ÇE-323.132E-011.C35E+002 . 01 85+033.C99E+00E.299E+007.342E+00E.Ê5SE+00

- 4 . 0

T S

2.467E-323.124E-011.D2 9E+0 01.998E+003.04 6E+005.071E+006.58 5E+0 07.176E+00

- 3 . 0

R E C

2 . 4.43 £ - 0 23 . . 0 7 6 E - 0 11.002E+001.915E+0.02.856E+004.355E+004.945E+005.023E+00

-2 .0

U I T

2 . 354E-322.B95E-019.1126-011 .Ô51E+032 . 275c+ 002.855E+Û02 . 9 1 4 E O 33.290E+00

-1 .0

S

2.371E-022.32ÓE-016.4116-019.9S7E-011.1E8E+001.197E+001.431E+332.690E+00

O . C

1.27EE-021.109E-01i.oeeE-ci2.226E-012.2Ö5E-013.067E-01Ç.713E-012.656E+00

1.0

2.120E-C34.351E-C34.676E-C3£.ee7E-C39.093c-C3e.0¿5E-C21.C10E+C02.040E+CO

LOG S/S« = - 2 . 5

LOG K> R 2 / K B 2 - 7 . 0

T T / R 2 S R A B

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 00

1 . O O O E + 0 11 . O O O E + 0 21 . O O O E + 031.300E+04

2 . 4 7 0 E - 0 23 .133E-011 .035E + 002.021E+003 . 110E + 005 .370E+007 .64 0E+00Ç.862E+00

- 6 . 0

T T E

2.469E-323.133E-C11.03E5+0C2.02 0E+C03.1CÇE+CC5.359S+CC7.E76E+CC9.62EE+0C

- 5 . 0

M E N

2.469E-023.132E-011.C35E+002. 018E+003.C99E+005.299E+007.342E+00E.860E+00

2.467E-023.124E-011.029E+001.99SE+033.04 6E+005.071E+006.586E+007.194E+00

-3 .0

R E C

2 .447E-023.076E-011.002E+001.915E+302.856E+004.356E+004.958E+035.155E+00

-2.0

U I T

2.354E-322.895E-019.112E-011.651E+002.276E+002.864E+003.014E+00

-1 .0

2.0£9E-0¿ 12.325E-01 16.411E-O1 21.0005+00 21.162E+00 21.2E4E+00 41.876E+00 13.706E+00 3

O . C 1.0

.273E-02 2 .155E-C3• 109E-01 4 .573E-C3.C9ÊE-01 Î .ES0E-C3.274E-01 E.977E-C3•463E-Ü1 Í .173E-C2.674E-01 3.413E-C1.E22E+00 1.9É3E+0C

LOG S/S« = - 2 . 3

OG K ' R 2 / K B 2

T T / R 2 S

1 . O O O E - 0 13 .162E-011 . O O O E + 003 .162E+001 .OOOE+011 .O00E+021 . O O O E + 0 31 .033E + 04

- 7 . 0

R A B A

2 . 4 7 0 E - 0 23 .133E-011.035E+002.021E+003 .11OE+005.370E+007.É40E+00Ç.8Ê2E+00

- e . o

T T E

2.465E-022.133E-C11.035E+CC2.02 0E+CC3.109E+CC5.359E+CC7.57eE+CCS.626E+CC

- 5 . 0

M E N

2.469E-323.132E-011.035E+002.016E+033.C99E+005.299E+007.343E+00e.666E+00

- 4 . 0

T S

2.467E-023.124E-011.029E+001.998E+003.04 6E+005.071E+006.590E+007.246E+OO

- 3 . 0

R E C

2 .4A7E-323.075E-011.002E+001.915Î+002.856E+004.359E+004.999E+035.465E+00

- 2 . 0

U X T

2.352E-022.Ó94E-019.1UE-011.651=+002.277E+002.892E+003.282E+004 .743E + Û0

-1 .0

S

2 . 0 C 3 E - 0 22 . 3 2 4 E - 0 16.41 1E-0 11.003E+331.175E+001.423E+002 .682E+034 .782Ê+00

O . C

1 .269E-021 .111E-012 .127E-012 .429E-013 .01ÏE-01S . 6 4 8 E - 0 12 .64ÊE+005 .C62E+00

1.0

2 . 2 6 I E - 0 3E . 2 8 0 5 - C 3e.eieE-C3£.117E-C27.660E-C21.003E+C03.022E+CCS.289E+CC

LOG S / S 1 • - l . E

O G K < R 2 / K B 2

T T / R 2 S

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 0 03 . 1 6 2 E + 0 01 . O O O E + 011 .000E+021 . O O O E + 031 .030E+04

- 7 . 0

R A B A

2 . 4 7 0 E - 0 23 .133E-011.035E+002.021E+0O3.110E+005.370E+007.640E+009.863E+00

- 6 . 0

T T E

2 . 4 6 9 5 - C 23 . 1 3 3 E - C 11.035=+C02.020Î+0C2.1C95+CC5.359E+CC7.E7SE+CC9.627H+CC

- 5 . 0

M E N

2 . 4 6 9 E - 0 23 .132E-011.035E+002 .01BE+003 .CS9E+005.299E+00-».343E + 00C.881E+00

- 4 . 0

T S

2.466E-023.124E-011.029E+001.99 7E+0 03.046E+005.072E+006.602E+007.373E+00

- 3 . 0

R E C

2 . 4 4 6 E - 0 23 . 0 7 5 E - 0 11 . 0 0 2 E + 0 01 . 9 1 5 E + 0 32 . 8 5 6 E + 0 04 . 3 6 6 E + O O5 . 1 1 3 E + 0 36.04 .&E+00

- 2 . 0

U 1 T

2 . 3 4 7 E - 0 22 . 3 9 3 E - 0 19 . 1 0 3 E - 0 11 .651E + 332 .230£*002 .974E+003 .838E+335 . 7 6 1 E + 00

- 1 . 0

S

2 . 0 4 Í E - 0 22 . 3 1 9 E - 0 16 . 4 1 Ú E - 0 11 .009c+D01 .217E+001 .S50E+003 . 6 E 1 E + 0 05 . 6 7 1 E + 0 0

O.C

1 . 2 5 6 E - 0 21 .116E-012 . 2 1 Ê E - 0 12 . 9 0 9 E - 0 14 . 70eE-011.799E+003 . 5 2 3 E + 0 06 .190E+00

1.0

2 . S S 5 E - C 37 . 5 4 6 E - C 31.S4 6 E - C 27.4 7 7 E - C 23 . 2 9 0 E - X 11 .929E+004 . 1 3 3 E + C 0Í . 4 2 6 E + C 0

LOG S / S 1 = - 1 . 3

LOG K ' P 2 / K B 2 - 7 . 0

T T / R 2 S R A B

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 003 . 1 6 2 E + 0 01 . O O O E + 0 11 . O O O E + 0 21 . O O O E + 031 .303E+04

2.470E-023.133E-011.035E+002.021E+003.11OE+005.370E+007.640E+00Ç.CÎ3E+00

- 6 . 0

T T E

2.459E-323.132E-C11.035E+002.02C=+CC3.1C9E+CC5.359E+CC7.57e=+C09.631E+CC

- 5 . 0

M E N

2.469E-323.132E-011.035E+002 . 018E+0 33.C99E+00S.299E+00' .346E+00S.917E+00

2.466E-023.124E-011.029E+001.99 7E+033.046E+005.073E+006.634E+007.637E+00

- 3 . 0

R E C

2.443E-323.074=-0 11.002E+001.915E+002.856E+004.388E+005.368E+006.872E+00

-2.0

U I T

2.332Ê-322.88SE-019.093Ê-011.Ó53É+302.289E+003.187Ê+004.657c*306 .7335 + 00

-1 .0

1.9É9E-022.305E-016.411E-011.333E+301.337E+002.601E+004.Ó99E+006.929E+00

O.C

1.221E-021 .132E-01Î.S01E-01«.335E-01S.C33E-012 .772E + 00« .99CE + 007 .275E + 00

1.0

3 .574E-C31 .4S1E-C2É.379E-C23.013E-019.4 20E-C12.956E+CCe.220E + 007.E21E+C0

PUITS A PENETRATION COMPLETE ET P1EZCMETPE OUVERT DE 3 . * A 1.0

ABAQUE PDUP L'INTERPRETATION DE FCMPAGES EN NAPPE LIBRE ANISCTROPEt

DANS L 'HYPOTHESE DE NEUMAN, SELCN FORMULES DE BOULTCN - STRELTSOVA

TABLEAU

NAPPE0 . 0 -

0 . 2 -

0 . 4 -

0 . 6 -

0 . 3 -

1 . 0 -

PENETRAT IONCU PUITS DEFCMFAGE (1)

LIERE l<

PENETRATIONDUPIcZOMETRE (C)

R >| ANISOTROPEc • _ _ _ _

11111

-11

-1

K • —

U6-66-66-Ê

IMPERMEABLE

LOG S/S" = - 2 . 0

LOG K ' R 2 / K B 2 - 7 . 0

T T / R 2 S R A B

I .O0OE-O13.162E-011.300E+003.162E+001.000E+0I1 .OOOE+021 .OOOE+031.030E+04

2.491E-023.159E-01

2.c;aE+oo2.136E+005.417E+007.7I7E+001.002E+01

- 6 . C

T T E

2 . 4 Ç 3 E - C 22 .159E-C11.044E+C02.033E+C0J.136E+CC5.416E+0C7.717E+CC1.002E+01

- 5 . 0

M E N

2 .4902.159E1 . 044EZ.038E2.136E5.41 7E7.717EÇ.533E

- 3 2-Cl+ 00+ 00+ 00+ 00+ 00+ 00

- 4 . 0

T S

2 . 4 9 0 E - 3 23 .159E-011 .044E + 002 .03BE+003.136E+005.416E+007 .Ó28E+00B.752E+00

- 3 . 0

R E C

2 . 4 9 0 E - 0 23 . 1 5 9 E - 0 11.044E+002 . 3 3 8 - + 0 03 .136E+005 .328E+00Ó . 4 5 1 E + 0 06 .497E+00

-2.0

U I T

2.493E-023 .159£-011 .044E+002.032c+303.052E+004 .161c+004.207E+004.370E+00

-1 .0

2.4S9E-023.125E-019.8Ó2E-011.Ó71E+331.978E+002.022E+002.166EO03.070E+O0

O . C

2.210E-022.112E-014.C3CE-01A .281E-014 .241E-015.10EE-011.11EE+002.e90E+00

1.0

4.147E-C36.464E-03e.SOOE-C.1.022E-C21 .460E-C2s.eesE-021.022E+C02.029E+00

^ LOG S/'S« = - 2 . 5

OG K ' R 2 / K B 2

T T / R 2 S

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 003 . 1 6 2 E + 0 01 . O O O E + 011 .000E+021 . O O O E + 0 31 . 003E + 04

- 7 . 0R A B A

2 . 4 9 1 E - 0 23 .159E-011 . 0 ' 4 E + 0 02 .028E+003.136E+005 .417E+007 .717E+001.002E+01

- 6 . 0T T E

2.493E-323.1 59Ê-Cl1.044E+C02.338E+0C3.13ÊE+CCS.416E+CC7.717E+CC1.002E+01

- 5 . 0

M E N

2.490E-02Î.159E-C11.044E+0 02 . 038E+002.136E+00E.417E+007.717E+009.922E+00

- 4 . 0

T S

2.490E-323.1S9E-011.044E+0 02.03SE+0 33.136E+005.416E+007.628E+008.754E+0 0

- 3 . 0

R E C

2 . 4 9 0 E - 0 23 . 1 5 9 E - 0 11 .044E+002 . 0 3 8 E + 0 03 . 1 3 6 E + 0 05 . 3 2 8 E + 0 0Ó . 4 5 3 E + 3 06 . 5 3 6 E + 0 0

- 2 .0

U I T

2 . 4 9 3 É - 3 23 . 1 5 9 E - 0 11 .044E4002 .332E+033 .052E+004 . 1 6 3 E + 0 0- . 2 4 6 E + 3 04 . 6 8 3 E + 0 0

-1 .0

S

2 . 4 S 8 E - 0 23 . 1 2 5 E - 0 19 . 8 6 Í C - 0 11.671E+031 .980E + 002 . 0 E 7 E + 0 02 . 4 E B _ + 0 03 .969E+00

O . C

2 . 2 0 E E - 0 22 .112E-014 . 0 3 7 E - 0 14 . 2 2 7 E - O 14 . ' 1 4 E - 0 1C . 7 9 Ç E - 0 11 .694_+Û02 .969E + O0

1.0

4 . 1 B 0 E - C 36 . 7 3 7 E - 0 31 . C C 7 E - C 21 . 4 4 4 E - C 22 . 0 2 3 E - C 22 . 6 2 7 E - C 1i .seeE + co4.1SÊE+G0

LOG S/S« = - 2 . 3

LOG K ' R 2 / K B 2 - 7 . 0

T T / R 2 S R A B

1 . O O O E - 0 13 .162E-011 . O O O E + 003 .1£2E+001 . O O O E + 0 11 .000E+021 . O O O E + 0 31 .303E+04

2 . 4 9 1 E - 0 23 .159E-011.044E+002.03EE+003.136E+005.417E+007.717E+001.002E+01

- 6 . 0

T T E

2.490E-023.159=-C11.044Ë+0C2.036E+00:.i3es+co5.416E+007.717Ê+CC1.C02E+01

- 5 . 0

M E N

2.49DE-022.159E-011.044E+OO2.038E+002.136E+00E.tl7E+C07.717E+0 09.932E+C0

-4 .0

T S

2.490E-323.159E-011.044E+002.33BE+033.136E+005.416E+007.628E+008.762E+00

-3.0

R E C

2.490E-023.159E-0 11.044E+002.038E+033.136E+005.326E+006.462E+036.655E+00

- 2 . 0

U I T

2.490E-323.159E-011.044E+002.032E+303.051E+004.171E+004.361E+305.311E+00

-1.0

2.4eSE-023.134E-01S.8E9E-011.Ó71E+001.9e6E+002.160E+303.061E+305.002E+00

0.0

2 . 2 0 1 E - 0 22 ..111E-014 . C 5 S E - 0 14 .471E-01i . 046E-011.108E+002 .E62Ë+0C5 .080E + 00

1.0

4 . 2 6 5 E - C 25 . C 0 1 E - 0 21 .292E-C22.94 9 E - Q 29 .4 7 E E - C 21.015E+0C2.021E+005.267E+CC

LOG S/S« x - 1 . 5

LOG < « R 2 / K B 2 - 7 . 0 -e.oTT/R2S

î .OOOE-013.162E-011.OOOE+003.162E+001.OOOE+011 .000E+021.OOOE+031 . 0 30F. + 04

B

- 5 . 0

M N

2.491E-02 2.3.159E-01 3.1.044E+00 1.2.03SE+Û0 2.3.136E+00 2.5.4I7E+00 E.7.717E+00 7.1.0C2E+01 1.

433E-32159E-C10Û.4E + C 0038E+00136E+00416E+C0717E+CC002E+01

2.490E-323.15SE-011.044E+002.038E+O02.136E+005.417E+C07.717E+009.921E+00

2.490E-023.159E-011.044E+002.03BE+0 03.136E+005.416E+007.Ó27E+008.734E+00

- 3 . 0

2.490E-023.159E-011.O44E+002.33BE+003.136E+005.327E+006.482.+306.949E+00

-2.0

U I T

2.489E-323 .159E-011 .044E4002.331E+303.051E+004.192E+004..655E + 036.205E+00

-l .0

2.475E-023.121E-019.851E-011.672E+D32.005E+002.422E+003.941E+306.077E+00

0.0

2.177E-022 .109E-014 .127E-014.S12E-01£ .607E-011 .565E+0C3.944E+006 .-05E+00

1.0

4.613E-021.236E-022.726E-C2S.025E-022.5 09E-C11.942E+CC4.121E+C06.423E+CC

LOG S / S ' = - 1 . 3

LOG K ' P 2 / K B 2 - 7 . 0

TT /R2S R A B

1 . O O O E - 0 13 .162E-011 . O O O E + 003 . 1 S 2 E + 0 01 . O O O E + 011 . O O O E + 0 21 . O O O E + 031.333E+04

2 . 491 E - 0 23.159E-011.044E+OO2.03BE+003.136E+005.417=+007.717E+001.002E+01

- 6 . 0

T T E

2.¿93=-C23.159E-011.04CE+002.038E+CO2.136E+CC5.416E+0C7.717E+CC1.0C2E+C1

- 5 . 0

M E N

2.490E-022.159E-011.044E+002.038E+032.136E+C05.41 7E+C07.716E+009.Ç29E+00

-4 .0

T S

2.490E-323.159E-011.044E+002.338E+303.136E+005.416E+007.625E+008.847E+00

-3 .0

R E C

2.4-90E-D23.159E-0 11.044E+002.03SE+033.136E+005.325E+006.545E+007.521E+00

-2.0

U I T

2.485E-323.153E-011.044Ê+002.033E+J03.04BE+304.254E+005.225Ê+307.185E+00

-1 .0

2.445E-323.121E-019.B29E-011.674E+002.056fc+002.978E+004.918E+337.140E+00

O . C

2 . 1 0 4 E - 0 22 .104E-01« . 2 2 5 E - 0 16 .171c-011 .041E + 002 . E 0 S E + O 05 .006E+037 .2B9E + 00

1.0

5 . 5 9 1 E - C 22 . U S E - 0 27.763E-C22.221E-019.S40E-C12.957E + 0-

7.Í1SE+00

CJai

PUITS A "ENETRATrON COMPLETE FT PIEZOMCTRE DE 0.0 A 0.4

ABAOUE POUR L'INTERPRETATION DE POMPAGES CN NAPPE LIBRE ANISOTROPE.

DANS L'HYPOTHCSE DE NEUNIAN, SEL"7N FORMULES DE BOULT3N - STRELTSOVA

TABLEAU 1 7

NAPPE0 . 0 -

0 . 2 -

0.4-I

0 .6 -

O.B—

1.0-

PENETRATiriNDU PUITS DEPOMPAGE t 1 )

LIBRE | < -1 —

PENETRATIONDUPIEZOKETkE (7)

->lANISOTROPE—7 S«

7-7 -

+ - K

77.

/ / / / / / / / / / / / / IMPERMEABLE /////////////

LOG S/S« -3 .0

LOG K»F?2/KB2 - 7 . 0

TT/R2S

1.OOOE-013. 162E-O11.OOOE+003.162E+001.OOOE+011.OOOE+02l.OOOE+O?1.O00E+O«

LOG S/S» «

LOG K»R2/KB

TT/R2S

1.OOOE-013.162E-011.OOOE+003.162E+001.OOOE+011.OOOE+021.000E+03l.OOOE+04

R A B A

2.459E-023.119E-0I1.031F+002.0I2E+003.097E+005.346E+0 07.601E+009.763E+0 0

- 2 . 5

2 - 7 . 0

R A B A

2.459E-023.119E-011.031E+002.012E+003.097E+005.346E+007.60IE+009.783E+00

- 6 . 0

T T E

2.45eE-023.119E-011.031E+002.012E+003.095E+0 05.330F+007.509E+009.427E+00

- 6 . 0

T T E

2.45BE-O23.119E-011.031E+002.012E+003.095E+005.330E+007.509E+009.427E+00

- 5 . 0

M E N

2.4 59E-023.118E-0I1.0 30E+002.007E+003.081E+005.240C+007.155E+008.372E+00

- 5 . 0

M E N

2.4 59E-023.118F-0I1.030F+002.0 07C+003.081E+005.240E+007.155E+00S.373E+00

- 4 . 0

T S

2.455E-023.1 07E-O11.022E+001 .977E+003.001E+004.899E+006.113E+006.530E+00

- 4 . 0

T S

2.4 55E-023.107E-011.022E+001.977F+003.001E+OC4.899E+006.114E+006.548E+00

- 3 . 0

R E D

2.421E-023.033E-O19.811F.-0I1.854E+002.716E+003.919E+004.334E+004.407E+00

- 3 . 0

R E D

2.426F-023.034E-019.611E-011.854E+002.716E+003.919E+004.347E+004.537E+00

- 2 . 0

U I T

2.288E-O22.763t-0I8.44^7E-011.465E+O01.935E+002.343E+002.397F+002.76BE+O0

- 2 . 0

U I T

2.287E—022.762E—Olfi.446E—01I.465E+001.935E+002.351E+O02.495E+003.332E+00

-1.0S

1.863E-021.942E-015.0O0E—017.521E-0IB.624E-018.967E-011.126E+002.354E+00

- 1 . 0

S

1.860E-021.941E-015.000E-017.527E-018.665E—019.526E-011.56IE+003.342E+00

0 . 0

9.306E—037.803E-021.462Ü-0I1.563Ê-0I1.620E-012..372E-018.800C—012.7I5E+00

0 . 0

9.291E—037.808E—O21«472E-011.610E—011.791E-014.I16E-011.7O6E+O03.788E+00

1 . 0

1.48t>E-033.O67E-O33.397E-034.434E—037.911E-037 • 8f»7fc—0£9 . f- 96F—012 .994E+00

1 . 0

1 . 5 3 1 E - 0 33 . 3 I 2 E - 0 34 . 3 5 2 E - 0 37.810fc-032 . 0 6 8 E - 0 23 . 3 « 6 E - O 11 .92Btî+004 . 1 0 S E + 0 0

LOG S/S» = -2 .0

LOG K»R2/KBÎ> -7 .0

TT/R2S R A B

- 6 . 0

1.OOOE-013.162E-011.OOOE+003.162C+00l.OOOE+011.OOOE+02i.oooe+03l.OOOE+04

2 .459Ü-02 2 .3.119E-01 3.1.031E+00 1.2.012E+00 2 .3.O9TF+00 3.5.346E+00 5.7.60IE+00 7i9.783E+00 9.

45PE-02119E-01031E+000 12E+00095E+00330E+00509E+00427E+00

- 5 . 0

M N

2 . 4 59E-023.1 18IÏ-011.030E+002.007E+003.081E+005.240E+007.I55E+008.378E+00

- 4 . 0

2.4 55E-023.10TC-011.022E+001.977E+003.00IE+004.899E+006.1I8E+006.599E+00

—3.0

2.425E-023.033C-019.810E-0I1.P546+002.716E+003.921E+004.38eE+004.844E+00

- 2 . 0

U

2.284E—022.761fc—OI8.444E-01I .465E+O01.936E+002.378E+O02.759E+0C4.187E+O0

-1.0

S

1.851E-021.939E-O14.998E—017.547E-018.797E-011.118E+002.346E+004.390E+00

O . O

9.243E-037.824F-021.501Ë—011.760E-012.3296-01B.739E-012.707E+004.892E+00

l .O

1.679E-O34.093E—037.S02E-032.01BE-027.713E-029.834Ë—012.986E+005.232E+00

OG K»R2/KB2

TT/R2S

1.OOOE-013.HS2E-011.OOOE+003.I62E+00I.OOOE+011.OOOE+021.000E+031.000F+04

- 7 . 0

R A D A

2.459E-023.11PE-011.031E+002.01?E+003.097E+005.346^+007.601F+00O.7S3E+00

- 6 . 0

T T r

2.458E-023.119E-011.031E+002.012E+003.095E+005.330E+007.509F+009.428E+00

- 5 . 0

M E N

2.459E-0?3.118F-011.030E+002.007E+003.081F+005.240E+007.155E+008.392E+00

- 4 . 0

T S2.455E-023.107E-011.022E+001.977E+003.001E+004.B99E+006.128E+006.725E+00

2

- 3 . 0

R E D

.423E-O23.033E-0191234

.80yR-O1

.B53E+00

.716E+00

.928E+00

.499E+O05.414F+00

- 2 . 0

U I T

2.275E—022.759E-018.43TE-011.464E+O01.938E+002.459E+O03.304E+O05.176E+00

- 1 . 0

S

1.B2IE-02I.931E-014.992E-017.609E-019.202E-01I.536E+003.315e+005.461E+00

0 . 0

9.101E-O3 2,7.87SF.-02 6.1.593E-01 1.2.228E—01 7.3.963E—01 3.1.684E+00 1.3.765fr+00 4,6.0135+00 6.

1.0

139E-035876-03B6TE-O2355E-022ÎÎ9E-019O5E+O0081E+00367ÍÍ+00

LOG S /S» = - 1 . 0

LOG K » R 2 / K S 2 - 7 . 0

T T / R 2 S R A F

1.000F.-013.162E-O11.OOOE+003.162E+001.000F+0I1.OOOE+02l.OOOE+0?.i.oooe+04

3.11OE-01 31.03IE+00 12.012E+00 23.097E+00 35.346r+0C 57.601E+00 79.7B4E+00 9

—6.0

.45RE-02

. 1 1PÎT-01

.03IF+00

.012E+00

.095E+00

.330E+00

.509E+00

.431E + 00

-5 .0

2.458T-023.1 18F-—011.030E+002.0C7E+003.091E+005.240E+007.157E+00P.424E+00

- 4 . 0

2 .454E-023.107E-011.0?2E+001.977E+003.001E+004.898E+00•S.157E+006.9P4E+00

- 3 . 0

?.4I8E-023.031E-O1O.804E-011.852E+002.714E+003.946E+004.750E+006.218E+00

- 2 . 0

U I T

2.246E-022.750F—018.417E-01I.462E+O01.944E+002.66BE+004.102E+006.I72E+00

- 1 . 0

1.726E-02I.907E-014.974E-017.BC1E—011.038E+002.?67E+004.310C+006.519E+00

0 . 0

8.745t-038.056E-021.R79F-013.622S-018.168E-012.637fc+004.825R+007.098E+00

1.0

3.4 92E-031.4&9E-026.329E-022.964E-019.24AC-012.9156+00&.166E+007.463E+00

PUITS A PENETRATION COMPLETE ET PIEZOMíTPír DE 0.6 A 1.0

ABAQUE POUR L•INTCRPRETATION DE POMPAGES CN NAPPE LI^RE ANISOTROPE.

DANS L'HYPOTHESE DE NEUMAN, SELON FORMULES DE BOULTON - STRELTSOVA

TABLEAU 1 A

PENETRATIONDU PUITS DEPOMPAGE (I)

PENCTRATIONOUPlEZOMtTRE (A)

NAPPE0 . 0 -

0 . 2 -

0 . 4 -

O . b -o.e-

1.0-

LIBRE —R- —>|ANISOTROPE

1-11-I1-11-11-I-

-K« —

+—K A-A-A-A-A-

///////////// IMPERMEABLE /////////////

LOG S/S« = -3.0

LOG K»R2/KB2 -7.0 - 6 . 0 - B . 0

TT /R2S

l.OOOE-013. J62E-OIl.OOOE+003.162E+00l.OOOE+011.000F+021.000E+031.O00E+04

M N

2.491E-02 2.3.I59E-01 3.1.0A4E+00 1.2.0?8E+00 2 .3.I3ISF+00 3.5.417E+00 5.7.717F.+ 00 7.1.002E+OI 1.

490E-021SPE-01044E+00038E+00136Ç.+00416E+007I7E+00002E+01

2.491E-023.159F.-0II.044E+002.03SE+003.I36F+005.4 17E+007.7I7F+009.983E+00

- 4 . 0

2 . 4 9 0 E - 0 23.1S9E-011.044E+002.03BE+003.136E+0 05.416E+007.679E+008.8Q7E+00

-3.0

2.490E—023.159F-01I.044E+002.038E+003.136E+005. 379E+006.595E+006.640E+00

- 2 . 0

U I T

2.490E-023.159E-011.O44F+OO2.037E+003.100E+004.302E+004.347C+004.476E+00

-1.0

2.490E-02 2.3.156F.-01 2.1.018E+00 4.I.759E+00 4-,2.094F+00 4i2.137F.+00 5.2.257E+00 I.3.034E+00 2.

0 . 0

33f>E-022e5C-0I374E-01645F--01700F-01• 406E-01094E+00T7BE+00

1.0

4 .S23E-039 .E32E-03i». 721E—03I.120E-021.&07E-02I.O19E-O11 . 0 05E+002.990E+00

LOG S / S 1 = - 2 . 5

LOG K 1 R2/KR2 - 7 . 0

TT/R2S R A B

- 6 . 0 - 5 . 0

M E N

- 4 . 0 - 3 . 0 - 2 . 0 - 1 . 0 0 . 0 1 .0

l.OOOE-013.162E-011.0O0F+O03.162E+00I.OOOE+011.000C+021.000F+031.000E+O4

LOG S / S 1 =

LOG K1R2/KE

TT/R2S

l.OOOE-013.162E-01l.OOOE+003.162E+00l.OOOE+011.000E+021.000E+031.000E+04

2.491E-023.159E-0I1.04AE+002.038E+003.136F+005.4I7E+007.717E+O01.00.?E+01

- 2 . 0

Î2 - 7 . 0

R A B

2.491E-023.159E—011.044E+002.03SE+003.136K+005.417E+007.717E+00I.002E+01

2.490F-023.159E-011.044E+002.038E+003.I36E+005.416E+007.717E+001.002E+0I

- 6 . 0

A T T E

2.490E-023.159E-011.044E+002.038E+003.136E+005 . 4 I 6 E ; + O O7 . 7 1 7 E + 0 01 . 0 0 2 E + 01

2 . 4 9 1 E - 0 23 . 1 5 9 E - 0 11 .044E+002 . 0 3 8 F + 0 03 . 1 3 6 E + 0 05 . 4 17E+007 . 7 1 7 E + 0 09 . 9 8 3 E + 0 0

- 5 . 0

M E N

2 . 4 9 1 E - 0 23 . 1 5 9 E - 0 11 . 044F.+002 . 0 3 8 E + 0 03 . 1 3 6 E + 0 05.417ET+007 . 7 1 7 F + 0 09 . 9 8 3 E + 0 0

2 . 4 9 0 E - 0 23 . 1 5 9 E - 0 11 . 0 4 4 E + 0 0P.038E+003.I36E+0 05.416E+007.678E+008.898E+00

- 4 . 0

T S

2.490E-023.159E-011.044E+002.038E+003.136E+005.416E+007.678E+008.903E+00

2.490H—023.159E-0I1.044E+002.038E+003.136E+0 05.37BE+006.597E+006.670E+00

- 3 . 0

R E D

2.4 90E-023. 159E-O11.044E+002.038E+003. 136E+005.378E+006.602E+006.763E+00

2.490F—023.1b9E—01I.044E+002.037E+003.100E+004.304E+CO4.377E+004.732E+00

- 2 . 0

U I T

2.490E—023.159E-011.044E+002.037E+003.099E+004.30eE+004.467E+O05.276E+00

2.468E-023.156E-011.01BE+001.759E+002.O95E+002.1fi5E+002.499E+003.863E+00

- 1 . 0

S

2.4B4E-023.1S5E—011.017E+001.759E+002.O99E+O02.248E+003.025E+004.S53E+00

2.333E-022.28515-014-.380F—014.686fc-014.859E-016.960R-011.821E+003.833»-+00

0 . 0

2.320C-022.282E-014.396E—014.81SE-015.347F-0I1.087E+002.770E+004.930E+00

4.567E-039-.S4BE-O31.105E-021.5 90fc-023.305fc-023.653E-011.930E+004.100E+00

1.0

4.705fc-031.055E-021.535E-023.229E-O2l.OOOE-019.990fc—OI2.9e3E+005.226E+00

LOG S/S» = - 1 . 5

LOG K«R2/KB2 - 7 . 0 - 6 . 0

TT/R2S

l.OOOE-013.162E-01l.OOOE+003.162E+00l.OOOE+01I.OOOF+021.00OE+031.000E+04

2.491E-02 2.3.159E-01 3,1.044E+00 1«2.03RF+00 2i3.136E+00 3.5.417E+00 5.7.717E+00 7i1.002E+0I I.

490E-O?I59E-01044H+0 0038E+00136E+00416E+00717E+000 02E+01

-5.0

M N

2.49JF-023.I59E-011.044F+002.038E+003.I36E+00S.4 17b+007.7I7F+009.931E+00

- 4 . 0

2.490E-023.159E-011.044E+002.038E+003.I36E+005.41fSE+0O7.677E+008.916E+00

-3.0

2.490E-023.159E-0II.04 4E+002.038E+003. 136E+005.377E+00&.6J4E+006.999E+00

- 2 . 0

U I T

2.4 88E-023.159E-0I1.044t+002.037E+003.098C+004.321E+004.704E+006.098F+00

- 1 . 0

2.472E-023.1S1E-011.OI&E+001.7S7E+002.110E+002.472ET+003.83SE+005.903E+00

O . C

2.27SE-014-.447E-015.208E-01O.765E-01I.797F+003.808F+006.048F+00

1.0

S.140E-031.371E-022.999E—029-560E-023.529E-O11.907E+00*.07BE+006.361b+00

LOG S/S1 -1.0

LOG K'R2/KR2 -7.0

TT/R2S R A B

I.OOOE-013.162E-01l.OOOE+003.162E+00l.OOOE+011.000E+021.000E+031.000F+04

2.491E-023.159E-011.044E+00

3.136E+00

7.717E+001.002E+01

- 6 . 0

. T T E

2 .4O0E-023.159E-01I .044E+OC2.038E+003.136E+005.4 liSE+OO7.717F+001.002E+OI

- 5 . 0

M E N

2.491E-023.159F-011 .OAAE+902.038E+003.136E+005.417E+007.716E+009.977E+00

- 4 . 0

T S

2 .A90E-023.159E-011 .044E+0 02.038E+003.136E+005.416E+007.6 73E+0 08.953E+00

-3.0

R E

2.4e«>E-02 2.3.159C-01 3.1.044F.+00 l,2.03BF+00 2.3.136E+00 3.5.373E+00 4,6.651E+00 5i7.487F+00 7.

- 2 . 0

U I T

4«4E-0?157lf-0I04AE+00035E+00094t+00358E+C0190E+00034C+00

-1 .0

2 .A34E-023.139E-0I1.013E+001.754E+002 . 14-4E+002.942E+004.769E+006.953E+00

0 . 0

2.171E-022.255E-014.605E-016.326E-011.022E+002.694E+004.8b8b+007.129C+00

1.0

6 .4 56E-032 .367E-02& . 2 9 0 E - O 23.251E-0I9 . 4 00E-012.912E+00S.le.lE+007.457E+00

PUITS A PENETRATION COMPLETE ET PIEZOMrTRE DUVFRT DE 0.00 A 0.20

ABAOUE °OUR L'INTERPRETATION DE POMPAGCS ÇN NAPPE LIBRE ANISOTROPE.

DANS L'HYPOTHESE DE NEUMAN. SELON FORMULES DE BOULTON — STRELTSOVA

TABLEAU 1 B

PENCTHATIONDU PUITS DtPOMPAGE ( 1 )

PENETRATIONDUPÏEZOMETRE «B)

NAPPE LIBRE | < —0 . 0 -

0 . 2 -

0 .4 -I

0 .6 -

0 .8 -

l.P-

->|ANISOTROPE—B S«B-9-

/ / / / / / • / / / / / / / • IMPERMEABLE /////////////

LOG S / S ' - 3 . 0

LOG K»R2/KS2 —7.0

TT /R2S

1.000E-013.162E-011.000E+003.I62F+001 .000E+0I1.000E+021.000E+031.000E+04

LOG S/S« =

LOG K«R?/K«i

TT /R2S

I.000E-0I3.162F-011.000E+003.162E+001.OOOF+011.O00E+021.000F+031.000E+04

R A R A

2 .42SE-023.080F.-011.0I8F+001.9S6E+003.P57E+005.276E+007.4S6E+009.546E+00

- 2 . 5

2 - 7 . 0

R A 3 A

2 .428E-023.080E-0I1.01SE+001.9R6F+003.057Ê+005.2760+007.4<=I6E+OO9.546F+00

- 6 . 0

T T E

2 .427E-O23.079F-011.018E+00I.985E+003.054E+O05.245E+007.3 0IE+0 08.B52E+00

- 6 . 0

T T E

2.427E-023.079E-011.018E+001.985E+0 03.054F+005.245E+CT07.3P1E+008.852E+00

- 5 . 0M E N

2.427E-023.077F—011.016E+001.977E+O03.025E+005.063E+005.612E+007.331F+00

- 5 . 0

M E N

2.427F-023.077C-011.016E+001.977F+003. 0250005.063E+006.612F+007.332E+00

- 4 . 0T S

2.420E-023.055E-0I9.999E-011.917E+002.866E+0 04.400E+005.1I7E+005.336E+00

- 4 . 0

T S

2.420E-023.055E-019.999E-0I1.917E+002.866E+004.400E+005.118E+005.354E+00

- 3 . 0R E D

2.357E-O22.907E-019.179E-011.670E+002.315E+003.025E+003.24IE+003.309E+00

- 3 . 0

R E D

2.357E-022.907E-OI9.179E-O11.670E+002.315E+003.025E+003.255E+0C3.438E+00

- 2 . 0U I T

2 . 093E-022 .3f>8ti—016.586E-011.0435+001.299E+O01.5I1E+001.560E+001.927^+00

- 2 . 0

U I T

2 . 0 9 1 E - 0 22 .367E-016.5B5E—011.O43E+O01.299E+001 . G20E+001.658F+002 .463E+00

- 1 . 0

S

1.31 B E - 0 21.198E-0I2 .860E-014 .164E-014 .737E-015.029E-017.278E-011.931E+00

- 1 . 0

S

I .314E-021.197E-O12 .859E-014. I70E-014 .7T9E-0 I5 .579E-011.1S5E+002 .893E+00

0 .0

4 . 954 E—034.039F—027 . 5 S 6 E - 0 28.I51E—028.705f:-021.597P—OI7 .841E-012.574F+00

0 .0

4.942E—034.046E—027.652E—028 . 6 2 0 E - 0 21.037E—013 .289E-011.589E+003.631£+00

1.0

7.774E—041.637fc—031 . 9 6 6 E - 0 33 . 0 1 3 E - 0 36.Silt—O37 . 6 4 H E - 0 2

2I949E+00

I.C

8.37SÉ—041 . 9 O 4 E - 0 32.9496—036 . 4 30E—031 .928E-023.273F—011.P94E+004 . 0 S 3 E + 0 0

OG K»R2/T<:B2 - 7 . 0TT/R2S

I.OOOE-013.162E-01l.OOOF+003.162E+001.000E+011.000E+021.000E+031.000E+04

R A B

2.428E-023.0ROE-011.01SE+001.986F+003.057E+0 05.27*E+007.4B6E+009.S46E+00

- 6 . 0A T T E

2.427E-023.079E-011.0I8E+001.985E+003.054E4005.245E+007.301E+008.852E+00

- 5 . 0M E N

2.427E-023.077F-011.016E+001.9T7C+003.025E+005.063E+006.612F+007.337E+00

- 4 . 0T S

2.419E-023.0S5E-0I9.999E-011.917E+002.866E+004.40OE+005.121E+005.404E+00

- 3 . 0R E D

2.356F-022.907E-019.17EE-011.670E+002.314E+003.027E+003.295E+003.742E+00

- 2 . 0U I T

2.085E-022.36Ê-016.5«1E-O11.042E+001.300E+0C1.S47E+001.918E+003.322E+00

- 1 . 0S

1.300E-021.I93E-012.R55E-0I4.188E-014.909E-0I7.205E-011.923E+003.918E+00

0 .0

4.908F-034.0ft8E-O27.9576-021.010C—011.559fc—01T.7S€>e-0I2.567E+004.723b+00

1.0

1.02ÖE-032.75IE—O36.179E-031.885E—027.5O5E—029.636E-O12.941E+O05.177E+00

LOG S/S» « - 1 . 5

LOG K»R2/tCB2 —7.0

TT/R2S

l.OOOE-013.162E-011.0O0E+003.I62E+001.OOOF+011.000E+021.000E+031.000E+04

R A B t

P.428E-023.0POE-01I.01BE+001.986E+003.057r+005.276E+007.466E+009.54feE+00

- 6 . 0

2.427E-023.079E-01Í.OIPE+OO1.985E+003.054E+005.245E+007.301E+008.853E+00

- 5 . 0

M E N

2.427E-023.077(T-011.016F+001 .97TE+003.025E+005.063E+006.612C+007.349F+00

2.419E-023.0556-019.999E-01I.917E+002.866E+004.39°E+005.130E+OQ5.529E+00

-3.0

2.352E-022.906E-0I9.175E-011.669E+002.313E+003.031E+003.406E+004.304E+00

- 2 . 0 —1.0

U

2.067E-02 1.2.3fiOE-Ol 1.6.569E-01 2.,1.041E+00 4 .1.301E+00 5 .I .626E+00 1.2 . 4 5 6 E + 0 0 2 .4 . 2 8 3 Ü + 0 0 4i

256E-02182E-0184 5E-0I247E-0I313E-0I132E+00868E+00972E+00

0 .0

4.809E—034.13HE-02B.916E—O21.471E-013.Í52E-011.569E+003.609E+005.839E+00

I . O

1.612E-035.443E-03I .7!»3E-027 .175E-C23.162E-011.872E+O04.030E+OC6.310E+00

LOG S/S« = - 1 . 0

OG K « R 2 / K B 2

T T / R 2 S

1 . O O O E - 0 13 .162E-01I .OOOE+003.162E+0 01.OOOF+01l .OOOE+0?1.000E+03I .OOOE+04

R

23113

- 7 . 0A B

• 4 2 S E - 0 2. O B O E - 0 1•oiee+oo.996E+00.057E+00

5 .276E+0079

• 4f*6E+00•545E+00

- 6 . 0

A T T ff

2 .4 27F-0 23.079E-011.OIPE+00I.985E+003.0541-+005.244E+007.300E+008.852E+00

- 5 . 0

M E N

2.427E-023.07TF-011.011C+001.9 77C+003.025F+P05.062F+006.610F+007.37fiE+00

—4.0

T S

2 .41TE-023.054E-019.997E—011.916E+002.865E+004.396E+005.154E+0C5.784E+00

- 3 . 0

R E D

2.34 0E—022.902E-019.165E-011.667E+002.309E+003.045E+OC3.653^+005.091E+00

- 2 . 0

U 1 T

2 .012E-022.344E-016 .530E-C11.035E+001.303E+001.B33E+O03.237E+005.256E+00

- 1 . 0

E

1.I23E-021.149E-012.SI4E-014.431E-016.48SF-0I1.849E+003.8*2E+006.022E+00

O . C

4.620F—034-. 387r-021.191E—012.849F-017.267t-0I2.502E+004..662E+006.924E+00

1.0

3.332E-031.4 00E-026»2?4E—'OZ2.9106—019.069E-012.872C+00t>.113E+007.40t>C+00

zLU

O

CO

ce

üLU

o

LU

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PUITS A PENETRATION COMPLETE ET PIEZOMETRE OUVERT DE 0.20 A 0.40

ABAQUE POUR L»INTERPRETATION DE POMPAGES EN NAPPE LIBRE ANISOTROPE»

DANS L'HYPOTHESE DE NEUMAN, SELON FORMULES DE BOULTON — STRELTSOVA

TABLEAU 1 C

NAPPE0.0—

0.2-

0.4—I

O.6-

0.8-

1.0-

PENETRATI0NDU PUITS DEPOMPAGE (1)

LIBRE |<

PENETRATIONDUPIE2XÍMETRE fC)

> |ANISOTROPE

-1///////r///// IMPFRMCABLC /////////////

LOG S/S1 = -2.0

LOG K»R2/KB2 -7.0

TT/R2S.0O0E-01•000E+00•000E+01•OOOE+02.000F+03•000E+04

R A D i

2.490E-02I.044C+003.136E+005.416E+007.716E+001.002E+01

2.1.3.5,7.I.

- 6 . 0

490E-02044E+00136E+00416E+00716E+00O00E+01

5 . 0

M N

2.490E-02I.044E+003.136E+005.416K+00

9.411E+OO

4 . 0

2.490E-0ÎÎ1.044E+003.136E+005.397E+007.108E+007.733E+0 0

-3.0 - 2 . 0

DU

2.490E-O21.04 4E+003.117E+004.812E+005.436E+005.663E+00

2.4 87C—021.030E+002.570E+003.IB6E+O03.406E+004.449E+00

-1.0

2.392E-027.132E-011.261E+001.443E+002.402E+004.285E+O0

O . O

1.349H-02 2 ,2.200E-01 9-3-029E-01 8.O.837E-01 9«2.59SE+00 2 ,4.739K+00 5.

1.0

44AK-03«Ï07E-03623E-027Q7IE-0193KE+00172E+00

LU

oLU•ai

ü

<OUüQ

O

a•UJDCCC

UJCC

aiü

i


ABAQUE POUR L'INTERPRETATION Ott POMPAGES EN NAPPE LIBRE ANISOTROPE.

DANS L'HYPOTHESE DE NEUMAN» SELON FORMULES DE BOULTON - STRELTSOVA

TABLEAU 1 O

PENETRATIONOU PUITS DEPOMPAGE Cl)

PENCTHATIONDUPIEZOMETttE CD1

NAPPE LIBRE | <—— 11

—R — ->lANISOTROPEg •

///////////// IMPERMEABLE /////////////

LOG S/S» = -2.0

CN

R

ai• f i

i —i O

«Ml

1

i

aiZ>CJ

LOG K»R2/KB2

TT/R2S

I.OOOE-OIl.OOOE+OO1.OOOE+O11.000E+02I.000E+03I.000E+04

- 7 . 0

R A B A

2.491E-021.044E+003 . 13f»E+005.417É+007.717E+001.002E+0I

- 6 . 0

T T E

2.490E-O21.044E+0 03.I36E+005.416E+007.717E+00I.002E-f01

- 5 . 0

M E N

2.491E-02I.044E+003.136E+005.417E+007.717C+009.830E+00

- 4 . 0

T S

2.490E-021.044E+003.136E+005.416E+007.526E+008.469E+00

2«1.3 .5 .6 .

- 3 . 0

R E D

490E-0204 0E+00136E+00227E+00169E+00

6.341E+00

-2 .0

U I T

2.4H9E—021 .04 4E+002.955E+003.BO5E+OO4.054E+004.911E+00

—1.0

S

2.474E-029.223E-01I.7Ö3E+001.906E+002.717E+004-523E+00

0 .0

1«939E-023.362E-014.233E-019.695E-012.625E+0 04.759F+00

X . O

3-646E-031.300Ë-0ÎÏ9.4Ö5K-029.760E-O12.936E+O05-lb9E+00

CC

o•LU

o_l<oaia

ceh-•zLUO

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oceÜ

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LU

oDCüLU_l•LU

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oLUQ_i<ZO

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PUITS A PENETRATION COMPLETE ET PIEZOMETRE OUVERT DE 0.60 A 0-80

ADAOUE POUR L•INTERPRETAT ION DE POMPAGES EN NAPPE LIBRE ANISOTROPE,


TABLEAU 1 E

LOG S/S» = -2.0

LOG KtR2/KB2 -T.0

TT/R2S R A B

- 6 . 0

T T

-5 .0

M E N

- 4 . 0

T S

1.000R-011.000C+001.000C+011.000E+021.000E+031.000E+04

2.A91E-021.044E+003.136E+005.417E+007.717E+00I-002E+01

2.490E-02 2.491E-02 2 .490E-0?1.044E+00 1.O44E+OO 1.044E+003.136E+00 3.136E+00 3.136E+005.416E+00 5.4 17T£+00 5.416E+007.717E+OO 7.7I7E+00 7.659E+001.002E+01 9.963E+OO 8.824E+00

PENETRATIONDU PUITS DEPOMPAGE (1)

NAPPE LIBRE |<—O.O- 1

0.2-

0.4

0.6-

0.8

1.0-

—R-

PENCTRATIONDUPIEZOMETRE (E)

->| ANISOTROPE

3

:

B•1

i K. •

1 +-K. ECr-

///////////// IMPERMEABLE /////////////

—3.0 - 2 . 0 - 1 . 0

R E D U 1 T S

O . O

2.490E-02 2.l.OA'iE+OO 1 ,3.136E+00 3.5.359E+00 4,6.524E+0 0 4 ,6.674E+00 5.

4 89E-02 2.482E-02 2.253E-0044E+-00 J.004E+00 4OBIE+00 2.034E+00 5232E+00 2.173E+00 1379E+00 2.899E+00 21.37E+OO 4.654E+00 4

077C-01030LT+00649E+00777E+00

1.0

4.52ZE-03I-522E-O21.0 07E—019-7ÍJ5E-012-935E+00Ö.167E+00

LUOC

LUO

OC

g•z.oceoLU

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ABAQUE PnUR L» INTERPRETATION DE POMPAGES EN NAPPE LIBRE ANISOTROPE,


TABLEAU 1 F


PENETRATIONDUPIEZOMETRE (F)

NAPPE LIBRE.. | <-0.0—

0 . 2 -

0 . 4 -

,f

I1X '1

[ n l 1 * _ _fj 1

0.6—

0 . 8 -

1 , 0 -

m

111

- R - - —>|ANISOTROPE-S»

—K» —

F-F-///////////// IMPERMTABLE ////////////S

LOG S/'S» = -2.0

LOG K » R 2 / K B 2 - 7 , 0 - 6 . 0

T T / R 2 S R A B A T T E

- 5 . 0

M E N

—4.0

T S

—3.0 - 2 . 0 - 1 . 0

R E D U I T S

O . O 1 . 0

• 0 0 0 E - 0 1 2 . 4 9 1 E - 0 2 2 . 4 9 0 E - 0 2 2 . 4 9 1 E - 0 2 2 . 4 9 0 E - 0 2 2 . 4 9 0 E - 0 2 2 . 4 9 O E - O 2 2 . 4 8 3 E - 0 2 2 . 3 7 7 E - 0 2 4 . 9 G Q E - 0 3. O O O E + 00 1 .044E+00 1 .044E+00 1 .044E+00 1 .044E+00 1 .044E+00 1 .044E+00 1.030E+00 4 - 6 0 0 E - 0 1 I-637f:-0iî•000E+01 3 . 1 3 6 E + 0 0 3 .136E+00 3 .136E+00 3 . 1 3 6 E + 0 0 3 . 1 3 6 E + 0 0 3 . 1 1 T E + 0 0 2 .161E+00 5-5I0fc-01 J -037E-01.000E+02 5 .417E+00 5 . 4 1 6 E + 0 0 5 .41TE+00 5 . 4 1 6 E + 0 0 5 .397E+00 4 . 3B1E+00 2 .294E+00 1 .060E+00 «Î.013E-01• OOOE+03 7 .717E+00 7 .717E+00 7 .717E+00 7 . 6 9 7 E + 0 0 6 .6T6E+00 4 . 5 2 1 E + O 0 2 .962E+O0 2.6Çi2E+00 2 . 9 3 4 E + 0 0•000E+04 1.002E+01 1 .002E+01 1.000E+01 8 . 9 7 7 E + 0 0 6 . 8 1 8 E + 0 0 5 . 2 3 5 E + 0 0 4 .713E+00 4 . 7 O 6 E + 0 0 5 .

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goUlICoc

PUITS A PFNCTIJATinN COMPLETE ET PIC7OMETHT PONCTUEL AU SClMMCT DC LA MAPPr

ABAOUF POUR L ' INTF^POFTATION OF POMPAGFS FN NAPPE LlflRF ANISOTTIOt'C .

D A N S L'HYPnTHbSF. nr NrUMANt SELON FnRMin.ES 06 HOULTON - STRELTSOVA

SI-zujU

I U! te

r>rNf TRAT IONnu PUITS DEPOMPAGE (I)

NAPPff0 . 0 -

0 . 2 -

0 . 4 -I

n . 6 -

o.a-

1 . 0 -

'S L1HRE | < —1

PENI-TTlAriONOUPIETOMtTnt IG»

->|ANISOTHOPC

• - K

ff/////////// IMPF.RHrAHLC /S////////S//

2 LOG 55gzo

su3

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T T E I

52&E-07 t,91PE-00 1.957^-0* 3,osnç-05 ft.

7 1 1 R - O 4 Z,ÏOOE-O« «,5691Î-O4 SI 19IT-02 A,

,3»AE-0J 1.997F.-O2 6,3035 -0? Iionin-01 ft.iMlE-OI 1.75OF+00 3,

ZP9K.010E-P3.27BE-0 1 ;,Q39F-n<J.317C-0».7<l6r—"•.9I5E-04.012C-0-*.?»IC-039 74F-0»

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<J72r259E387E1F«E77»67«)(>E050E7P3fch30E3!S7E

3.3P7rî-07•70BE—05• 7nl6-0«. 0 I * E - O 3•2ftlE-O3.«•J7E—02.QO3C-02• 5'j«E-01;. 1 M E - 0 I.3P7S+O0

2.PO«K+00«.IbOE+00

b12E+00 7.7136*00

1.11St—-Oft5.23' jr-OS

2.21 bf:-O37 . 7 3 0 C - 0 32 . S 4 3 C - 0 2U . 3 7 0 K - 0 2Z . 8 2 6 F - 0 18 . B Ü 1 F - 0 11.945C-1003.103O00

sI«!2C+00

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o.o0 . 00 . 00 . 0

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Ü.»6711—02 Z.524b—0?3 - M b G - O l 3.1b4E-011.042E*00 1.043b*O0

0 2.037E*00O 3.135F+Ü0

4.270E*00 4.Z70£*00S.»li-£*OO &-4I6E+00

7l71bb*00 7.71bF+00

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LOG r.^51 » - 2 . *

LOG "CillîVKBP —7.0 -f>.0 - 5 . 0 - 4 . 0 —3.0 —2.0 - 1 . 0 0 . 0

TT/RÏ«; R A f A T T t î H F N T S R E D U I T S

1.000r -P | B . 5 6 7 F - 0 7 I .ZS3E-06 2.:»62E-Oft 3.350E-0ft 5 . IH4F-07 5 . 4 " 1 E - O 7 1 .2596-06 3.5ft9>—06 b3.IA?F-ni n."O7C-0ft l .02»F-OS 1.33"r-0^ 1 .A76E-0Ç 1 .19SE-05 l.«7(.E-0!i 5.331E—OS I.654F:-04 1 . 0 0 " E - 0 41.000r*00 ?.•"••>£-(>$ 3.35ftC-0r> 4.3i'IF-O"5 S.SS'ÍE-O'» 7.ÜL8F-0"3 1 .8 I3F-04 ü.ftlOF-04 I . 5 Í O K - 0 3 ».SftZC—O43.1ft»C*P0 S.0?IE-(lr. 7.249fi-0-S l.02«>r-n* 1 .A13E-04 3 . 4 4 0 E - O 4 I .020E-03 3 -704E-03 7 .023r -03 1 . 7 " 3 û - O 3l.OOOr+01 1.P27F-0» 1 . 4 1 4 E - O * ?.420^-04 •S.114C-0« 1 .407r-03 4 .372r -03 1 . 347E-02 2 . 4 6 9 C - 0 2 R .2J»r -O3l.000C*02 3. .T"«F-04 7.337IT-O4 1 .orOf-o.T ">.72!>E-03 1.7.S7F-0Z 5.(>0&"-—0^ t.:.44C-01 2.014.:-01 3.0WIC—Oll .COOE+07 2 . 1 A I R - C 3 ft.3I3fT-03 I . » 4 S e - P ? « . 1 0 9 E - 0 2 1.923fc-0I S.7ft3E-01 1 .3n5B+00 1 .V44t.*no 2 .020^*00I.OOOC+04 Ä . 0 O " ! E - 0 ? ft.Ä75r-02 1 •»7ftr--Ol ft.lSOE-01 1.717E+00 3 .355E+U0 4 .15HF*00 4 . 2 5 7 C * 0 O 4.2t,7fi*00

LOG S/'S« « - ? . n

LOG K « R ? / K B ? - T . 0 -ft.O

T T / R S S R A H A T T 11 E N

l.OOOC-013.152C-01i.ooor+oo3.1127*001.090IÏ+013.16PC+011.000F+02

O 1.000F*m

1.000F. + 053 . I 62F+01l.000F*0h

1.273F-0». ?.4S0E-0fi 4.94TF.-P6i.nsir-ci 1 .403C-0S ?. i o« í-oi

7 . 3 3 S F - P S 1 . I0SF-P4 1.9ftÂr-P4I .«4?C-04 7 . 6 2 4 C - 0 4 "i.ft90F.-P43.Pft4F—PA 6.Bft"SF—04 1 . 7nnF-03

3 ft.Ift9F.-0T

W ^ I E - O ' . ' ft.2?3l=-0? I .9Ü9K-P Í6 . ? B 1 F - 0 ? 1.977F.-01 6.155E-0Il."P17F_oi ft.liftF—01 1.7S0IÍ+006.20"îF—01 1.756F+00 3.714K+O0i.7^9rr*no 3.723r*oo 5.944F+003.7TftE+00 Ç.O61C+00 *.152r*00

- 4 . 0

T S

4.406P—OA?.4 4RF—0^1 .001E-043 .B7 IF -041.4ftZE-03S . 2 4 1E-031 .79.7E-0J5 . 9 4 1 E - 0 21.977E-01b »09BF — 011 «73°E+003 . A**4E+ OP5.(ir>4F*007.906C+00°.65IE*00

- 3 . 0

R E D

I . Z 9 0 F - O S2.3H-lfc-0«Sl«'»3"«i-041.07nn—034 . 3 f '2E—O31.O7TH—02fi.h4 4 F - 0 21.H73F.-0IÏS • 9Q0F—0 11.7 Î0E+O03 . A*1SF*005 . A 0 7 E * 0 07.34f.ir+00B.747E+009.97B(-*00

- 2 . 0 - 1 . 0

U I T S

1.367E-06H.4B2E-0!)5 . S 4 0 E - O 43.212C-031«3Hlb^P? '5.1S0I—OZI.770F.-01 '5.700F-01

1-i.5OF.-0h. 6 7 2 Ë - 0 4• 77IE-03. 0 1 3 ° - 0 2

1 • 2*"*9r^0í*.497È-01

>.843E-01•379E+00

l.ft21K*00 T.79SC+003.34.»F*00 4.1S1C«005.O4nr*oo 'A . 4 4 5 C + 0 0 »

••373E+001 • i>*AEl+ 0 0

7.673n+O0 7.704E*008.H47C*00 e.n57E*001 . O O IF.* 01 -001E+01

o.r

I.1Z7E-01-.!>.2?6i:-044 . O 1 7 K - O 3P..237C-02n»0*¡3C~0*£2.779L-01Ö . 7 9 4 F - 0 1l .Q37t+00. I . O V J L + 0 0

4.Z50E*OOS.403T+00ft.b5SC*007.707t*00a.ssnr*uo1.001M-OI

1 . 0

2 . 0 3311-053.27irrr-04I .hi 71 - O J7.8O0C—034 . VftljC^^¿3.0bOE-011.017C+Ü0?.oroc*oo3.1 *J4F*004.2601**00">.406E*00<».ss6r*oo7.707T+000 .tfb.lL*OOl .OOIE*OI

:>.o

D . O0 . 05-hOe.C-Ub• •»63E.-ni'¿» 7 0 t»b—Oi1

3 . 1 0 Í . L - « !1 . 0 3 * > b * 0 0S . U 2 I 1 Û * U O3.12f«C+004.2ftir*oo1>.4O7C*OOb . 5 5 b Z * 0 U7.707C+00B.ut>*>r*ool.OOIt+OI

3 . 0

0 . 00 . 00 . 0b.4fibE—U*-t¿.4S0I—02J .113L-01l.UJbfc+OO2.t*U29C*U0

3.1Ü7C+OO4.2b1F+00S . 4 07F.+00b.*aïïbt:*OG7 . 7 0 7 E + 0 0n.Ht>ot**ooI .0OIE*01

ceEUJ

cc

ceZ

LOG K * R 2 / K R 2 - 7 . 0

T T / R 2 S R A O

l.OOOE-013.162F-01l.OOOF+003 1 6 Ei.ooor+oi1.000F+021.0O0F+O3l.OOOF+04

2.Sft«iF-0ft1 . 4 4 0 E - 0 h4.ft74E-nS1 . I4T-042.737B-042.060E-031»QftOE—021.979F.-01

-ft.O

A T T F. I

6.0A5F.-O/. I2.541F-0S 4R.I60E-0A 1.2.2*<4F-04 4,6.322E-0A i,S.9S4F-03 I ,6.137C-0? 16.157E-OI l,

- 5 . 0

M F. N

- 4 . 0

T S

- 3 . 0

R E

- 2 . 0

O U I T

,105(£_OS l.030r.-0f.,476e-0r< 4 . 9 1 6 E - 0 S«H6E-04 7 .405E-04739E-04 1 .101E-03ST'JE-03 4 . 4 6 7 E - 0 3fl00r-0? S . 6 5 2 E - 0 292PF-01 ft.OOZE-01741E*nO 3.664E+00

3.0A0F—Oft 3 .ft.ll4C-05 1.5 . 7 7 B E - 0 4 1.3 . 2 3 2 C - 0 3 I.1 . 3 U 3 E - 0 2 4 .1 .7B1C-01 5 .1.6B9E+00 3 .

UZOE—Oft 1.12Bb—056ül:F.-04 S . 2 7 5 E - 0 4774t--03 5.59HE—O3015E-0? 3 .202E-023b5C-0Z 1.34SE-01bOUE-01 l.3ftOE*00327C*00 4 .1306*00424E*00 b . S 3 5 E * 0 0

3 . S 3 2 E - 0 S1.6b2c-03I.ShBF—027.213C-0S!2.671t-011.91Ub*004 .2301*00b . S 4 5 L * 0 0

6.3396—051 .111E-036.859e—034.b50h—02

2 . 0 0 0 C * 0 0- . .¿40C*0Ub.S3i»C+00

u(E

O

LOG S/S' s -1.0

LOG K«R2/X«I? -7.0

<U

TT/R2S

l.OOOE-013.1ft2F-011 .OOOF.+OO3.1A2C+001.000F*013.1b2S*01i.ooor+023.I62E+021.000E*033.1ft?E+031.000FtO»3.I62E*041.000E*OS3.1ft?F+0S

!"95E-0b I714F-0S 5704F-05 lA 1 A K - 0 4 57 7 O F - 0 4 l002IÎ-03 5lftZF-03 1•I4IP-03 A1 7 4 E - 0 ? 1Oft«lr--01

h.lftO""-Olb.

6 0 4 E - 0 S 39 6 2 F - O S 1«ïOhlT—O4 3765E-04 17 B P H - 0 3 46 H 0 F - 0 3 18 4 4 E - 0 ? S9 O 5 F - 0 : ! 1932E-OI 6103IÎ-01 1741E+00 3ftn»r*O0 f5927C+00 «• 7JIOC+00 •»

Ili>.4r+P0 lIo2">E+Ol

. i B'

.111 E - 0 4,fl24l=-O4.33ftE-O3. 7<iPf-03.67 ÏE-02,ft84F-nr>

.877F-01

.OOSC-01

.72TF+00

.ftft7r*po

.H73r*O0

.07S":*00

3 . 1 4 0E-1 .3256-h . O O O E -3 . 3 A 3 E -

1 . 7 B Z E -5 . B 3 4 E -1 .ft93EH

13E5.770ËH7.81ci6-t9 .163E11 .OanFiI . 2 lfitH

05 7.04 10«03OZ02010 100000000 b.00 9.0101

K E D

7o ?F.-Ob 1701C-04 S7-11 C-02 S017li-ÜZ 3367F.-02 1O 2 Œ - 0 I S547F-01 1A40F.+00 3SI1K*UO 4521E+00 62SHK+00 7bSIK+OO 8rt«OE+00 91O'JF*O1 ]221F*01 1

. 1Z3F-0S

. 2 O 7 C - O 4• fiOOE-03.206F—OS.3r7C-01.0S3E-01.t>40F + oo. L-h3C-HI0. 9 6 IF *00. 3 S b E * C 0. t.t.tjt+00.7h?b+00.12 I5f.*O0.110E*Ol. ¿ Í ? ¿ ' E + OI

3 . 5 1 H E - 0 51 . 6 6 5 6 - 0 3

I .OlOC-01».lrtOC-Ot1.303t*002 .711K+004.(M>4E*005.2tlftR*00n . 4 h ! E * 0 07.ft22E+00H . 7 7 O Ë * O 0•>.93bE*00I . 11KT+01

1 . E6.204K—034.9U4 L-O22 . 3 & 3 C - 0 1H. lblL-01l.Bhut.+OO3.011L+004 . 167^*00S . 3 Ü 3 F + 0 0b .4 * /ÜL*007.l>34r*00H.7t'9t.+009 .916Kt001.1 I2L*O11.224r*01

1 .629h -044 .1 ».It—O JJ.7S4C—0¿2.B73E—OlO.Siah—011 .94211*003 . 0 « ¿ b * 0 0

6 . 4 H ä E * 0 07 . b 4 0 £ * 0 0B . /yti¿+00•l .Ub2K*001. I 13b*úl

0.004 1.V2VE.-0S

.717c-01 ¿.7i3c-0l>b7?l—Ul **.6b8b— 01,O;.OC+UO 1 .9S0E*00iO47£*OO 3 . 0 4 8 E * U 0.]c4rtoo 4 . i P 4 E * u o.¿IJ.at + OO i . 333L*00.4B7F*00 b .4B7t+00• b4^*{l*UU 7 . b 4 2 C * C 0.7»jT¿.*00 h .7 *7£ . *00

1.11Jb*ftl 1.11JC*UI1.2>-4C*01

PUITS A PENETRATION CDMPLETF FTT t»l EZOMF.TRC PDNCTUEL A LA PROFONDEUR 0.05

ABAQUE POUR L'INTERPRETATION PC POMPAGES EN NAPPE LIBRE ANISOTROPE.

DANS L^HTPOTHE^F DE NEUMAN, SELON POR Min.«? S DE BOULTON - STRELTSOVA

TABLEAU 1 H

PfcNFTRATIDNDU PUITS DEPOMPAGE tl>

PENCTRATIONDUPIEZOMETRfc «M)

NAPPE0 . 0 -

0 . 2 -

0 . 4 -I

0 . 6 -

0.8-

1.0-

LIBRC ->|ANISOTROPE—H S«

/////S/////// IMPERMEABLE //////////S//

LOG S/S» = - 3 . 0

LOG K»R2/KB? - 7 . 0 - 6 . 0

TT /R2S R A B A T T

l.OOOF-013.162E-011.OOOF+003.I62E+001.000F+011.000E+021.000E+03I.OOOE+04

2 .248E-02 2.2.852E-01 2,9.42PE—01 9.1.840E+00 1.2.833E+00 2.4.905E+00 5.7.0F3E+00 7.9.202E+00 9.

24pr-C2eS3E-01

B43E+00845E+00004E+00120E+002 34E+0 0

- 5 . 0

M E N

7.25JF-022.862E-0I9.50«.E-011 .8 74 0 0 02.934E+00=..o?ir+oof>.I42E+006.528C+00

- 4 . 0

T S

2.278E-022.941E-019.9G0F.-0II »974E+002.915E+004.0I5E+004.400E+004.540E+00

—3.0 - 2 . 0 - 1 . 0

R F. D U I T S

2.4 33H—02 1,3.092E-01 1.9.269E-01 4,1.519E+00 6,1.921E+00 7.2.301E+00 9.2.436E+00 1,2.709&+00 2.

972E-0?846E—01453r-01B42E-01

062E-01054E+00I94E+00

7.7^8=:—036.512E-02I.506F.-012.I71C—OX2.484E-C12.9S3E-017.23IE-012.8fe4E+00

0 . 0

2.528E—032.044E—023.84 0E—024.233E-OZ4.B12t-02I.271E-019.236E-013.108C+00

1.0

7.9V8E—049.320C—04

2.952E-C35.5I7Ê-021.0HBE+003.1J3E+00

LOG S/'S» = - 2 . 5

LOG K»R2/<B? - 7 . 0

TT/R2S R A B

1.000E—013.162E-01l.OOOfî+003.162E+001.OOOE+011.000=+02.1.000=+031.000E+04

?.248E-022.S52F-019.42BE-01I.P40E+002.B33F+004.O05E+007.083E+009.202E+00

-f>.0

i T T

2.248E-02 2,2.853C-01 2,9.435E-CI 9,1.843R+00 1.2.845E+00 2,5.004E+00 5,7.I20E+00 6,B.234E+00 6.

-5 .0M E N

251E-02862Ü-01506C-018 74S+00934E+00031E+00143E+00535E+00

-4 .0

T S2.278E-022.94 1E-019.980E-01I.974E+002.915E+004.015E+004.407E+004.617E+00

- 3 . 0 —2.0 - 1 . 0

R E D U I T S

2.433E-023.0<?2E-019.269E-0I1.519E+001.92IF.+ 00P.307E+002.502E+003.239E+00

1.976E-02I.846E-014.454E—016.S4 8E-017.893E-019.398E-011.377E+O03.584E+00

7.798E-036.515E—021.510E-012.193£-012.574E-0I3.9O5E-0I1.546E+004.175E+00

0 . 0

2.5306-032.055C-023.949C—024.734P-026.5B3t-023.278fc-011.959E+004.259B+00

1.0

3.S48E—048.819t—04I.312E-032.884C-031.010E-D23.14SE-O12.02TE+004.267E+00

LOG S/S» = -2.0

LOG K»R2/KB

TT/R2S

1.000=-C13.162E-01I.OOOE+003.162E+00l.OOOE+01l.OOOE+0?I.000E+031.00PE+04

2 - 7 . 0

R A B

2 . 2 4 B E - P 22.852E-019.429Ü-011.840E+002.B33F+004.oos»:+oo7.083F+009.202E+00

-6 .0

A T T E

2.24eE-022.9S3E-019.435C-0 11.843E+002.P45E+005.004E+007.12IE+008.23fiC+00

- 5 . 0

M E N

2.251 E-022.86?E-019.506S-011.874F+002.934F+005.031C+006.144E+00A.557E+00

-4 .0T S

2 .278E-022.941E-0I9 .98 0E-0I1.974E+0 02.9 1RE+004.017E+ 0 04 . 4 29E+0 04 . B 4 0E+0 0

2 .3 .9 .1 .1.2 .pw

4 .

- 3 . 0

R E D

433E-O20O2E-0126 9E-01520E+00922E+00325E+00(S98E+00316E+00

- 2 . 0

U I T

1 .976E-021.B46E-014.45TC-016.56tiE-0I7.974E—011.044E+002.185E+005.112E+00

- 1 . 0

S

7 .E00E-O36 .526E-021.522E-012.260E-012.861E—017.157E—012.855E+005.378E+00

C.O

2.538Ê—03 4.2 .0V1E-02 t.4-.295E-02 ?>6.328E:—02 9.1.233C-01 5.

3I099Í+00 s'.S.4 04fc+00 S.

1.0

OOOE—04I49E-03673E-O3715E—03374E-02OZIE+OO124E+00407E+00

LOG S/S» = - 1 . 5

LOG K»RÎ>XKB2 - 7 . 0 - 6 . 0 - 5 . 0

TT/R2S

I.0O0E-O13.162E-0I1.000E+0 03.162E+001 .OOOF-t-OI1.000^+021.000E+031.000E+04

M N

24RE-02853E-014 35P5-0I

•S43E+00.845F.+00.004E+00.12IF.+00

9.207E+00 8.240F+00

2.24PE-02 22.IP52E-01 2«».42RF-01 9I .840E + 00 12.G33S+00 24.90SF+00 57.0S3E+00

2.251C-022.862^-019.506F-0I1.874C+002.934F+005.031E+006.149F+PP6.626C+00

2 .278E-022.941E-0I9 .980E-011»974E+002.91 5E+0fl4.021E+004.496E+005.400E+00

- 3 . 0

2 .4 33E-02^.092E-019.2fi9r-0I1.520E+O01.926E+002.3R2E+003.209E+005.827C+00

- 2 . 0

U 1 T

I.977E-0Ü1.P47E—014.466r-016.S23E-01

1.749E+003.557C+006.441E+00

-1.0

7.807E-031.559E—OI2.474E—013 . 7 5 7 E - O 11 .523F. + 004 . 1 4 7 E + 0 06.537E+00

0 .0

2 .S62F-032.204fc-025.389F-021.I46H-013.128S-011.933^+004.231t+006.546E+00

1.0

4 .479E-042.061E-038.557fc—03

3.01ÖC-012.002C+004.240E+00t>.ii3bC+00

LOG S/S» = - 1 . 0

LOG K»R2/KB2 - 7 . 0

TT/R2S R A B

- 6 . 0

T T

- 5 . 0

M E N

1.000E-013.162E-011.000E+003.162E+001.000B+011.000E+021.000E+031.000E+04

2 .24PE-0 2 .248E-02 2.251e-02

9.428E-01 9I435Ê-OI 91.S140F+00 1.S43E+00 12.e3r*:+00 2.845f£+0C 24.905E+00 5.004E+00 57.0*í?1+00 7.121FT+00 6Q.203E+00 8.2f!5F+00 6

506£-01874E+00P34F+00031F+00164F+00823F+O0

- 4 . 0

T S

2 .278E-022.941E-019.9R0E-0I1.974E+002.O15F+004.036E+OC4.6P9E+006.4 65E+00

- 3 . 0 - 2 . 0

R E D U I T

2.432F-023.092E-019.271F-011.5î»2E+001.937E+002.549E+004.229E+007.321E+00

1 .977E-O2I.S49F-0I4-.49SC-0I6.B00F.-019.002Ü-0I2.101E+005.025F+007.Î-Ç1E+00

- 1 . 0

7.82BC-03Í..66PE-021.675C-013 . I39F-016.447E-01¿.77IE+00R.291E+O07.623C+00

0 . 0 1.0

2.634E-03 5.614E—04

8.851b-02 4.100E—O22.794C-01 2.732E-018.526E— 01 9.!>49E—013.0I6t+00 2.04AE4005.324E+00 S.332.E+O07.634fî+00 .64 0fc+00

o•LUDCCCLU

LUCCI -uuoI

tocc

o

LU: Oj cei oLUIDÖ

PUITS A PENETRATION COMPLETE ET PIEZOMCTRE PONCTUEL A LA PROFONDEUR 0.10

ABAQUE POUR L'INTERPRETATION DE POMPAGES EN NAPPE LIBRE ANISOTROPE,

DANS L'HYPOTHESE DE NEUMAN, SELON FORMULES DE B0ULT0N — STRELTSOVA


TABLEAU 1 H

PENETRATIONDUP1EZOMETRE (H)

NAPPE LIBRE |<—11

R —0.0—

0.2-

0.4-I

O.G—

0.0-

1.0-

->| AN ISOTROPE

K»--

+-K

///////////// IMPERMEABLE /S////////f//

LOG S/'S» = -2.0

oDC-OLU_JLU^Jt \

DE

CA

LC

LOG K»R?/KB2

TT/R2S

1.000E-011.000E+001.000E+011.000E+02I.000E+031.000E+04

-7 .0

R A B A

2.365E-029.910E-012.980E+005.152E+007.386E+009.679E+00

- 6 . 0

T T E

2.365E-029.922E-012.986E+005.201E+007.490E+009.280E+00

- 5 . 0

M E N

2.367E-029.957E-013.029E+005.299E+007.086E+007.842E+00

—4.0

T S

2.380E-O21.019E+003.101E+004.071E+005.625E+005.991E+00

-3 .0

R E D

2.456E-O21.038E+002.647E+003.3<?3E+003.753E+004.819E+00

271125

-2 .0

U I T

.457E-O2

.479E-O1•418E+00•735E+00-619E+00•171E+00

- 1 . 0

S

I.04 0E-022.956E-015.207K-01«T.296E-012.911C+005.383E+00

0 . 0

5.021E-03B.062E-021-656E-01Ç".519E:-013-104E+005.4O4E+OO

1.0

7.771E-043-716E-035.760E—021-025E+003.12SE+OOR.407E+00

•LUceDCLUH

PUITS A PENETRATION COMPLETE ET PIEZCMETfiê FCNCTUEL A LA PROFONDEUR 0.20

ABAQUE POUF L'INTERPRETATION DE POMPAGES EN NAPPE LIBRE ANISOTROPE»

DANS L'HYPOTHESE De NEUMAN, SELCN FORMULES DE BOULTCN - STRELTSCVA

TABLEAU 1 J

KAPPE0.0-

0 . 2 -

0 . 4 -

0 . 6 -

0 . 8 -

1 . 0 -

FENETBATIONCU PO ITS DEPCMPAGE (1)

LIE R E | < R -1

PENETRAT IONDUPIEZOMETKE (I)

->|ANISOTROPE

K • ç

/ / / / / / / / / / / • / IMPERMEABLE / / / / / / / / / / • / . /

LOG S / S ' = - 3 . 0

LOG K'R2/KB2 -7 .0

TT/R2S R A B1.000E-013.162E-011.OOOE+003.162E+001.OOOE+011 .OOOE+021.OOOE+031 .303E+04

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PUITS A PENETRATION COMPLETE ET PIEZOMETRF. PONCTUEL A LA PROFONDEUR 0-90

ABAOUE POUR L'INTERPRETATION DE POMPAGES EN NAPPE LIBRE ANISOTROPE,


PENETRATIONDU PUITS DtPOMPAGE (1}

TA3LFAU 1 K

PENETRATIONDUPlEZOWI£TRt-, fK)

NAPPE LIBRE |<—11

0.0—

0.2-

0.4-I

0.6-

O.6-

1,0-

—R > | AN I SOI HOPE

O

IX

11I

—K • —

+-K.

— 1-1

— I///////////// IMPERMEABLE /////////////

LOG S/S» = -2.0

LOG K«R2/KB2 -7.0 -6.0 -5.0 -3.0 -2.0 -1.0 O.O

TT/R2S

i.ooor-01l.OOOE+OO1.OOOE+O11.000E+021.000E+031.000E+04

R A B A

2.471E-02I.036E+003.111E+005.374E+007.664E+OO9.967Ê+00

T T E2.470E-O2I.036E+003.112E+005.382E-M)07.681E+009.986E+00

M E N

2.471E-021.O36E+OO3.119E+005.399E+007.699E+009.9Ö6E+00

T S2.473E-021.040E+003.132E+005.412E+OO7.695E+008.986E+00

R E D

2.484E-021.044E4003.136E+005.39'JE+006.68ÍÍE+006.890E+00

U 1 T

2.4P0E-021 .C44rî+003.120E+004.394E+004.1>95E+005.619E+00

2.490E-02 2.410^-02 4.1.032E+0 0 4.64 2ÍÍ—01 1.2.173E+OO 5.76IC.-01 9.2.360E+00 1.243E+00 1.3.339E+00 3-14 4L-+00 3,5.424E+00 5.400E-I-00 5.

1.0

7*73E-O3

3<-9E-02056E+00I2ÖE+004O7t.+ OO

CJDCü•

<zo5PUITS * PENETRATION COMPLETE ET PIEICMETRE FCNCTU£L A LA BASE Dt LA NAPPb

ABAOUE POUR L'INTERPRETATION DE FCMPAGES EN NAPPE LIBRE ANISCTKOPE,

DANS L'HYPOTt-ESC DE NE UM AN, SELCN FORMULES DE BOULTCN - STREITSCVA

TABLEAU 1 K

IE

PENETRATIONCU PUITS DEfCMFAGE (1)

PENETRATIONOUPIE2OHETHt (K)

NAPPE0 . 0 -

0 . 2 -

0 . 4 -

0 . 6 -

0 . 0 -

1 . 0 -

LIEKE < . p

4— K

IMPbliMEAELE

gzo

zo5

LOG O R 2 / K D 2 - 7 . 0

T T / R 2 S H A B

1 .000E-013.162E-011 .000C400

î toOOÊ*Ol3.162E4-01I .000E4-023 . 1 6 2 E * 0 21 .000O033.162E403I .133EOAJ.162E*041.000E*053.1Í2E4351.000E406

2.471E-022.IJ4E-011 .C36E4-OO2.022E4-OO3.112C+004.237E4-00:.375C»00

£>.B15E*009 .968E«00

l!222b»011.2MEO11.2Î2O0I

- 6 . 0

T T E I

2.473E-02 2,3.I34E-01 2.1.026E*00 1.2.0223*00 2.2.U2E4-CC 2.4.240ECO0 4.

tIÍ31E*00 £.7.682E*00 7,

E.t,1 ,1.1.1,

- 5 . 0

• E N T

4 7 1 E - C 2 2c13ÏE-01 3C37E400 1024E400 2119E+00 3.2S3b>00 4 ,

1.116E4-011.223E4-011.24BE+011.249E401

S4BE«00 6<

£50E*00 S485E*00 8,C53E4-01 9130E*01 9c132E*0l 9.

1 9,

473E-J2141E-01O4OE»O0033E*00132E»OO266E*00

561E40069SE+00G16E*00994E*0003IE+0004 5E40 00B7E4-00212C»00

2 . 4 B 4 E - 0 23 . 1 5 B E - 0 11 .044E»002.03ÜE4033.136E4004.270E*0J35.402E»306.319E4006.6«6E«006.733E4-006.747E+006.7S9E+006.914E4007.246E4-007.933E4-00

2 .493E-023.159E-011 »044E400

2.4Ç0E-0Î3.159E-011.024E400

3.123E40Û4.026E4004.432E4304 .439E4004.453E4004.494E4004.618E4004.949E4005.633E4006.6Í4E4007.734E400

2.179E40C2.21SE*0C2.2ÍÍE4J02.Z66E4-002.3E2E4002.653E400

4.229E<005.423E«006.S70E4-007.718E4-00

•424C-02 4c

• C 9 E - C 1 le•SSlE-01 If. C 1 E E - 0 1 I,. 2 2 £ E - 0 1 3 .. E 7 7 E - 0 1 S .•7S0E-01 3i. 2 £ 4 E * 0 0 1.

•152E00C 1,•27£E»00 4 ,.417E400 ï

I T 1 C E * 0 0 7Í

E17Ë-C3El IE-02C21E-C213SE-C2E2tE-C202CE-02C24E-027Ï0E-C1

2?0E*CC41 EE 4 C 0Ee5E4 .CC716E*00

O.CO.OO.C6.Ï14E-072.136E-0Sa.sesE-o«3.2CCE-C23.21CE-011.C4SE4CC2.C37E4CC3.13£Et004.27£E«C0£.41ÍE*00

0.00.00.00.00.07.75EE-052.56££-02

T

1 .044Ü4002 . 0 3 7 E 4 3 02 . 1 3 t E » 0 04 . 2 7 C E O O 05 .4 lcE»00

7.716E400 7.71dE400

LOG S / 5 * * - £ . :

L O G K ' R 2 / K B 2 - 7 . 0

ET

Z

C

zu1LI

CIRC

I

•

ZOcer-LU_J

UJ-J

yLU

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uLJJ

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3ZOoe-

Mjj

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CA

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cez

TT/R2S

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E f 0 03.1£2E»001 «000E4-011 .000t*021.O0OE4031.013E»O4

LOC S / S ' - -

LOC K ' R 2 / K B 2

T T / R 2 S

1 . O O O E - 0 13.102E-011 .000E4-003.162E4.001.000E4013.162EO011»OO0E4023.162E4021 .000E»033.162E»031 .000E0043.162EÍ041 . O O O E * 0 51 . 1 É 2 E 4-051 . 0 0 0 E 4 - 0 6

LOG S/S« « -

LOG K ' K 2 / K B 2

TT/R2S

1 . 0 0 0 b - 0 13.1C2E-C11 .OOOE4-003 . 1 Í 2 E 4 0 01 . lOOEtOl3.K2E401! .O00E4-023.1t2E4021.0 00E4 033.1Í2E4-031.0 00E4-043.1£2t*041 .OOOE4053.1C2E4-05I.030E4/06

LOG S / S ' » -

LOG K 'R2 /<B2

TT/R2S

1 .OOOE-013.162E-011 .OO0C4-O03.162E4001.000E4011 .003E4-021 .000E4031.030E404

LOG S / S ' - -

LOG K ' R 2 / K B 2

TT/H2S ,

. O O O E - 0 11 .162E-01

. 0 0 0 E 4 0 01.1 6¿E400

• O0OE4-01• l£2E^01• OO0C4-O2

) .162b«02.0O0E4-03

to33E>34).162E40«.000E405

I.162E005.OOOE4-06

R A B A

2.171E-023 . 1 3 4 E - 0 11.036E4-00î .022C»003.1 12fc<-00ï . 3 7 5 £ * 0 07 . 6 C 4 E » 0 09.<ittE*00

Í .3

- 7 . 0

R A B A

2.171E-022. Ü4E-011.0-Î6E4-002.022t»O03.1I2E4-004.227E + 00Ï.375E4-006.513E4007.6i4fc400C C I 5b • 009.Ç6BE * 031.115E+011.22ZE4-011.251E4-011.2Î2E*O1

1.3

4 . 0

R A U A

3 . 1 2 2 E - 0 80 . 00 . 04 . 1 1 9 6 - 0 5Í . 4 1 8 E - 0 22. USE-011.037E4-00

2.127E-4-004 . 2 £ 1 E * O O£.4C7E<-00£.£S£E + 007.7C7E4-O0C .6 C 8E «•OO1.001E401

l.S

- 7 . 0

2 .471O023.134E-011.03£E»002.022EOO03.112E+00£.37SE»007.t(4E»00

1.0

- 7 . 0

C A S A

2.471E-022.134E-011.036E4002.022Ü4-003 .112E»J0A.237t400* . ^7 5E 4 0 06 . 5 1 8 | * 0 0

EÎBISË»OO9.SCÚL4 301 .112O011.222Ef01

r.2Ï2C01

T T E M E N

2 . 4 7 0 E - 3 2 2 . 4 7 1 E - 0 23 . I34E-01 3 . 1 3 5 E - 0 11.03£E»0C . C 3 7 E 4 0 02.CL2E4-00 î . 0 2 4 E » 0 03.112E-4-0C 2 . 1 I 9 E » O 05 .382E40C S.399E4-007 . 6 8 2 E * 0 C 7 . 6 9 9 E 0 C CS.it6E*0C

- 6 . 0

T T E

• Ï 9 O E * O O

- 5 . 0

M E N

2 . 4 7 0 E - 3 2 2 . 4 7 1 E - 3 23.134E-01 3.13SE-011 •O3£E'4'O0 . C 3 7 E * 0 02 . 0 2 2 E » 0 0 2 . 0 2 4 E » 0 03 . 1 1 2 E 4 0 0 . . 1 1 9 E 4 0 04 . 2 4 0 E 4 0 0 4 . 2 5 3 E » 0 0S.3B2£»0C ! . 3 9 9 E * 00( .531:4-00 £ . 5 * 0 E * 0 07 . CB2E^00E . E33c f009 . 9 B 6 1 3 • 0 0

1 .116=401 ]1.2231*011.249**011.249E4-01 1

T T E

- 6 . 0

.699E4-00• ES0E4-00

. .993 Í »00*C93l:*01.121E401. 1 3 6 E * 0 1.147E»01

M E N

—5.0

T 1 E n c n

2.473E-02 2 .471E-023.134E-01 3.13SE-011.03£E»00 . C 3 7 E 4 0 02.022b>OC i.024E»003.U2E40C -.1 1 9 E * 0 05.352E4-0C C . 3 4 9 E 4 0 07.6S2E4-CC

- 6 . 0

T T E

2 . 4 7 3 Í - 0 2 i

. 6 C 9 E * C 0..Ç90E1-00

- 5 . 0

M E N

. 4 7 1 E - 3 23.134E-C1 3.13SE-011.336E4-00 . 0 3 7 E 4 0 02 . 0 2 2 1 * 0 0 2 . C 2 4 E * 0 03 . U 2 E 4 - 0 0 2.119E4-00« . 2 4 0 E * 0 0£ » 2fi2E* CCc.£21c*CC7.6B2E *C0C.B23E *© Ct.tetê*O01 . 1 1 6E * 01

} .249 S *311 .2£0£*01

. .2531:400

'ls4dE«00. 6 9 9 R * C 0. E50E4O0

, . Ç Ç C E * O 0.CÎ4E401.1«OE*01.171E401.221E401

T S

2.473E-023.141b-01t.040E»002.033C4003.132E*005.412E4007.690E400a.996L*00

- 4 . 0

T S

2 .473E-323.141L-011.040E*002.033EI-003.132E4004 .266E*005.412E4006 .561E*007.Ó93E400S.617b»009*0 33E*3 09 . 0 7 B E * 0 09 .203E*009 .537E*301.023E*01

-

T 5

- 4 . 0

T S

2.473E-323.141E-011 . 0 4 0 E 4 0 02 . 0 3 J E * 0 03.132E*OO5 . 4 1 2 E » 0 0T.698E*009.02 6b4-00

- 4 . 0

T S

2.»73E-J23 . 1 4 1 E - Ü 11 .04 0C400

3ll32E*004 . 2 6 6 E 4 0 05 . 4 1 2 E 4 0 0b . 5 6 1 E * 0 07.0«BE*00B . Ó 2 6 E 4 0 09 . 0 9 2 E * 0 0t.4£0c*0l>1.014E»011 .116E*011 .220E*0 I

R E C

2 . 4 8 4 E - 3 23 . I 5 8 E - 0 11 . 0 4 4 E 4 0 02 . 3 3 8 E 4 0 03 . 1 3 6 E » O 0S . 4 0 3 E 4 0 06 . 6 9 9 E * 9 06 . 7 8 7 E * 0 0

- 3 . 0

R E C

2 . 4 U 4 E - 0 23.158E-0 11«044E+O02.338E«)0

4.270E*005.402E400o.320E*006.706E*U06.760E4006.905E*307.237E*007.924E*00B.917E4-001.003C401

R E C

- 3 . 0

2.4A5E-023.158E-011 .044E*002.03BE»00J.136E*005.403E4006.730E430T.22ÏE*00

- 3 . 0

R E C

2 . 4 d 4 £ - 3 23.158E-011 » 0 4 4 E * 0 0¿.038c*0 03.136E»004 . 2 7 0 E « 0 0S . 4 0 3 E 4 0 36.329E*006 . 7 9 4 C * ü O7 . 1 5 1 E 4 0 07 . 8 38E*00â . 8 3 0 b » 0 09 . 9 4 2 ¿ » Ü O1 .111E4011 .222U401

U J T

2 . 4 9 3 E - 0 Í3.15VE-011 . 0 4 4 E 4 0 02 . 3 3 8 E 4 0 33 . 1 2 3 E 4 0 04 . 4 0 4 E 4 0 04 . 492E 43<34 . Í 46E400

- 2 . 0

U I T

2 . 4 9 1 E - 0 23 . 1 S 9 E - 0 1l *044£ 4002 *03db * 303 . 1 2 3 E 4 O 04 . 0 2 7 E 4 0 04 . 4 1 2 b 4 0 34 . 4 8 6 E 4 0 04 . 6 1 0 E 4 0 04 . 9 4 0 E 4 0 05 . 6 2 4 É 4 3 06 . 6 I S E 4 0 07 . 7 2 4 E 4 0 08 .663E*3 I 31.001E401

U I T

- 2 . 0

2 . 4 9 1 E - 0 23.159E-011.044E4002 . 3 3 8 E 4 0 03 . 1 2 3 E 4 O 04 . 4 3 4 E 4 0 04 . Î 1 J E 4 0 06 . E 9 4 E 4 0 0

- 2 . 0

U I T

2 . 4 S 1 E - 3 Í3 . 1 5 9 E - 0 11 . 0 4 4 E 4 0 02.J3BE4303 . 1 2 3 b 4 0 04 . 0 3 Ô E 4 0 0t , 4 9 9 c 4 0 04 . e 5 4 E 4 0 05.£3dE«UO6.R2BE4<307 . 6 3 0 E 4 0 08 .77v t4009 . Í 31C4001 . 1 U E 4 0 11 .222E401

S

2 . 4 9 0 E - 0 23 . 1 5 9 E - 0 11 «024E + 001 .B21E430

2¡264E*00

4 . 3 2 7 E 4 0 0

- 1 . 0

S

2 . 4 9 0 E - 0 23 . 1 5 9 E - 0 11 .024E400

2 . 1 C 8 E 4 0 0

2t372t4302 . 6 » 4 E * 0 03>344E«004 .2 Í0E400

»IseiEûo7 . 7 0 9 E 4 0 08.BE9E*001 . O O 1 Ë 0 O 1

5

-1.0

2 . 4 9 0 E - 0 23.159E-01l.o:4E*001 . 8 2 4 E * 0 02 . 2 0 é E * 0 02 . 6 £ 4 E « 0 04 . 2 9 i t * 0 06.S52E*00

- 1 . 0

S

2 .46->b-023.1S9E-01l .OÎ4E»00l.SI9L«002.266E*002.£01b'«-003 . 2 5 Í E 4 0 04 . 2 Î 4 E * O O5 . 3 . M b * 0 06 . 4 7 B b * 0 07.62fcfc»008 . 7 8 2 E 4 0 09 . 9 3 8 E 4 0 01.112E4011.223E401

Í . 4 Í4E -022 .426E-01

5lc03E-01E . : 1 4 E - O 17 . 7 6 4 E - 0 1î .097E40C4 . 2 7 3 E « 0 0

O.C

2 . 4 2 4 E - 0 2Ï . 4 2 7 E - 0 1

Î .16 ÏU-01

7 . 7 1 4 E - 0 11. Î4£E43O2.C9CE4-002 . I 44Ë4004 • £6<£E 4 0 0E . 4 CfiEÔOC * * 5 7 E + 00Í . 7C7E400E . C S 9 E 4 0 01.0O1E4-OI

O.C

2 . 4 Í 4 E - 0 2Î . 431E-0 I4 . 7 C 1 E - 0 1£ . 6 7 2 E - 0 17 .E5 ÍE-012 . 0 7 1 E 4 0 04 . Í4 ÍE400£.t47E*00

O.C

Z.424E-022 .444E-01£ «C3ÊC— 017 .09 ÍE -011.17ÏE40C2 . C 1 C E 4 0 03 . 0 6 1 E 4 Û 04 . 1 8 4 E 4 0 0£ . 3 2 E b » 0 C6 . 4 B 0 E 4 0 07 .634E4C0S . 7 9 C E 4 0 C9 . c 4 £ E * 0 01 .11ÍE401l .£24E*01

4 . E 2 S E - C 21 . 0 0 2 E - C 21 . 1 2 2 E - C 21 . S 1 E E - C 23 . 0 C 2 E - C 22 . 7 2 9 E - C I2 . 0 4 1 E • 0 04 . 2 6 e E * C C

1 .0

4.4Î52E-C31 . 0 7 0 E - C 21 . 4 6 1 E - C 2Î . S 2 1 E - C 2C . 4 1 S E - C 22 . Í C 5 E - 0 11.056L4CO2 .024E4CÜ3.12EE * CC4. Í Í1E40Ct .407¿4CCt. î£tE»CC7 . 7 C 7 E 4 C C

lIcêlE4Cl

1.0

4 . 9 3 7 E - C 3l . £ 8 8 £ - C 2i . £ 7 C E - C 2£ . 5 2 2 E - C 22 . Í C 0 E - C 1£ • 0 1 £ E 4 C C4 . £ 4 1 E 4 C O£ . : 3 7 b « C C

1.0

£ . l c « £ - C 3Í . 0 0 E E - C 27 . Í 4 4 E - C 22.2£c£— Cl< . £ Ç £ E - C 1i.«6Ct4C02.O4«E»004.1C3OC0£ . "*Hë, * CCc.4eet»cc7.640c4CCC.756E4C0í . Ç - 2 c * C C1.113E4C11.22£E«C1

2 . C

0 . 01 . 1 4 3 E - 0 71 . E 6 3 E - C SCC65t-04J.1SCE-C23.17£t-Cl1 . 0 3 E E 4 0 02 . C 2 6 E 4 C 03 . 1 2 7 E 4 C C4 . 2 6 1 E * C 05 .407Ef0C

7¡7C7E«CC8-£-£E«CC1.C01E4C1

Z . C

0 . 03 . C 4 3 E - 0 42 . 3 7 1 E - C 22 . 7 E 2 E - 0 1S.îllfc-Cl1 . S 5 1 E 4 C 03 . C 4 E b 4 0 C4 . 1 C 4 E 4 0 0= . 3 3 3 c » C 06 . 4 Ë 7 E * 0 C7 . Í 4 2 E 4 C 0a.7t7E»CCt.554E4C01 .113E4011.22ÍE4C1

2.J57E-074.761E-07CO7 . V 7 1 E - 0 52 . 4 9 C b - 0 23.42CE-011.337E4002 . 0 2 î c » o C3 . 1 2 7 E 4 0 C5.407b'»00

o Ö-o o>

i

PUITS A PENETRATION DE 0 . 0 A C . e ET FIEZCfrETRE COMPLET

ABAQUE POUR L ' INTERPRETATION DE POMPAGES EN NAPPE LIBRE ANISCTROPE.

DANS L ' H Y P O T H E S E DE N E U M A N , SELCN FORMULES DE BOULTCN - STRELTSCVA

TABLEAU 4 1

FENETRATIONCU FUITS DEFCMFAGE (4)

PENETRATIONDUP1E20METRE (1)

= LOG S/S' = - 3 . 0

• LOG K ' R 2 / K B 2 - 7 . 0

Z> T T / R 2 S R A B

1 . 0 O 0 E - 0 13 . 1 6 2 E - 0 11 . O O O E + 003 . 1 6 2 E + 0 01 . O O O E + 0 11 . O O O E + 0 21 .000E+031 . 0 )DE+04

2 . 4 7 0 E - 0 23 .133E-011.025E+002 .021E+003 .110E+005 .370E+007 . 6 4 0 E + O 09 . B 6 3 E + 0 0

- e . o

T T E

2.469E-323, 132=-Cl1.035H+C02.02 0=1-003.1C9E+0C5.359E+CC7.578E+CC9.625E+CC

- 5 . 0

M E N

- 4 . 0

T S

2 . 4 6 9 5 - 3 2 2 .3 .132E-01 3 ,1 .03EE+00 1,2 .018=+0 0 1 .2 .C99E+0C 3.5 .299E+00 5 .7 .342E+C0 6,6 .860E+00 7,

4 6 7 E - D 2124E-0102 9E+00998E+00046E+00072E+00586E+00190E+00

- 3 . 0

R E C

2 . 4 4 7 E - O 23 . 0 7 6 E - 0 11.002E+001 .915E+002 . 8 5 6 E + 0 04 .356E+004 .954E+005 . 1 1 4 E + 0 0

-2.0

U I T

2.359E-022.895E-019.112E-011 .651E + 002.27ÓE+002.861E+002.97DE+303.739È+00

-1 .0

2.077E-022.227E-016.413E-011.333E+301 .léOE+001.217E+001.618Ë. + 303.603E+00

O.C

1.277E-021 .109E-01Í.C9CE-012.229E-01a.29ee-oi3Í211E-011 .166E+003 .42SE+00

1.0

2.07eE-C34 .247E-034.382E-C34.794E-C3C.3E2E-C36.16CE-C21.074E+CO3.230E+00

LOG S / S ' = - 2 . E

LOG K' R2/K.B2 - 7 . 0

T T / R 2 S R A B

1.OOOE-013.162E-011.OOOE+003.162E+001.OOOE+011.000E+021.000E+031.033E+04

2.470E-023.133E-011.035E+002.021E+003.I10E+005.370E+007.640E+00Î.3E3E+00

-e .c

T T E

2.469=-323.132=-011.03EE+002.020E+002.1C9E+CC5.355E+CC7.578=+CC9.626E+C0

- 5 . 0

M E N

2.469E-023.132E-011.035E+002 . 01 8E + 002 . C 9 S E + 0 0E . 2 9 9 E + 0 07 . 3 4 3 E + 0 0£ . 6 6 6 E + 0 0

2 .4 .67E-D23 . 1 2 4 E - 0 11 .029E+001.998E+0 33 . 0 4 6E+00

6.590E+007.236E+00

- 3 . 0

R E C

2 . 4 4 8 E - 0 23 . 0 7 6 E - 0 11 .002E+001.915E+002 . 8 5 7 E + 0 04..359E + 004 . 9 5 8 E + 0 05 .413E+00

-2.0

U I T

2.360E-022.Ö96E-019 .113E-011 .651E+002.277E+002.öS2E«003.181S+004 .Ö08E + 00

-1 .0

2.080E-022.32BE-016.417E-0Í1.0 32E+3 01 .168E+001.31ÓE+002.364E+004.922E4-00

O . C

1 .27e£ -021 . 1 1 1 E - O 1Í . 1 0 3 E - 0 12 . 2 Ö 7 E - 0 12 .504E-015 . 4 3 3 E - 0 12 . E 3 É E + 0 04 .61EE + 00

1.0

2 . 0 5 2 E - 0 34 . 2 7 9 E - 0 24 . C 9 8 E - C 36 . 2 3 8 E - C 31 . 3 e e E - 0 23 . 3 4 1 E - C 1Í . 1 0 3 E + C C4 . 3 7 8 E + C 0

LOG S/S« - 2 . 3

LOG K ' R 2 / K B 2 - 7 . 0

T T / R 2 S R A B

1.OOOE-013.162E-0Î1.OOOE+003.162E+001.OOOE+011.000E+021.OOOE+031.OOOE+04

2.Í-70E-022.123E-011.02EE+002.021E+O03.11OE+OO5.370E+007.640E+009.3Ê3E+00

' - 6 . 0

A T T E

2 . 4 6 9 E - 0 22.132E-011.035E+C02.02CE+0C3.109E+CC5.355E+007.E7eE+CC9.62eE+CC

- 5 . 0

M E N

- 4 . 0

T S

2 . 4 6 9 E - 0 2 2 .3 . 1 3 2 E - 0 1 3 .1 .035E+00 1 .2 . 0 1 6 E + 0 0 li.3. CÇ5E+0 0 3 ,E . 2 9 9 E + 0 0 5 .7 .344E+00 6iE . E 8 3 E + 0 0 7,

4 Ó 7 E - 0 2125E-01029E+00993E+30046E+00073E+006O4E+0 0367E+0 0

-3 .0R E C

2.448E-023.076E-011.002E+001.915E+002.857E+004.368E+005.091E+006.08OE+00

-2 .0

U I T

2.362E-022.89ÓE-019.116E-011 .652E + 302.282E+002.947E+003.73Dfc+006 .193E + 0Û

-1.0

2.088E-022.331E-016.421E-011.339E+301.195E+001 .Ó10E + 003.S94E+006.180E+00

0.0

1.282E-021 .115E-01Í.129E-012.469E-013.162E-011.16CE+003.41SE+00£ .782E+00

1.0

1.969E-C34.389E—03£.££4E-C31.312E-C2S.994E-C21.067E+C02.221E+C0Í.E26E+CG

2 LOG S / S ' = - l .E

OG K'R2/KB2TT/R2S

1 .OOOE-013.162E-011 .OOOE+003.162E+001.OOOE+011 .000E+021.OOOE+031.OOOE+04

- 7 . 0R A B A

2.470E-023.133E-011.035E+002.021E+003.110E+005.370E+007.640E+00Ç.3S4E+00

- 6 . 0T T E

2 . 4 5 9 E - 3 23 . 1 3 2 E - C 11.035S+CC2 .020E+003 .109E+OCE.359E+C07 .579E+CCS.633E+00

- 5 . 0

M E N

2 . 4 6 9 E - 0 23 .132E-011 .035E+002.016E + 003 .C99E+00£ .299E+007.349E+00Ê.532E+00

—4.0

T S

2 . 4 6 7 E - 0 23 . 1 2 5 E - 0 11.0295+001.998E+003 .047E+005 .076E+006 . Ó 4 4 E + 3 07 .687E+00

- 3 . 0

R E C

2 . 4 4 9 E - 0 23 . 0 7 6 E - 0 11.002E+001.916E+002 . S 5 9 E + 0 04 .396E+005 .372E+007 .197E+00

- 2 . 0

U I T

2 . 3 6 9 E - 0 22 .8995-019 . 1 2 5 E - 0 11 .656E + 302 .293E+003.140E+004 .780E+007.53ôfc+00

- 1 . 0

S

2 . 1 1 3 E - 0 22 . 3 4 0 E - 0 16 . 4 7 4 E - 0 11.029E+001.279E+002 .337E+004 .933E+007 .3É3E+00

112

e

2

£

0.0

. 2 9 3 E - 0 2

.127E-01

.257E-01

.046E-01

.247E-01

.207E+00

.5E4E+30•S2£E+00

1.0

1 .71 le -C34 . e 2 S E - 0 31 . 1 4 5 E - C 2£ . £ 9 0 c - C 23 . 2 00E-C12 .075E+CC4 .349E+C0e .é5SE+CC

LOG S / S * = - 1 . 3

OG K ' R 2 / K B 2

T T / R 2 S

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O c + 003 . 1 6 2 E + 0 01 . O O O E + 0 11 .000E+021 . O O O E + 031 . 0 D 3 E + 04

- 7 . 0

R A B A

2 . 4 7 0 E - 0 23 .133E-011.035E+002.02IE+003.110E+005.370E+007 .6&0E+00Ç . 8 Ô 6 E + 0 0

- 6 . 0

T T E

2 . 4 6 9 E - 3 23 . 1 3 2 E - C 11.035E+002 . 0 2 0 3 + C O3 . 1 C 9 E + C 05 . 3 5 9 H + C 07.Ee0E+0Cç.esiE+cc

- 5 . 0

M E N

2 . 4 6 9 E - 3 23 .132E-011 .035E+CO2 . 01 8E+03c.l CCE + OOE . 3 0 1 E + C 0"/.364c+00í .C57E+00

- 4 . 0

T S

2.46SE-023.12 5E-011.030E+001.998E+003.04 8E+005.087E+006.755E+008.321E+00

-3 .0R E C

2.453E-023.077E-0 11.003E+001.918E+002.8Ö6E+004.480E+005.984E+008.540E+00

-2.0U I T

2 . 3 9 3 E - 3 22 . 9 0 7 E - 0 19 . 1 5 5 E - 0 11 . Ó 6 3 E + J32 . 3 4 4 E + 0 03 . 6 3 5 E + 0 0Ó . 1 3 5 E + 3 38 . 7 3 0 E + 0 0

- 1 . 0

S

2 . 1 9 3 E - 0 22 . 3 6 8 E - 0 16 . 6 0 7 E - 0 11 . 0 9 2 E + D 01 . 5 2 2 E + O 03 . 5 0 5 E + 0 06 . 0 â S E + 0 08 . 4 7 9 E + 0 0

O . C

1 . 3 2 1 E - 0 21 . lcEE-01£ . £ 2 2 E - 0 14 . 8 2 9 E - 0 11 .CêEE + OO3 . 3 2 = E + 0 C' . 6 9 2 E + 0 08 . C 2 E E + 0 0

1.0

9 . 2 1 7 E - C 46 . 9 7 8 E - C 34 . 4 4 1 E - C 22.ee3E-ci9.9Í2E-C13.13SE+CCE.44SE+007.761E+00

PUITS A PENETRATION DE 0.0 A C.ô ET PIEZCÊTRE OUVERT DE 0.0 A 0.6

ASAQUE POUR L'INTERPRETATION DE POMPAGES EN NAPPE LIBRE ANISCTROPE,

DANS L'HYPOTHESE DE NEUMAN, SELCN FORMULES DE BOULTCN - STRELTSCVA

TABLEAU A A


R

PENETRATIONDU

PIEZOMETfiE (4)

->|ANISOTROPE

4

LOG S /S ' = -3 .0

LOG K'R2/KB2 - 7 . 0

TT/R2S R A B

1 . O O O E - 0 13 .162E-011 .00OE+003 . 1 Ê 2 E + 0 01 .000E + 011 . O O O E + 021 . O O O E + 0 31.300E+04

4 . 0 9 8 E - 0 25 .199E-011.718E+003.353E+005 .1C1E+00S.910E+001.267E+011.631E+01

- 6 . 0

T T E

4.357E-025.199E-CI1.71SH+C03.353E+C05.1E8E+CC3.£84E+CC1.2E1E+C11.571E+C1

- 5 . 0

M E N

4 .C5SE-32=.1Ç7E-011.717E+003.346E+00E.I35E+00E.733E+001 .152=+ 011.332E+01

- 4 . 0

T S

4.091E-325.178E-011.703E+003.296E+005.002E+008.164E+001.006E+311.051E+01

- 3 . 0

R E C

4.036E-325.055E-0 11.635E+003.090E+304.527E+006.401E+006.844E+306.957E+00

-2.0

U I T

3.815E-024.605E-Û11.40SE+002.429E+003.100E+003.532E4003.633E+004.373E+00

-1 .0

3.108E-32 1,3.134E-01 E7.510E-01 1.1.023E+33 1.1.121E+00 11.181E+00 a1.560E+33 1.3.424E+00 ¿,

0.0

21SE-02376E-02

613E-01674E-01•« s i E - o i025E+00148c 4-00

1.0

1.437E-C32.SS7E-C23.146E-C33.73eE-03z.ezea-C36.413E-C21.036E+C02.J34E+0Û

LOG S/S' = - 2 . E

LOG K'R2/KB2 - 7 . 0

TT/R2S R A B

1 . O O O E - 0 13 .162E-011 .000E + 003 .162E+001 . O O O E + 0 11 .000F.+021 . O O O E + 031.003E+04

4 . 0 Ç 3 E - 0 25 .199E-01I .71SE+003 .3E3E+005 .161E+003 .910E+001.267E+011.631E+01

- 6 . C

i T T E

4 . 0 S 7 E - 3 25 .1595-011.7132+002 .353E+C0E.15eE+CCE.EB4E+O01.251E+011.571E+C1

- 5 . 0

M E N

4 . 098E-025.1 5 7E-011 . 717E+003 . 3 4 6 E + 0 3E . 1 3 5 E + 0 0£ .733E+001.193E+01I.383E+01

- 4 . 0

T S

4 . 0 9 1 E - 3 25 .178E-011.703E+003 .296E+035 .002E+008 .165E+001.006E+011.055E+01

- 3 . 0

R E C

4.044E-025.056E-0 11.635E+003.090E+034.527E+006.404E+006.877E+007.290E+00

-2.0

U I T

3.815E-024.605E-011 .403E + 002.429E+003.102E+003.552E+003.838E+D05.359E+00

-1 .0

3.107E-023.184E-017.513E-011.322E+301 .129E + 001.275E+002.262E+J04.6££E+00

O.C

1.21EE-02e .287E-021.E24E-01i .eesE-oi1 .Ê56E-014.£04E—01a.01SE+0C4 .292E + 00

1.0

1.442E-C33.06CE-C33.662E-C3S.744E-031 .4ESE-C23.273E-C12.C2QE+004.267E+CC

LOG S /S ' = - 2 . 0

LOG K'R2/KB2 - 7 . 0

TT/R2S

1 .OOOE-013.162E-011 .OOOE+003.162E+00i . O O O E + O :1 . O O O E + 02l . O O O E + 031.330E+04

R A B A

4.0Ç8E-025.199E-011.716E+003.3E3E+005.161E+008.910E+001.267E+011.Ê31E+01

- 6 . 0

4.397E-025.1Ç9E-C11.71SE+C03.353E+C0E.l=eE+CC6.684E+C01.251=+C11.571E+C1

- 5 . 0

M N

4.0S8E-32E.I57E-01I.717E+003.346E+03E.135E+C0E.733E+001.193E+011.384E+Q1

- 4 . 0

4.091E-325.178E-011.703E+003.29&C+305.002E+008.165E+001.007E+011.06 8E+01

-3 .0

4.044E-025.056E-0 11 .635E+003.090E+034.528E+00Ó.412E+006.57ÖE+0 07.938E+00

-2 .0

U I T

3.814E-024.605E-011.40SE+002.430E+303.106E+003.615E-I004.369C+306.697E+00

-1 .0

3.107E-023.185E-017.522E-011.028E+301.164E+001.551E+003.413E+005.B34E+Û0

O.C

1.216E-02a.42£E-02l.£5£E-Cl1 .826E-012 .449E-011.016E+003.13SE+00S.435E+00

1.0

1.4ESE-C33.418E-C3£.4£4£-C31.410E-C26.2S6E-C21.029E+CCC.12ÏE+0CS.407E+0C

LOG S/S' = -1.5

LOG K'R2/KB2 -7.0

TT/R2S R A B

1 . O O O E - 0 13 .162E-011 .OCOE+003 .162E+001 . O O O E + 011 . O O O E + 021 . O O O E + 031.000E+04

4 . 0 S 3 E - 0 25 .199E-011.718E+003 .3E3E+005 .1É1E+00S.910E+001.267E+011.631E+01

- 6 . 0

T T E

4.097E-025.199E-C11.713E+CC3.353E+C05.158E+CC8.E84E+0C1.2E2E+C11.572E+C1

- 5 . 0

M E N

4.058E-025.1S7E-011.717E+C03.346E+03£.135E+006.733E+001.193E+C11.339E+0I

-4 .0

T S

4.391E-325.178E-011.703E+003.296E+005.002E+008.168E+001.011E+011.099E+01

-3.0

R E C

4.044E-025.056E-011.635E+003.090E+004.529E+00Ó.433E+007.2S3E+039.008E+00

-2.0

U I T

3.815E-024 .605E-011 .408E + 002.432E+303.119E+003.802E+005.371Ê+007.545E+00

-1 .0

3.10eE-D23.187E-017.552E-011.046E+001»242E+002.236E+004.627E+306.987E+00

0.0

1.21ËE-02S.531E-021.É65E-012.345E-014 .343E-011.993E+004.26*E+006.576E+00

1.0

1.512Ë.-C34.Î94E-031.2Ê6E-C2i.eS2E-Û23.144E-C1a.ociE+co4.240E+SOC.E57E+CC

LOG S /S ' = -1 .3

LOG K'R2/KB2 - 7 . 0

TT/R2S R A B

1 . O O O E - 0 13 .152E-011 . O O O E + 0 03 .162E+001 . O O O E + 011 . O O O E + 021 . O O O E + 031.030E+04

4 . 0 S 8 E - 0 25 .199E-011.718E+033.3Î3E+005 .1C1E+008 .910E+001.257E+011 .631E + 01

- c . C

T T E

4 . 0 9 7 E - 0 25 . 1 Ç 5 E - C 11.718E+C02.353E+C05.15EE+CC6.63-+E + C01.2£2ï+Cl1.573E+C1

- 5 . 0 .

M E N4 . S 5 8 E - 3 25 . 1 S 7 E - 0 11 .717E+003 . 3 4 6 E + 0 35 . 1 3 5 E + O 0E.734E+001 .194E+C11.4C1E+01

-4 .0

T S

4.091E-325.17ÖE-011.703E+003.296E+005.003E+005.176E+001.022E+011.1Ö1E+01

-3 .0

R E C

4.Û43E-325.056E-0 11.635E+003.091E+304.533E+006.514E+007.S44E+0 31.026E+0 1

- 2 . 0

U I T

3 . 3 1 5 E - 3 24 . 6 0 6 Ê - 0 11.4095*002 . 4 4 0£+303 .159E+004 . 2 7 8 E + 0 06 .613E + 309 .072E*00

-1 .0

3.109E-023.194E-017.643E-011.1D3E+00I.471E+003.325E+005.748E+308.070E+00

0.0

1 .225E-02S .874E-022.003E-012.S80E-015 .521E-012.056E+00E.355E+007 .664E+00

1.0

1.643E-C3E.6 04E-C34.8E3E-C22.852E-C15.62SE-C13.045E+CC5.322E+C07.641E+00

PUITS A PENETRATION DE 0.0 A C.£ ET PIEZCKETRE OUVERT DE 0.4 A 1.0

ABAQUE POUR L• INTERPPETAT ION DE FÛMPAGES EN NAPPE LIBRE ANISCTfiOFE,

DANS L'HYPOTHESE DE NEUMAN, SELCN FORMULEE DE BOULTCN - STRELTSGVA

TABLEAU 4 t

PENETRAT IONCU PUITS DEFCMFAGE {4>

PENETRATIONDUPIEZOMETRE <

->|ANISOTROPE

-666-

////////////•/ IMPERMEABLE

LOG S / S ' = -3 .0

LOG K'R2/KB2 -7 .0

TT/R2S R A B

1 . 0 0 O E - O 13 . 1 S 2 E - 0 11 .000E + 003 . 1 6 2 E + D 01 .OOOE+011 .0C0E+021 . O O O E + 0 3I . 3 33E+04

1 .3B4E-021.755E-0I5.302E-011.122E+001.742E+003.0O9E+OO4.267E+005 .5Ó7E+00

- 6 . 0

T T E

1.3345-0 21.7555-C15.e01E-Ci1.132E+C31.743E+C03.CC9E+CC4.297E+CC5.573E+C0

- 5 . 0

M E N

1.364E-321.755E-01£.e02E-011.132E+031.742E+0O3.CC9E+004.293E+O0E.6Ó3E+00

-4 .0

T S

1.383E-321.755E-015.801E-011 .132E+001.742E+003.015E+004.332E+005.152E+00

- 3 . 0

R E C

1.383E-321 .755E-015.301E-011.132E+3 31 .748£+0 03.104E+003.872E+0 33.919E+00

-2.0

U I T

1 .3B4E-321 .755E-015.839E-011 .1095 + 301 .325E + 002.56SE+002.63ÓE+332.887E+00

- 1 .0

1.405E-321 .B67E-016.23EE-01L O S le-«-301.303E+001.345E+001.562E+302.7B&E+00

O.C

1 .4Ê7E-021 .440E-O12.75SE-012.S41E-0 13.011E-013.SIEE-011.11ÊC+Û02 . lOfcc+0 0

1.0

2.e42E-C3S.eO4E-C2Î.0ÇSE-C37.001E-C31 . 010E-C26.127E-C21.0E1E+CO3.126E+C0

- LOG S/S« = - 2 . E

OG K« F 2 / K B 2T T / R 2 S

J. . O O O E - 0 13 .162E-011 . O O O E + 003 .162E+001 . O O O E + 011 .000E+021 . O O O E + 031 .030E+O4

- 7 . 0

R A B A

1 . 3 B 4 E - 0 21.755E-015 .5C2E-011.122E+001.742E+003.009E+004 .287E+005.567E+00

- 6 . 0

T T E

1.394E-321.7E55-C1E.ecis-ci1.132H+C0I.743E+CC2.CC9E+CC4.2975+CC5.573E+CC

- 5 . 0M E N

1 .384E-321 .755E-01E.8C2E-011.132E+001.742E+003 . C C 9 E + 0 04 .293E+00E.663E+00

- 4 . 0

T S

1 . 3 8 3 E - 3 21 .755E-015.301 E-011.132E+031.742E+003 .015E+004 .383E+035 .157E+00

- 3 . 0

R E C

1 . 3 8 3 E - 0 21 . 7 5 5 E - 0 15 . B 0 1 E - 0 11 .132E + 001.748E+003 .104E+003 .877E+003 .983E+00

- 2 . 0U 1 T

1 . 3 8 4 5 - 3 21 .7556-015 . 3 3 9 E - 0 11.169E+001 .329E+002 .593E+002 .693E4303 .343E+00

- 1 .0

S

1.4 0 5 E - Û 21 .867E-016 . 2 3 E E - 0 11.091E+331.307E+001.39SE+00I .977E+303 .65SE+00

O . C 1.0

1.467Ê-32 2.64 9E-C31.441E-01 E.S69E-C22.770E-01 €.ee2E-C32.99eE-01 9.9Ê1E-022.218E-01 2 .20EE-C2E.950E-01 2.E37E-012.021E+3C 2.026E+CO4.238E+00 4.268E+0C

= LOG S/S« = - 2 . 3

S LOG K ' R 2 A B 2 - 7 . 0

Z T T / R 2 S R A B A

1 . O O O E - 0 13 .162E-011 . 0 O 0 E + OO3 .162E+001 . O O O E + 011 .000E + 021 . O O O E + 031 .303E+04

1 .384E-021.755E-015.eC2E-011.122E+001.742E+003.009E+004.287E+005 .567E+00

-6. 0

T T E

1 .394E-221.755=-ClE.eciE-ci1.132E+C01.743E+CC2.009S+CC4.237E+CC5.573E+CC

- 5 . 0

M E N

1 .3e4E-321.755E-01S.602E-011.132E+031.742E+003.C09E+004.2Í3E+005.663E+Û0

1.383E-32I .755E-015.B01E-011.132E+001.742E+003.015E+004.383E+005.172E+00

- 3 . 0

R E C

1 .383E-021 .755E-015.801E-011.132E+001 .74BE+003.104E+003.892E+334.166E+00

-2 .0

U I T

1 .384E—321 ,755c—015 .a35E-011 .169E + 331 .329E + Û02 .603E+002.878E+304 .194E+00

-1 .0

1.405E-021 .867E-016.227E-011.053E+301 .318E+001.EE3E+002.777E+304.9e6E+00

O.C

1.46£E-021 .442E-012.e0£E-013.178E-013.661É-011.111E+003.09SE+30S .377E + 00

1 .0

2.e74E-C3É.4 98E-C39.E26E-C3Í.143E-027.94 2E-021.044E+C03.127E+005.407E+CC

LOG S/S« = -l.E

LOG K«R2/KB2 -7 .0 - 6 . 0

TT/R2S

1 .OOOE-013.162E-011.OOOE+003.162E+001.OOOE+011.O00E+021.OOOE+031 .310E+04

B

1.384E-02 1.1.755E-01 1.5.BC2E-01 E .1.132E+00 1.1.742E+00 1.3.0C9E+00 2.4.2B7E+00 4 .5.567E+00 5.

394E-32755E-C1SOIE-CI132E+C0743E+CC009S+CC287E+CC573E+CC

-5 .0

M N

1.384E-321.755E-01E.ÊC2E-011.132E+031 .742E+003.O09E+OO4.293E+005.664E+00

-4 .0

1.383E-321.755E-015.801E-011.132E+001.742E+003.015E+004.384E+035.217E+00

-3 .0

1 .383E-321 .755E-015 . 801E-011 .132E+001 .74BE+003.105E+003.93BE+004.618E+00

-2.0

U I T

1 .3345-321 .756E-01S.839E-011 .169E + 301 .B30E+002.652E+003.223E+335.263E+00

-1 .0

•1 .4355-021 .867E-016.241E-011.099E+001.3E5E+001.9E0E+003.B27E+006.12EE+00

O.C

1.466E-021 .451E-012.912E-C13.732E-01S .760E-0 11.995E+004.2I1E+0Ûe .S17E+00

1.0

2.94 6E-C3S.225E-C31.945E-C27 . E U E - 022.4 02E-C12.01 OE 4-004 .241E+00É . E 3 7 E + C 0

LOG S / S ' * - 1 . 3

LOG K-R2/KB2 -7 .0

TT/R2S R A B

1 . O O O E - 0 13 . 1 Ó 2 E - 0 11 . O O O E + 003 .162E+001 . O O O E + 011 . O O O E + 021 .030E + 031 .3 33E+04

1 .334E-021.755E-015 . 8 C 2 E - 0 11.132E+OOI.742E+003.C09E+004.257E+005.367E+00

- 6 . C

T T E

1 .334E-221 .755E-C15.£OIE-Cl1.132E+001.7A3E+CC3.00ÎE + C C4 .267E+CC5.57 3E+C0

- 5 . 0

M E N

1.384E-021 .7E5E-01E.802E-011.132E+3 31.742E+003.C09E+004.293E+00E.666E+00

- 4 . 0

T S

1 .383E-321.755E-015.801E-011.132E+031 .742E+003.015E+004.386E+035.346E+00

- 3 . 0

R E C

1.333E-321.755E-0 15.B01E-011.132E+0 31 .74BE+003.107E+004.0ÓÓE+005.405E+00

- 2 .0

U I T

1 .334E-021 .755E-015.839E-011.1&9E+301 .332E+002.779E+004.137C+30Ô.341E+00

-1 .0

1.434E-021.B67E-016.2E3E-011.116E+301 .459E + 002.692E+004.903E+007.204E+00

O.C

1 .470E-021 .476E-01;.2366-01E.331E-011 .042E + 002.C1£E+OOE.297E+007 .604E + 00

1.0

2.14SE-C31 .410E-02É.277E-C23.096E-019.77eE-Cl2.047E+00E.222E+C07.Ê41E+00

PUITS A PENETRATION DE 0 .0 A C.£ ET PIEZCVETRE OUVERT DE 0.0 A 3.4

ABAQUE POUR L'INTERPRETATION DE POMPAGES EN NAPPE LIBRE ANISCTROPEf

DANS L 'HYPOTHESE DE NEUMAN, SELCN FORMULES DE BOULTCN - STRELTSOVA

TABLEAU 4 7

FENETRATIONCU PUITS DEPCMPAGE (4)

P E N E T k A T l O NDUPIEZJMETKE Í7)

R > | AN I SO T R O P E7 ç «

/ / / / / / / / / / / / / IMPEKMEAELE

LOG S/S« = - 3 . 0

LOG K ' R 2 / K 8 2 - 7 . 0

T T / R 2 S R A B

I.00OE-013.162E-011 .OOOE+003.162E+001 .030E+011 .000E+021.OOOE+031.100E+04

- 6 . 0

T T

- 5 . 0

M E N

4.C93E-025.IO9E-011.718E+003.3E3E+005.161E+00S.910E+001.2 67E+01I.631E+01

A.0Ç75-C2 4.C93E-025.158E-01 E.197E-011.718E+CC 1.717E+C02.353E+00 3.346E+03S.lEeE+CC E.135E+00B.E34E+00 6.733E+001.2E1E+01 1.192E+011.570E+C1 1.365E+01

- 4 . 0

T S

4.091E-325.178E-011.703E+003.296E+005.002E+008.157E+009.889E+301.022E+01

- 3 . 0

R E C

4.036E-0 25.055E-011.635E+003.090E+004.520E+006.233E+00Ó.55ÓE+006.705E+00

-2.0

U I T

3.814E-324..604E-011 .402E+002.374È+032.945E+003.25SE+003.356E+304.093E+00

-1 .0

3.075E—023.015E-016.67 5fc-Cl8.Ó37E-019.412E-019.87BE-011.35ÎE+0Û3.176E+00

O . C

9.e37E-036.128E-021 .063E-011 .156E-011 .21ÊE-011.Ç96E-019.460E-013.014E+00

1.0

1. Cl CE-032.094E-032.298c-C32.945E-C3£.£00E-C36.367E-C21.016E+00

LOG S / S ' = - 2 . 5

LOG K ' R 2 / K B 2 - 7 . 0

T T / R 2 S R A B

1 . O O O E - 0 13 . 1 6 2 E - 0 11 .000E+003 . 1 Ö 2 E + 0 01 .000E + 011 .OOOE-t-021 . O O O E + 031 .330E+04

4 . 0 Ç 8 E - 0 25 . 1 Ç 9 E - 0 1J .71SE + 003 .3E3E+005 .161E+008.910E+001.267E+011.621E+01

- 6 . C

k T T E

4 . 0 9 7 E - C 2S .198E-011.718E+CC3 . 3 5 3 E + C 05.15eE+CCe.£34=+CCI.2E1E+C11.570E+C1

- 5 . 0

M E N

4 . 0 9 8E-32E. I S7E-011 .717E+003 . 3 4 6= 4-0 3E . I 3 5 E + 0 0E.733E+001.1Ç2E+011 .366E + 01

- 4 . 0

T S

4.091E-025.178E-011 .703E+003.296E+005.002E«-008.157E+009.893E+001.02 7E+01

- 3 . 0

R E C

4.343E-3 25.056E-011.635E+003.090E+034.520E+00Ó.23ÓE+006.559E+036.996E+00

-2.0

U I T

3.814E-024.604E-011 .402E + 002.374E+302.946E+003.278E+003.559E+005.100E+00

-1 .0

3.073E-023.015Ü-016.677E-018.6S5E-019.A52E-01l.OSÛE+002.046E+0ÛA.376E+00

O.C

S.£43E-036 .140E-021.C94E-011.20SE-011.392E—012.S30E-011 .912E + 004 .139E+00

1.0

1 . 0 3 6 E - C 32 . 2 3 4 E - C 32 . E 6 2 E - C 3S . 1 2 0 E - 0 31 . 4 3 2 E - C 23 . 2 2 1 E - C 11 .Ç95E + C0

LOG S / S ' = - 2 * 0

LOG K ' R 2 / K B 2 - 7 . 0

T T / R 2 S R A B

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 003 . 1 S 2 E + 0 01 . O O O E + 011 .000E-I-021 . O O O E + 0 31 .033E + 04

4 . C 9 8 E - 0 25 .199E-011.718E+003.3E3E4-005.ieiE+00S.910E+001.2 67E+011.631E+01

- 6 . 0

T T E

4 . 0 9 7 E - 3 25 .1985-011.7 ieE+CC3 . 3 5 3 E + C 0E . 1 E E E + C C

1.2E1E+C11.571E+C1

- 5 . 0

M E N

4.09eE-02E.I97E-011.717E+003.346E+03E.135E+00£.733=+001.192E+011.367E+01

4.091E-D25.178E-0I1.703E+003.296E+005.002E+008.157E+009.905E+001.039E+01

-3.0

R E C

4.043E-0 25.056E-011.635E+003.090E+004.520E+00ó.243E+006.689E+0 37.639E+00

-2.0

U J T

3.811E-024.603E-011.402E+002.374E+002.950E+003.341S4004.33*E+3û6 •36dc

-1 .0

3.oeae-o23.014E-016.68EE-018.711E-019.743E-011.352E+003.ieac+oo5.527E+00

O.C

5.E64E-036.180E-021.129E—01

1.S56E-019.416E-013.006E+305 .270E + 00

1.0

1.0S9E-C32.682E-C34.e74E-C31.390E-02í .24 0E-C21.CC9E+C05.076E+CCE.349E+00

LOG S/S' = -1 .5

LOG K ' R 2 / K B 2 - 7 . 0

T T / R 2 S R A B

1 . O O O E - 0 13 . 1 5 2 E - 0 11 . O O O E + 0 03 . 1 6 2 E + 0 01.000E+011 . 000E+021 . 0 0 0 E + 05î . 0 J 3 E + 0«-

4.0Ç3E-025.199E-011 .71BE+003.3E3E+005.161E+00S.?10E+O01.267E+011.6Î1E+01

- 6 . 0

T T E

4.3Î7Î-025.1Ç3E-011.718E+003.353E+C0E.158E+CCe.684E+CC1.251E+C11.571E+01

- 5 . 0

M E N

4.3S8E-32E.197E-011.717E+003.346E+O0E.135E+C0E.733E+001.192E + 011.372E+01

- 4 . 0

T S

4.391E-325.178E-011.703E+003.296E+035.002E+00S.159E+009.941E+001.070E+01

- 3 . 0

R E C

4.042E-0 25.055E-011.635E+003.090E+304.520E+006.267E+006.962E+003.694E+00

-2.0

U I T

3.804E-024.601E-011 .402E + 002.375E+002.9Ó2E+003.526E+005.072E+307.579E+00

-1 .0

3.0E3E-023.012E-016.703E-018.890E-011 .052E + 002.023E+004.3EOE+00Ó.Ó60E+00

O.C

9.932E-036 .307E-021.Z37E-011.870E-013 .784E-01l.£89E+004.113E+006 .40SE + 00

1.0

1.293E-C34.1A6E-C31.2É1E-C2E.e99E-C23.097E-C11.Ç70E+C0

e.4eeE+co

LOG S / S ' = - 1 . 0

LOG K ' R 2 / K B 2 - 7 . 0

T T / R 2 S R A B

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 003 . 1 6 2 E + 0 01 . O O O E + 0 11 . O 0 0 E + 021 . O O O E + 031 . 3 D 3 E + 04

4 . C Ç S E - 0 25.1 Ç9E-011.713E+003.3E3E+005.16ÎE+003.910E+031.267E+011.621E+01

- 6 . 0

T T E

4.3 97=-C25.193E-011.713E+C03.353E+C05.15eE+CCe.E34=+CC1.2Ï2=+C11.E72E+01

- 5 . 0

M E N

4.398E-325.1Ç7E-011.717E+C03.3A5E+0ÛE.I35E+00e.734=+001.193=+011.383E+01

4.093E-325.178E-011.703E+003.295E+005.002E+00S.165E+001.004E+011.131E+01

- 3 . 0

R E C

4 .037E-325.054E-011.635E+003.389E+034.522E+00Ó.339E+007.548E+309.919E+00

- 2 . 0

U I T

3 . 7 8 2 E - 0 24 .595S-011 .401E + 002 .383E+302 .993E*003 .997E+306 .2d2E+338 .677E+00

-1 .0

3.00SE-023.00ÓE-016.782E-019.439E-311.277E+003.0Ô7E+005.444E+337.735E+00

O.C

1.019E-02e.712E-021.E79E-013.456E-01ö .E13E-012.S28E+0C£ .19ÊE + 007 .494E+00

1.0

l.£44E-C39.163E-024.9¿£E-C22.619E-C19.4E4E-C13.001E+C05.277E+C07.EC2E+C0

PUITS A PENETRATION DE 0.0 A C.£ ET PIEZOÊTRE OUVERT DE 0 .0 A 0.2

ABAQUE POUP L'INTERPRETATION DE FOMPAGES EN NAPPE LIBRE ANISCTROPE f

DANS L'HYPOTHESE DE NEUMAN, SELCN FORMULES DE BOULTCN - STRELTSOVA

TABLEAU 4 8

NAPPE0 .0 -

0 . 2 -

0 . 4 -

0 . 6 -

0 . 3 -

1 . 0 -

PENETRATIONCU FUITS DEFCMFAGE (4)

LIERE |<

44-44-

PENETRATIONDUPIEZUHETRE (B)

-R > | AN ISOTROPE-B ci

B_B

4-4 +-K

/ / / / / / / / / / / / / 1MPERMEAELE / / / • / / / • / / / / •

- LOG S/S« = - 2 . 0

~ LOG K - R 2 / K B 2 - 7 . 0

- T T / R 2 S R A B

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 0 03 .162E+001 .OOOE+011 .000E + 021 .OOOE-t-031 .030E+04

4 .046E-025.1 33E-011 .6Ç6E+003.211E+005.0ÇEE+006.7Ç3E+001.248E+011.E91E+01

- ó . O

T T E

4 . Q 4 5 E - 3 25 .122E-C11.6S6E+CC3.3C9E+CC5.089E+CCE.741E+CC1.217E+011.475E+01

- 5 . 0

M E N

4 . 0 4 5 E - 0 2E . 1 2 B E - 0 11.693E+003 .295E+00E . C 4 2 E + 0 0Ê.439E+001.1 C2E+011 .211E + 01

4.033E-J25.092E-011.667E+003.195E+004.777E+007.334E+008.420E+00Ü.603E+00

- 3 . 0

R E C

3.929E-024 .646E-011.530E+002.784E+003.858E+004.932E+005.108E+JO5.254E+00

- 2 . 0

U I T

3 . 4 8 B E - 0 23 . 9 4 Ö E - 0 11 .093E + 001 .726Ê+302.061E+002.230E+002.324E+003 .055E+00

- 1 . 0

2 . 1 9 a E - 0 21.947E-014 .036E-015 .129E-015 .540E-015 .9£8E-019 . 6 2 S E - 0 12 .746E+00

O . C

E . E 9 7 E - 0 32 . 263E-02S . 6 9 E E - 0 2Ê . 1 6 1 E - 0 2£ .714E-021 . 4 2 C E - C 18 . £ 7 E E - 0 12 .É83E+00

1.0

S .313E-041 .116E-C31.22eE-032 . 0 0 7 E - C 34 . 3 E 3 E - C 3e.2eic-c2S.961E-013.041E4-CC

LOG S / S ' = - 2 . 5

OG K ' K 2 / K B 2

T T / R 2 S

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E t O O3 . 1 6 2 E + 0 01 . O O O E + 011 . 0 O 0 E + 021 . O O O E + 0 31 . O D O E + 0 4

- 7 . 0

R A B A

4 . C 4 6 E - 0 25 .133E-011.6Î6E+003.311E+00E.095E+00e.793E+001.248E4-011.5S1E+01

- 6 . 0T T E

4.045E-325.132E-011.69EE-Í-003.3C9E+00E.03SE+COe.741=*CC1.217EÍ-C1l.t75E+01

- 5 . 0

M E N

4 .04SE-D2E.12 8E-011.693E+003.295E+03E.042E+006.439E+001.102E+C11.211E+01

- 4 . 0

T S

4 .D32E-325.092E-011.667E+003.195E+3 04.777E+007.334E+00S.424E-I-008.64 9E+00

- 3 . 0

R E C

3 . 9 2 S E - 0 24 . S 4 5 E - 0 11.530E+002.784E+003.858S+004.934E+005.142E+005.543E+0 0

- 2 . 0

U I T

3.4Ô6E-023.946E-011.093E+001.72ÓE+002 .0Ó2E+O02.250E+002.525E4304.051E+00

- 1 . 0

S

2 .194E-021.946E-014.033E-015.147E-015.620E-016.877E-011.641E+003.916E+00

O.C

E.61EE-033 .279E-02£.£11E-026.£48E-0£e .411E-023.2SeE-011.E07E+002.989E+00

1.0

E.£53E-041.2e2E-C31.9E9E-C34.2e9E-C31.3Ê7E-C23.160E-011.9£OE+C04.160E + 00

LOG S/S« * - 2 . 0

LOG K « R 2 / K B 2 - 7 . 0

T T / R 2 S R A B

1 . O O O E - 0 13.162E-011 .000E4-003.162E+001.OOOE+011 .OOOE+021.OOOE+031.000E+04

4.04aE-025.133E-01

3.311E+00E.0Í5E+00e.793E+001.248E+011.E91E+01

- 6 . 0

T T E

4 .D45E-025.132E-C11.«Ç6E+C03.3C9E+005.C39E4-CC8.741E4-CC1.217E+011.476=+01

- 5 . 0

M E N

4.04 5E-025.128E-011.693E+003.295E+00E.C42E+00£.439E+001.102E+011.213E+01

- 3 . 0 - 2 . 0 - 1 . 0

R E C U I T S

4.032E-02 3,5.092E-01 * ,1.66 7E+0 0 1,3.195E+00 2,4.777E+00 3.7.334E+00 4,8.435E+00 5.8.777E+00 6,

927E-0 2845E-01530E+00783E+D0858E+00941E+00241E+00182E+0 0

3. 479=-023 .944E-011 .0S7E + OO1 .726E + 002.066E+002.312E400

5.295E+00

2.165E-021.944E-Û14.09EE-015.204E-015.e71E-019.560E-012.739E+005.040E+00

O . C

E.Ê76E-033 .330E-02£.16eE-026.195E-021 .38EE-01e.61ËE-012.e7£E+005.109E+00

1.0

1 . e i O E - C 34 . C 9 3 E - C 31.329E-02C . 1 4 E E - C 29 .697E-C1¿.033E+C0E.292E+CC

LOG S/S« x - 1 . 5

LOG K ' R 2 / K B 2 - 7 . 0

T T / R 2 S R A B

J . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 003 .152E+001.OOOE+011 . O O O E + 0 21 . O O O E + 0 31 .033E+04

4 .046E-025. 133E-011.69 6E+003.311E+00E.095E+00E . 7 93E+001.2ASE+011.E91E+01

-6. C

T T E

4.0455-025.132E-011.696E+0C3.3C9E+005.039E+CCE.741E+C01.217E+C11.476E+C1

- 5 . 0

M E N

4.045E-02E.128E-011.693E+C03.295E+0 3E.042E+00Ê.439E+C01.102E+011.217E+01

- 4 . 0

T S

4.031E-025.092E-011.666E+003.195E+004.776E+007.335E+003.469E+039.066E+00

- 3 . 0

R E C

3 . 9 2 2 E - 0 24 . Ô 4 4 E - 0 11 . 5 2 9 E + 002 .783E+0 33 . S 5 7 E + 0 04 . 9 6 4 E + 0 05 .513E+037 . 2 2 5 E + 0 0

-2.0

U I T

3.459E-023.933E-011 .096E + 001 .72ÓE + 302.07ÓE+002.49ÓE+004.323E+006.476E+00

-1.0

2.154E-021.939E-ÜI4.115E-015.334E-016.645E-011.61SE+003.891E+006.I46E+00

O . C

E.E72E-033 .494E-027.297E-021 .314E-013 .161E-011 .765E + 003.56cE+00£ .239E + 00

1.0

1.001E-C33.5ie£-C31.21ec- C2E.Ê29E-C23.042E-C11.936E+CC4.125E+CC£.429E+CC

LOG S / S ' = - 1 . 3

LOG K ' R 2 / K B 2 - 7 . 0 - £ . C

T T / R 2 S R A B A T T

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 0 03 . l£2E+001.OOOE+01î . O O O E + 0 21 . O O O E + 031 .300E+04

4.046E-02 4.045E-S25.133E-01 5.132E-0I1.6ÍÓE+00 l.éî£E+CO3.311E+00 3.2C9E+005.0Ç5E+00 E.C69E+CCe.793E+00 8.741E+C01.24eE+01 1.217E+011.591E+01 1.477E+01

- 5 . 0

M E N

4 . 0 4 4 E - 3 2E.128E-011.693E+003 .295E+00E . C 4 2 E + 0 0E.438E+001.1C3E+011.228E + 01

- 4 . 0

T S

4.02 9E-325.091E-011.666E+003.194E+034.775E+007.33ÓE+008.563E+039.690E+00

- 3 . 0

R E C

3 . 9 0 7 E - 0 24 . 8 3 9 E - 0 11 .528E + 002 .783E+003 .855E+005 .030E+006.094E+038.428E+00

-2.0

U I T

3.396E-323.920E-011.093E+001.726E+302.103E+002.964E+305.212E+337.E49E+00

-1.0

2.0S3E-321.923E-014.1S2E-015.938E-016.903&-012.6£4E+004.964E+007.224E+00

O.C

£.E53E-034 .021E-021 .C8£E-012.679E-01e .C7£E-012.E04E+00E.042E+307 .328E+00

1.0

1.937E-C39.195E-C34.924E-C22.776E-C19.2S4E-C12.9EeE+00Í.223E+007.E24E+C0

PUITS A PENETRATION DE 0.0 A C.£ El PIEZCÊTRE OUVERT DE 0.4 A 0.6

A9AOUE POUR L'INTERPRETATION DE FCMPAGES EN NAPPE LIBRE ANISCTROPE,

DANS L'HYPOTHESE DE NEUMAN, SELCN FORMULES DE ÖOULTCN - STRELTSOVA

TABLEAU 4 D

FENETPATIONCU FJITS DEFCMFAGE (4)

PENETRATIONDUPIEZOMETRE (DJ

R >j ANISOTROPE

///////////// IMPEftMEAELE

LOG S / S ' = - 2 . 0

LOG K'R2/KB2 - 7 . 0

TT/R2S R A B

1 . O O O E - 0 13 .162E-011 . O O O E + 003 .162E+001 .000E+011 .O0OE-(-021 .000E+031.000E+04

4 .099E-025.199E-011.718E+002.3E3E+005.1616+00S.910E + 001.267E+01I.621E+01

- 6 . 0

T T E

4 .39SS-025.199=-CI1.71EE+CC3.3535+CCE.156E+CC8.6e4=+CC1.2E15+C11.573E+01

- 5 . 0

M E N

4 . C 9 e E - 0 2£.1 97E-011.717E+003 .346E+03£.135E+00e.733E+001 . I94E + 011.416E+01

—4.0

T S

4.092E-325.179E-011.703E+003.296E+005.002E+00a.ieoE+oo1.039E+011.1 06E+01

- 3 . 0

R E C

4.336E-325.055E-011.635E+003.090E+094.543E+O06.735E+007.405E+3D7.447E+00

-2.0

U I T

3.814E-324.606E-011.419E+002.539E + -303.410E+004.071E+004.112E+Û34.338E+00

-1 .0

3.170E-023.521E-019.173E-011.332E+001.5C7E+Û01.543E+001.737E+002.825E+00

O . C

1 .é74E-021 .267E-012 .271E-012 .521E-012 .564E-0I2 .392E-019 .949E-012.647E+00

1.0

2 . 3 4 4 E - C 34 . Ê 0 6 E - C 3S .156E-C36 . 2 4 2 E - C 2S.ee2E-C36 . 4 C 2 E - C 21.013E+003 . 0 4 C E • C C

LOG S/S« = - 2 . S

OG K ' R 2 / K B 2

T T / K 2 S

I . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 0 03 . 1 6 2 E + 0 01 . O O O E + 011 . O O O E + 02J .090E+031 .000E+O4

- 7 . 0

R A B A

4 . 0 9 9 E - 0 25. Î99E-0I1 .718E + 003 .3E3E+005. ie iE+008.9 I0E+00Î .267E+011.621E+01

- 6 . C

T T E

4 . 3 9 3 E - 3 25 . 1 9 9 E - C 11.71eE+OO2.353E+C0E.15e=+CC8.E64E + 0 C1.2Î1E+C11.573E+01

- 5 . 0M E N

4 . C 9 8 E - 3 25 . 1 9 7 E - 0 11 .717E + 003 . 3 4 6 E + 0 0E . 1 3 5 E + 0 0Ê .733E+001.194E+011.416=+01

- 4 . 0T S

4.391E-025.179E-011.703E+003.296E+035.002E+008.180E+001 . 0 3 9 E + 311 . 1 0 7 E + 01

- 3 . 0

R E E

4 . 0 3 6 E - 3 25 . 0 S 5 E - 0 11 . 6 3 5 E + 0 03 .090E+034 . 5 4 3 E + 0 06 . 7 3 5 E + 0 07 . 4 0 9 E + 3 07 . 5 0 4 E + 0 0

- 2 . 0U I T

3 . 8 1 4 E - 3 24 . 6 0 5 E - 0 11.419E+002 .539E+303 .410É+004 . 0 7 5 E + 0 04 . 1 6 3 E + 3 04 . 7 5 2 E + 0 0

-1 .0

S

3 . 1 6 8 E - 0 23 . 5 2 1 E - 0 19 . 1 7 7 E - 0 11.323E+301.510E+001.591E+002 .109E+033 . 8 1 2 E + 0 0

11222R

O . C

. £ 7 2 E - 0 2

.287E-01

. 2 8 0 E - 0 1

. 5 7 2 E - 0 1•76eE-01.2 ieE-01.£24£ + 0 0. 9 3 E E + 0 0

1.0

2 . 3 e i E - C 3E . C 4 7 E - 0 3É . 1 3 7 E - C 39 . 7 £ e E - C 32 . 3 2 E E - 0 23 . 4 7 2 E - C 11 . 9 6 4 E + C 04 . 1 S 7 E + C C

LOG S/S' = - 2 . 0

LOG K'R2/KB2 - 7 . 0

TT/R2S R A B

1 . O O O E - 0 13 .162E-011.OOOE+003 .162E+001.OOOE+011 . O O O E + 0 21.00OE+031.033E+04

4 .0 99E-025.199E-0I1.718E+003.353=+005.161E+003 .91 OF. + OO1 . 2 5 7 = + 0 11 .631E+01

- 6 . 0

T T E

4 . 3 9 S E - 0 25.199E-011.71SE+CO3.353E+C0E.156E+CC8.684E+0C1.2£1E+C1I.573E+C1

- 5 . 0

M E N

4 . 098E-325.1 97E-011.717E + 003 .346E+00E.135E+00Ê.733E+001.194E+011.416E + 01

- 4 . 0

T S

4 . 0 9 1 E - 0 25.179E-011.703E+003.296E+335.002E+00S.18 0E+0 01.039E+011.108E+01

-3.0

R E C

4.336E-025.05SE-011.635E+0Û3.090E+004.543E+006.735E+007.422E+007.668E+00

- 2 . 0

U I T

3 . 8 1 3 E - 3 24 .605E-011.419E+002.539E+003.410E+004 .08dE*004.329c*305.E11E+00

-1 .0

3.162E-023.519E-019.174E-011.334E+301.S20E+001.729E+002.827E+304.874E+00

0.0

1.667E-021 .289E-012.410E-012. 7225-012 .342E-015.£82E-012.Ê39E+00£ .049E + 00

1.0

2.4S4E-C3E.6 03E-039.372E-C32.26eE-02e.221E-C21.0C7Ë+C03.021E+OC

ec

LOG S / S ' - 1 . 5

LOG K ' R 2 / K B 2 - 7 . 0

T T / R 2 S R A B A

1 . O O O E - 0 13 .162E-011.OOOE+003 .162E+001.OOOE+011 . O O O E + 0 21 .OOOE+031.300E+04

4 .C99E-025 .199E-011.71SE+002.3£3E+005.161E+00S.910E+001.267E+011.621E+01

- 6 . 0

T T E

4 .393E-025.199E-011.718E+0CÏ.353E+C0E.153E+CCe.634E+CC1.ZE1E+CI1.573E+C1

- 5 . 0

M E N

4 . 0 9 8E-325 .197E-011.717E+003.346E+03S.135E+C0Ê.733E+001.194E+011.416E+01

- 4 . 0

T S

4 . 0 9 1 E - 3 25 .179E-011 .703E+003.29ÓE+035.002E+008.180E+001.039E+311.112E+01

- 3 . 0

R E C

4 . 3 3 5 E - 0 25 .055E-011 .635E+003 .090E+004 .542E+006 .734E+007.461E+008.070E+00

- 2 . 0

U I T

3 . 8 1 1 E - 0 24 . 6 0 4 E - 0 11 .419E + 002 .536E+003.409E+004.126E+004.724É+306

-1 .0

2.143E-023.513E-019.164E-011.327E+301.551E+002.082E+003.784E+005.955E+00

0.0

1.650E-021 .292E-012 .502E-012.226E-01« .046E-011.801E+003.510E+Û06 .176E+00

1.0

2 . 8 4 e E - C 36 .222E-032 . C 9 0E-C27 .e2£E-023 . 3 4 C E - C 11.940E+CO4.122E+C0Ê . 4 2 E E + C C

LOG S/S" « - 1 . 3

LOG K« K2/KB2 - 7 . 0

TT/!52S R A B

! . O O O E - 0 13 . 1 6 2 E - 0 !: .030E + 003 .152E+001 . O O O E + 011 . Û O O E + 021.030E+031.033E+04

4 . 099E-025.1Ç9E-011.718E+003.3E3E+005.ieiE+003.910E+001.267E+011.621E+01

-6.0

T T E

4.098E-325.1Ç9E-011.716E+CC3.353E+C05.1EEE+0Ce.ee4=+cc1.2Ï1E+C11.573E+C1

- 5 . 0

M E N

4 . 0 9 8 E - 3 25.1 S7E-011 .717E+C02.346E+03E.135E+0CE.733E+001.194E+C11 .415E + 01

-4 .0

T S

4 . 3 9 1 E - 3 25.179E-011 .703E + 003.296E+505.002E+008.179E+001.039E+011.123E+01

- 3 . 0

R E C

4 . 0 3 4 E - 0 25 . 0 5 5 E - 0 11 .635E+003 . 3 9 0 E + 0 04 .541E + 006 . 7 3 0 E + 0 07 . 5 6 9 E + 0 08 . 7 7 0 E + 0 0

-2.0

U I T

3.332E-324.602E-011.113E+002.53ÔE+333.405E+004.233E+005.424E+307.495Ë+00

-1 .0

3.035E-023.495E-019.124E-011.348E+301.Ê39E+002.744E+004.7S1E+307.026E+00

0.0

1.632E-021.306E-0I2.7e9E-Cl4.658E-019 .2Ó1E-012.764E+004.977E+007 .262E+00

1.0

3 . 6 Ç 0 E - C 31 . aO4E-026.7 .C0E-C22.oeeE-oi9 .4 52E-C15.220E+CO7.Î21E+C0

PUITS A PENETRATION DE 0 . 0 A C . £ ET PI EZCfE TR= OUVERT DE 0 . 6 A 1.0

ASAQUE POUR L • INTEP=>R ETAT 10 N OE POMPAGES EN NAPPE LIBRE A N I S O T R O P E ,

DANS L ' H Y P O T H E S E DE N E U M A N , SELCN FORMULES DE SOULTCN - STRELTSGVA

TABLEAU 4 F


NAPP3 . 3 -

0 . 2 -

0 . 4 -

0 . 6 -

0 . 8 -

1 . 0 -

PcNETRATIONDUPIEZOMETRE (F)

fc > j AN ISOTROPE

F/•//////////./ IMPERMEAELE /////////////

LOG S / S ' = - 3 . 0

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0

T T / R 2 S P A B A T 7

1 . 0 O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 0 03 .162E+001 .OOOE+011 . O O O E + 0 21 .000E+031.300E+04

I .¿24E-06 1 .341E-1 . 7 3 7 E - 0 5 1 . 7 4 5 E -5 . 7 3 8 E - 0 5 E . 7 3 B E -1 .123E-04 1 .121=-1 .726E-04 1 .724S-2 . 9 8 1 E - 0 4 2 . e O 2 = -4 . 0 7 1 E - 0 4 2.5eiE4 . 2 4 5 E - O 4 1.661E

- 5 . 0 '

M E N

3É 1.413ECE 1.753EC504 1C4 1C4 1C4 102

06 1 . 3 5 3 E - 0 605 1 . 6 4 9 E - 0 505 4 . 6 2 9E-0 504 5 . 9 4 B E - 0 504 6 . 0 7 5 E - 0 504 1 . 6 2 7 E - 0 2

6 . 3 3 2 E - 3 1

7 35E-O97E-554E722E-É44E-

É .346E-01 1 . 4 7 7 E + O O= - 0 2

- 3 . 0

R E C

7 . 5 8 3 E - 0 73 . 7 5 8 E - 0 64 . 5 4 5 E - 0 62 . 3 0 Ó E - 0 41 . 5 7 0 E - 0 26 . 2 9 2 E - 0 11 .471E+001 .510E+00

-2.0

U I T

0.39 .5365-051 .139Ê-021 .392E-015.9ÍÓE-011 .424E+001.463EO31 .615C + 00

- 1 . 0

6 . 4 E 4 E - 0 44 . 4 8 0 E - 0 23 . 5 2 5 E - 0 18 .5e7E-0 i1 .101c+001.133E+001.279E+302 . 1 7 1 E + 0 0

O.C

1 . 2 3 4 E - 0 21 .E49E-013 . 0 5 Î E - 0 13 . 2 6 1 E - 0 13 . 2 2 3 E - 0 14 . 1 1 1 E - 0 11 .02EE+002 .e iOE+00

1.0

3 . 2 6 9 E - 0 3e.esee-ca7.1 C2E- C3C 3 7 1 E - 0 31.260E-C2S.3E0E-C21.020E+OG2.03SE+CC

=2 LOG S/S« = - 2 . E

OG K ' R 2 / K B 2

T T / R 2 S

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 0 03 .162E+001 .OOOE+011 .000E4-021 .000E+031 .0D3E+04

• G S /S« = —

- 7 . 0

R A B A

1 . 4 3 0 E - 0 61 . 7 3 2 E - 0 55 . 7 3 5 E - 0 51 . I22E-041 . 7 2 5 E - 0 42 . S S 2 E - 0 44 . 0 7 8 E - 0 44 . 2 4 5 E - 0 4

- 6 . C

T T E

1 . 3 4 0 E - C 61 . 7 4 e = - 0 S5 . 7 4 2 E - C 51 .1215-041 . 7 2 4 E - C 42 . £ 0 2 = - C 42 . S 7 A E - C 41 . 6 6 1 E - 0 2

- 5 . 0

M E N

1 . 4 4 3 E - 0 61 . 7 5 9 E - C 5E . 7 3 Ç E - 0 51 . 0 9 9 E - 3 41 . E 5 8 E - 0 41.7l'0E-041 . C 4 2 E - 0 2Ê .345E-01

- 4 . 0

T S

1 . 3 5 3 E - 0 61 . 6 5 1 E - 0 54 . 6 3 3 E - 0 55 . S 1 2 E - D 55 . 9 2 9 E - 0 51 .62 6 E - 0 26 . 3 3 1 E - 0 11 .479E+00

- 3 . 0

R E C

5 . 6 9 5 E - 0 73 . 0 8 3 E - 0 62 . 7 4 7 E - O 62 . 2 6 3 E - 0 41 . 5 6 8 5 - 0 26 . 2 9 0 E - 0 11.473E+0 01 .546E+00

- 2 . 0

U I T

0 . 39 . 1 7 3 E - 0 51 . 1 3 8 E - 0 21 .391E-015 . S 1 4 E - 0 11 .426£ + 001 .499E + 331 .916E + 00

- 1 . 0

S

6 . 3 4 6 E - 3 44 . 4 7 7 E - 0 23 . 5 3 4 E - 0 1Ô . 5 e 7 E - 0 11 .1 02E-t-0 01 .171E+001 .5Ó2E+003 .076c+00

11

2

c

ï

0.0

. 2 3 1 E - 0 2.546E-01• O ô d E - 0 1. 3 0 9 E - 0 1.502E-01.e46E-01.E IOE+00.Ë91E+00

2ÉE1Z214

1.0

• 3 0 5 E - C 3. S E 9 E - C 3. 2 4 0E-.C3. 2 4 5 E - 0 2. 7 8 2 E - C 2• eosE-ci.S65E+0C.156E+C0

OG K ' R 2 / K B 2T T / R 2 S

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 0 03 . 1 6 2 E + 0 01 . O O O E + 0 11 .000E+021 . O O O E + 0 31 . D O O E + 0 4

- 7 . 0R A B A

1 . 4 C 6 E - 0 61 . 7 3 6 E - 0 55 . 7 3 6 E - 0 51 .122E-041 .726E-042 . 9 7 9 E - 0 44 . 0 7 5 E - 0 44 . 2 4 1 E - 0 4

-í . 0T T E

1 . 3 5 5 H - 3 É1 . 7 4 7 E - C 5E . 7 4 1 S - C 51 .1225-041.7255-042 . e O 6 H - C 42 . 9 5 4 S - C 41 . 6 5 9 E - C 2

- 5 . 0M E N

1 . 4 2 7 E - 3 61 . 7 6 3 E - 0 5E . 7 5 0 E - 0 51 .100E-041 .555E-041 .661E-041 . 6 3 8 E - 0 26 .341E-01

- 4 . 0T S

1 . 3 9 2 E - 0 61 . Ó 5 3 E - 0 54 . 6 0 7 E - 0 55 . 7 6 5 E - 0 55 . 4 9 6 E - 0 51 . 6 2 2 E - 0 26 .32 7E-311 .485E+00

- 3 . 0R E C

0.01 . 6 3 6 E - 0 60 .02 . 1 3 0 E - 3 41 . 5 6 4 E - 0 26 . 2 8 7 E - 0 11 .479E+001 .654E4-00

- 2 . 0U I T

0 . 07 . 8 8 8 E - 0 51 . 1 3 4 E - 0 21 .393E-015 . 9 1 1 E - 0 11 .432E + 001 . 6 0 Ó E + 002 . 5 3 9 E + 0 0

- 1 . 0S

6 . 0 1 1 E - 0 44 . 4 6 6 E - C 23 . 5 3 1 E - 0 1B . 5 e 6 E - 0 11 .10Et+001 .270E+002 . 1 6 3 E + 3 04 . 1 1 4 E + O 0

O . C

1 . 2 2 2 E - 0 21 .548E-013 . C 9 0 E - 0 13 . 4 6 0 E - 0 14 .054E-011 . O 1 Ë E + O O2 . E 0 2 E + 0 05 .002E + 00

1.0

3 . 4 1 S E - C 37 . e i5E-031 . 1 9 7 E - C22 . 7 1 3 E - C 29 . 1 6 4 E - C 21 .014E+003 . 0 3 1 E + C OE . 2 6 7 E + C C

LOG S /S« - l . E

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . C


! . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 0 03 . 1 6 2 E + 0 01 . O O O E + 0 11 . O O O E + 0 21.000E+031 . O O O E + 0 4

1 .421E-06 1 . 3 7 6 E -1 . 7 3 3 E - 0 5 1 . 7 E 1 E -5 . 7 3 9 E - 0 5 5 . 7 E 2 H -1 . 1 2 3 E - 0 4 1 .124=-1 .728E-04 1.730=2 . 9 9 0 E - 0 4 2 .804=4 . 0 8 2 E - 0 4 £.911=4 . 2 4 7 E - 0 4 1 . 6 5 5 E -

- 5 . 0

K E N

- 4 . 0

f S

06 1.463E-OE 1 .762E-C5 E . 7 6 3 E -04 1.0S8S-

1 .E42E-C4 1.527E-04 1 .624E-C2 6 .328E-

- C 4

- 3 . 0

R E

06 1 . 0 0 1 E - 0 6•05 1 . 5 6 7 E - 0 5•05 4.4O3E—0504 5 . 2 9 6 E - 3 504 4 . 1 4 3 E - 0 5•04 1 . 6 0 9 E - 0 202 6 . 3 1 6 E - 0 101 1 .503E+00

- 2 . 0

U I T

0 .3 0 . 00 . 0 3 . 9 0 1 E - 0 50 . 0 1 . 1 2 2 E - 0 21 . 7 3 0 S - 0 4 1 .336E-011 . 5 S 1 E - 0 2 5 . 8 9 9 E - 0 1Ó . 2 7 5 E - 0 1 1 .4S1E+001 .496E+30 1 .883E+301 .938E+00 3 . 4 3 7 E + 0 0

-1 .0

4.942E-044.433E-023.521E-018.583E-011 .125E + 001.526E+003.348E+305.190E+00

O.C

1.194E-021.E45E-013.16EE-013.921E-31E.656E-011.786E+00Î.Ê6ÊE+00£ .12CE+00

1.0

3 . 7 e O E - C 31 . 0 5 S E - C 22 . 5 C 3 E - C 26 . 7 3 3 E - C 23 . 4 7 C E - C 11 .Ç42E+C04 . 1 3 1 E + C C6 . 4 2 4 E + C 0

LOG S / S ' = - 1 . 3

LOG K « R 2 / K B 2 - 7 . 0 - £ . 0


1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 0 03 .162E+001 .OOOE+011 . O O O E + 0 21 . O O O E + 031 .300E+04

1 .376E-06 1.372='1 . 7 3 2 E - 0 E 1.752=-5 . 7 3 4 H - 0 5 E.7E5S-1 . 1 2 4 E - O 4 1.12 6Ï-1 .729E-04 1.730=-2.9=>2E"-04 2.7905-' . O E l E - 0 4 2.769E-4 . 2 3 5 E - 0 4 1.640=-

- 5 . 0

K E N

- 4 . 0

T S

- 3 . 0

R E

0£ 1 . 4 4 3 E - 0 6 7 . 3 5 4 E - 3 7 3 . 0C5 1 . 7 5 6 E - C 5 1 . 4 4 4 E - 0 5 0 . 0C5 E . 7 04E-05 4.015E—05 0 . 004 1 .082E-04 4 . 3 4 2 E - 0 5 4 . 4 1 O E - 0 5C4 1 . 4 S 5 E - C 4 1 . 1 7 5 E - 0 6 1 . 5 1 1 E - 0 204 1 . 0 8 S E - 0 4 1 . 5 6 8 E - 0 2 6 . 2 3 9 E - 0 1C4 1 . 5 8 0 E - 0 2 6 . 2 7 9 E - 3 1 1 .552E+00C2 6 .238E-01 1 .558E+00 2 . 5 0 4 E + 0 0

- 2 .0

U I T3 .30 .01 . 0 8 2 E - 0 21 . 3 7 3 E - 3 15 . B 6 4 C - 0 11»504E+002 . 4 2 2 E + D 04 .422E. + 00

-1 .0

1.5Í2E-044.326E-023.450E-018.574E-011 .173E + 002.079E+004.029E+006.254E+Û0

0.0

1 . 1 1 2 E - 0 21 .E38E-012 . 2 S 2 E - 0 1S .227E-019 . 5 2 E E - 0 12 .72EE+004 .929E+007.212E+00

1.0

<!.e£4E-C31 . Ç 3 1 E - C 27 . 4 9 6 E - C 23 . 1 9 2 E - C 1S . 5 2 3 E - C 12 . 9 E 7 E + C 0E . 2 1 8 E + 0 07 .S19E+00

PUITS A PENETRATION DE 0.4 A l.C ET PIEZCfETRE COMPLET

ABAQUE POUP L'INTERPRETATION DE FCMPAGSS EN NAPPE LIBRE ANISOTROPE,

DANS L'HYPOTHESE DE NEUMAN, SELCN FORMULES DE BOULTCN - 5TRELTS0VA

TABLEAU £ 1

NAPPE0 . 0 -

0 . 2 -

0 . 4 -

0 . 6 -

0 . 8 -

1 , 0 -

PENETRAT IONCU PUITS DEFCMFAGE (6)

LIERE j

-6—6

-ó6

-ô-6

-6-

PENETRATIONDUPlcZJMETRE (1)

->JANISOTROPE

1

IMPERMEABLE •////////•///

LOG S/S' -3.0

OG K ' R 2 A B 2TT/R2S

1 .00OE-013.152E-011 .OOOE+003.162E+00i.OOOE+OI1 . O O O E + 0 21 . O O O E + 0 31 .0 33E+04

- 7 . 0

R A B A

2 .491E-023.I59E-011.04AE+002.038E+003.126E+005.417E+007.717E+001.002E+01

- 6 . C

T T E

2 . 4 9 0 E - 3 23 . 1 5 9 E - C 11.0*4=+CC2.038S+003.136E+CCE.416S+C07.717E+CC1.0C2E+01

- 5 . 0

M E N

2 . 4 9 0 E - 3 23 . 1 5 9 E - C 11.. C4AE+0 02 .038E+033 .136E+00£.417=+007 .717E+C0Ç.Ç33E+00

- 4 . 0

T S

2 . 4 9 0 E - 3 23 .159E-011.044E+002 .J33E+0 03 .136E+005 . A 1 7 E + 0 07.628E+038.753E+00

- 3 . 0

R E E

2 . 4 9 0 E - 0 23 . 1 5 9 E - 0 11 .044E+002 . 3 3 8 E + 0 03 . 1 3 6 E + 0 05 .329E+006 .452E+036 .510E+00

- 2 . 0

U 1 T

2 . 4 9 0 E - 3 23 .159E-011.044E+002.332E+303.052E+004.163E+004.22JE+304.467E+00

- 1 . 0

S

2 . 4 9 1 E - 0 23 .136E-019 . 8 6 2 E - 0 11.671E+031.960Ë+002.032E+002 .2Ó4E+333 .5S0E+00

0.0

2 . 2 1 7 E - 0 2£ .113E-014 .033E-014 .28SE-014 .36ÊE-015 .354Ê-011.322E4-00C.429E+00

1.0

4 . 0 Í 9 E - C 3e . 2 E 9 E - 0 2Í . C 1 7 E - C 3S . 3 e 3 E - C 31 . 2 C S E - C 2e .202E-021.054E+C03.23tE+C0

LOG S/S' = -2.5

OG K'R2/KB2rT/R2S

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 0 03 .162E+001 . O O O E + Ol1 . O O O E + 0 21 .000E+031 .030E+04

- 7 . 0

R A B A

2 . 4 9 1 E - 0 23 .159E-011.04 4E+002 .038E+002 . 136E+00E.417E+007.717E+001.002E+01

- 6 . C

T T E

2.A90E-023.159E-C11.044Ç+CO2.03SE*CO2.136E+C05.416=+0C7.717E+CC1.CC2E+C1

- 5 . 0

H E N

2.490=-323.15SE-011.044E+O02.338E+O03.136E+005.417E+O07.717E+00Í.533E+00

- 4 . 0

T S

2.490E-323.159E-011.O44E+OO2.33 8E+0 03.136E+005.417E+007.628E+0 08.759E+00

- 3 . 0

R E C

2 .493E-023.159E-011.044E+002.038E+033.136E+005.329E+0B6.457E+036.578E+00

- 2 . 0

U I T

2.493Ê-323.159E-011.044C4002.332E+303.052Ê+004.16dc+004.287E+034.981E+00

-1 .0S

2.4S2E-323.12ÓE-019.864E-011.672E+001.S84E+002.089E+002.7C9E+034.729E+00

O . C

2.220E-022 .11SE-014.C4EE-014.352E-014 .592E-017.566E-012.291E+004.61CE+00

1.0

4.076E-C3E.454E-03S.226E-C31.1S2E-C22.210E-C23.É50E-C1Í.112E+0C4.3e2E+C£

LOG S/S« = -2.3

OG K'R2/KB2TT/R2S

1 .OOOE-013.162E-011.OOOE+003.162E+001.000E+011 .OOOE+021 .030E+03l.OOOE+04

-7 .0R A B A

2.491E-023.159E-011.044E+002.036E+003.136E+005.417E+007.717E+001.002E+01

- 6 . 0T T E

2.490E-C23.159E-C11.044E+CC2.038E+CC2.13CE+005.416E+C07.7175+CC1.CC2E+C1

- 5 . 0M E N

2.491E-023.159E-011.C44E+0 32.038Ê+032.136E+00S.417E+007.717E+00Ç.S34E+00

- 4 . 0T S

2.493E-023.159E-011.044E+0 02.038E+002.136E+005.417E+OO7.629E+008.77 5E+00

-3 .0R E C

2.490E-323.159E-0 11.O44E+OO2.038E+003.137E+005.329E+006.474E+336.773E+0 0

-2 .0U I T

2 . 4 9 1 E - 0 23 . 1 6 0 E - 0 11.044E+002 .032E+333 .053E+004 .184E+004 .473E+335.890E+00

- 1 . 0

S

2 . 4 Ç 6 E - 0 23 . 1 3 7 E - 0 19 . 8 6 9 E - 0 11.675E+301.357E. + O02 .2S5E+003 .571E+305>.924E + 00

O . O

2 . 2 2 S E - 0 2a.llîE-014 . C 8 4 E - 0 14 . 5 4 Ç E - 0 15 .294E-011.315E+003 .42SE+005 .774E+00

1.0

4 . 0 0 0 E - C 3É . 7 6 2 E - 0 31 . 1 3 9 E - C 22 . 2 3 4 E - 0 27 . Î Ç 4 E - C 21 .067E+CC2 . 2 2 6 E + C 0£ . £ 2 9 E + C 0

L3G S/S' * -i.S

OG K ' R 2 / K B 2

T T / R 2 S

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + OO3 . 1 6 2 E + 0 01 . O O O E + 0 11 . O O O E + 0 21 . O O O E + 031 .030E+04

- 7 . 0

R A B A

2 . 4 9 1 E - 0 23 .159E-011.044E+002.038E+003 .136E+005.417E+007.717E+001.002E+01

- 6 . 0

T I E

2.490E-323.159S-C11.044E+CC2.038E+CC3.1 3CE+CC5.416E+C07.717E+CC1.002E+C1

- 5 . 0M E N

2.490E-323.159E-C11.044E+CO2.038E+0 33.136=+005.417E+007.717E+00Î.S36E+00

- 4 . 0T S

2.490E-323.159E-011.O44E+OO2.038E+003.136E+005.417E+007.631E+338.32SE+00

- 3 . 0R E C

2 .491E-023.159E-011 .0446+0 02.038E+003.137E+005.332E+006.524E+037.253E+00

- 2 . 0

U I T

2 . 4 9 2 E - 3 23 . 1 6 0 E - 0 11«044E+002.332E+303 .055E+004 .233E+004 .953E+037 .041E+00

- 1 . 0

S

2 . 5 0 9 E - 0 23 . 1 4 1 E - 0 19 . 6 8 5 E - 0 11.683E+332 . 0 3 7 E + 0 C2 .682E+004 . 7 3 3 E + 3 07 . 0 9 3 E + 0 0

0.0

2 . 2 5 7 E - 0 22 .134E-014 . 2 0 4 E - 0 1E . 1 5 5 E - 0 17 .36ÍE-012 .263E+004 . E 8 0 E + 0 06 .916E + 00

1.0

3 . 7 7 2 E - C 39.e23E-C2Í.0CEE-C27.E13E-02:.5C2£-012.084E+CO4.2S3E+006.662E+00

LOG S/S" = - 1 . 3

LOG K'R2/KB2 - 7 . 0

TT/R2S

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 0 03 . 1 6 2 E + 0 01 . O O O E + 011 . O O O E + 0 21 . O O O E + 031 . 033E + 04

R A B A

2.491E-02 23.159E-01 31.044E+0O 12.028E+00 23.136E+00 35.417E+00 E7.717E+O0 71.0C2E+01 1

-6.0

.490=-32

.159Î-C1

.044E+CC

.038H+ÛC

.136E+CC

.416E+0C

.717E+CC•OC2E+01

- 5 . 0

M N

2.49 3E-323.159E-C11.C44E+0 0Z.038c+0 32.136E+00E.417E+007.71 8E+00Ç.Î43E+C0

2.490E-323.159E-011.044E+002.338E+O33.Î37E+005.417E+007.638E+00Ö.96 7E+0 0

- 3 . 0

2 .491E-023.160E-011.O44E+OO2..33SE+3 33.137E+005.338E+006.665Ë+0 38.108E+00

-2.0

U I T

2.493E-323.162E-011.04ÔE+002.334E+333.061b+004.372E+005.S33E+30Ö.184E+30

-1 .0

2.ES3E-323.154E-019.922E-011.70SE+302.1S3E+003.485E+005.836E+30S.20SË+00

0.0

2 . 2 3 7 E - 0 22 .177E-014.E6tE-0 it .e9£E-011 .240E + 003.23eE+00s.eeeE+ooe.017E+00

1.0

2.0S2E-C21 .362E-C2É.137E-C23.1Í9E-011.014E+CC2.140E+CC£ . o7.764E+C0

PUITS A PENETRATION DE 0.4 A l.C ET PIEZOETRE OUVERT DE 0.0 A 0.6

A3AQUE POUR L'INTERPRETATION DE FCMPAGES EN NAPPE LIBRE ANISCTROPEi


TABLEAL 6 4

PENETRAT IONCU FUITS DEFCMPAGE (6)

PENETRATIONDUPIEZOMETRE (43

NAPPE LIERE |<—0 . 0 -

6 * • •

->|ANISOTROPE

4

4-4-

44-

///////////// IMPERMEABLE / / / / / / / / • / • / / /

- LOG S/S« - 2 . 0

LOG K « k 2 / K B 2

T T / R 2 S

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 003 .162E+001 . O O O E + 011 .0O0E + O21 .000E+031 . O D O E + 0 4

LOG S / S ' = -

- 7 . 0

R A B A

1 .384E-021.755E-015.e02E-011.122E+001.742E+003 .C09E+004 .267Ü+005.567E+00

2.5

- £ . 0

T I E

1 . 3 3 4 E - 0 21 .755E-C1E . e C 1 E - 011 . 1 3 2 E + C 01.743E+C03.0C9E+CC4.287E+CC5.573E+C0

- 5 . 0M E N

1.384E-321 .755E-01E.6C2E-011.122E+031.742E+002.0CSE+004.293E+C0£.663E+00

- 4 . 0

T S

1.3B3E-D21.755E-015.801E-011.132E+031.742E+003.015E+004.382E+305.152E+00

- 3 . 0 .

R E D

1 . 3 S 3 E - 0 2i . 7 5 5 E - 0 15 . 8 0 1 E - 0 11 .132E+0 31 . 7 4 B E + 0 03 . 1 0 4 E + 0 03 .672E+033 . 9 1 9 E + 0 0

- 2 . 0U I T

1 . 3 8 4 E - 3 21 .755E-015 .839E-011 .169E+301 .329E + 002 .563E+002 .63ÓE+002 . Ö 8 7 E + 0 0

-1 .0S

1 . 4 0 5 E - 0 21 .867E-0 16 .225E-011.091E+301.303E+OO1.345E+001.562E+302 .78ÔE+00

O.C

1 .467E-021 . 4V0E—012 .7E9E-012 .941Ê-012 .011E-012 . S 1 5 E - 0 11 .11EE + 002 .108E + 00

1.0

2 . 6 4 2 E - C 3£.804E— 02Ê . C S 9 E - C 27 . 0 0 1 E - C 31 . 010E-C28 . 1 2 7 E - 0 21.CE1E+C02.136E+0C

LOG K 'R2 /KB2 - 7 . 0

TT/R2S R A B

1 . O O O E - 0 13 . 1 6 2 E - 0 11 .000E + O03 . 1 6 2 E + 0 01 .000E + 011 . O 0 0 E + 021 . 0 0 0 E + 031 . O D O E + 04

1.3 84E-021.755E-015 .602E-011.132E+001.7A2E+003 .00SE+004 .237E+005 .567E+00

- 6 . C

i T T E

1 . 3 S 4 E - a 21 . 7 5 5 E - C 1E . Ê O I E - C l1 .132E+C01.743E+C03. CCSE + CC4 . 2 5 7 E + C C5.573E+C0

- 5 . 0

M E N

1 .384E-021 .7 55E-01E . 6 02E-011.132E+031.742E+00

4.2S3E+C05.663E+00

1.383E-021.755E-015.801E-011.132E+001.742E+003.015E+004.3B3E+005.1S7E+00

-3 .0

R E C

i .383E-021 .755E-0 15 .801E-011 . 132E-I-0 01 . 7 4 - 3 E + 0 03 . 1 04-E+0 03.377E+003.9B3E-fOO

-2.0

U I T

1 .384E-021 .755E-015.839E-011.169E+001 .829E + 002.593E+002.69ÔE+003.348E+-00

-1 .0

1.405E-021.367E-016.235E-011.091E+001.307E+001.3S8E+001.977E+003.S5EE+00

O.C

1 .467E-021 .441E-012.770E-012.S98E-013.Z18E-015.S50E-012.021E+004 .238E+00

1.0

2.S49E-C3S.SÉ9E-C.36.ee2E-C3S.SeiE-03£ .208E-C23.527E-C12.036E+C04.266E4-C0

LOG S/'S' - 2 - 3

OG K » R 2 / K B 2

T T / R 2 S

1 . 000E-0I3 . 1 6 2 E - 0 11 . O O O E + 0 03 . 1 6 2 E + 0 01 . O O O E + 011 .000E + 021 . O O O E + 0 31 .ODDE+0-1

- 7 . 0

R A B A

1 . 3 S 4 E - 0 21.755E-015 .802E-01ï .132E+00I.742E+003 .0C9E+004 .267E+005 .567E+00

- 6 . 0

T T E

1 . 334E-C21.755E-C15.601E-C11.132E1-C01.743E+0C2.009E1-CC4.2.97EÍ-CCE.S73E+C0

- 5 . 0

M E N

1 .384E-021.755E-01Í.802E-011.132E+0 01.742E+O02.C09E+O04.2S3E+00E.663E+00

- 4 . 0

T S

1.333E-321.755E-015.801E-011.132E+031.742E+003.015E+004.383E+005.172E+00

- 3 . 0

R E C

1.383E-021 .755E-015 .B01E-011.132E+031 .748E+003.104E+003.392E+004.166E4-0A

- 2 . 0

U I T

1 . 3 8 4 E - 0 21 .755E-015 . 8 3 9 E - 0 11 .169E + 301 .329E + 002 .6035+002 . 8 7 3 E + 0 04 .194E+00

- 1 . 0

S

•1 .405E-021 . 8 6 7 E - 0 16 . 2 3 7 E - 0 11.OÎ3E+0Û1.318E+001 .5E3E+002 . 7 7 7 E + 0 04 .966E+00

O . C

1 . 4 6 S E - 0 21 .442E-01£ .SCEE—013 . 1 7 8 E - 0 12 . 661E-011.111E+003 . 0 9 5 E + 0 05 .377E+00

1.0

2 . £ 7 4 E - C 26 . 4 S 8 E - 0 29 . E 2 6 E - C 2£ . 1 4 3 E - 0 27 . S 4 1 E - C 21.044E+002 .127E+0C5 .407E+CC

LOG S/S« = - 1 . 5

LOG K« R2/KB2 - 7 . 0

T T / R 2 S

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 003 . 1 6 2 E + 0 01 . O Û O E + 011 .030E + 021 . O O O E + 031 .0 30E + 34

R A B /

1.384E-021.755E-015.S02E-011.122E+031.742E+003.0C9E+004.237E+005.5Ó7E+30

- 6 . 0

I .364E-C21.755E-C15.EC1E-C11.132E+C01.743E+C02.CC5E+CC4.2S7E+C05.573Ï+CC

- 5 . 0

M N

i . 3 B 4 E - 3 21.755E-0IE . 6 0 2 E - 0 11.132E+031 .742E + 003 . C C 9 E + C 04 . 2 S 3 E + 0 05 . 6 6 4 E + 0 3

- 4 . 0

1 . 3 8 3 E - 3 21 .755E-015 . 3 0 1 E - 0 11 .1325 + 001 .742E+003 . 0 1 S E + 0 04 . 3 8 4 E + 0 05 .217E+0 3

- 3 . 0

1 .383E-021 .755E-015 .801E-011.132E+0 31 .748E+003.10SE+003.938E+0Û4.618E+30

- 2 . 0

U I T

1 .334E-021 .75ÓE-0I5.839E-011 .169E+J01 .830E+002.552Ë+003.320E+005.2Ó3E+00

-1 .0

1.405E-021»867E-016.24 1E-011.099E+301.355E+001.9E0E+003.327E+006.125E+00

0.0

1 .46EE-021 .451 E-012.S12E-012 .733E-01£ .760E-0 11.995E+004.£11E+OOÉ.517E+00

1.0

2 .94EE-C36.225E-C31.94 5E-C27.511E-022.4C2E-C12.010E+CC4.241E+CCC.E37E+0 0

LOG S/S« = - 1 . 0

LOG K« R2/KB2 - 7 . 0

r T T / R 2 S

1 . O O O E - 0 13 . I 6 2 E - 0 11 . O O O E + 003 . 1 6 2 E + 0 01 . O O O E + 0 11 . O O O E + 021 . O O O E + 0 31 .030E + 04

R A B t

1 . 3 3 4 E - 0 21.755E-015 .802E-011.132E+001.742E+003 . C 0 9 E + 0 04 .267E+005 .567E+00

- 6 . 0

1.384E- 321.755E-C15.E01E-C11.132E+C01.743E+CC2.039E+CCA.237E+CC5.573E+0C

- 5 . 0

M N

1.334E-321.755E-01E.602E-011.132E+031.742E+002.009E+004.2S3E+C0Í.666E+C0

- 4 . 0

1.383E-021.755E-015.801E-011.132E+001.742E+003.015E+004.336E+005.346E+00

- 3 . 0

1.383E-02i .755E-015.301E-011.132E+D31 .748E+003.107E+004.366E+00S.405E+00

-2.0

U I T

1 .3S4Û-321.755E-015.339E-011.169E+331 .6325+002.779E+004.107É+33o .341E + 00

-1 .0

1.404E-321 .867E-O1Ô.2E2E-011.11ÓE+031.4ESE+002.692E+004.903E+337.204E+00

1 .470E-021 .476E-012.22eE-01E.221E-011 .042E+002.01£E+005.297E+007 .604E + 00

1.0

2 .149E-C21 .410E-02Ê.277E-C23.09eE-01S.778E-C12.047E+0C5.222E+007.Ê41E+0C

PUITS A PEMFTPATTON DE 0 . * A 1.0 ET P1EZOMETRE OUVERT DE 0.4 A 1.0

ABAQUE POU« L'INTERPRETATION DE POMPAGES EN NAPPE LIBRE ANISOTROPE.

DANS L'HVPHTHESE DE NEUMAN. SELON FORMULES DE BOULTON - ST«*ELTSOVA

TABLEAU t> f>

NAPPE0 . 0 -

0 . 2 -

0 .4 -I

0 .6-

0.8-

1.0-


LIBRE | <

6-fe-

6- 6 -

PENETRATIONDUPIEZOMETRE (6)

>|ANISOTROPE-S«-

-K« —

+-K66-6

-6-6

-6-///////////// IMPERMEABLC ////////////S

LOG S/S« = - 3 . 0

LOG (C«R2/XB2 - 7 . 0

n V R 2 S

1.00OH—013 . 162F.-01l.OOOE+003.162E+00l.OOOfT+OI1.OOOE+021.0C0E+03l.OOOE+04

R A B

4.133E-025.243E-01I.733=+003.3B?e+005.205E+008.989S+001.2e0E+011.657E+01

- 6 . 0

A T T E

4.132r-025.243E-011.733E+003.332E+005.204E+00B.9EOE+00I.275E+0I1.637F+01

- 5 . 0

M E N

4.133E-025.243E-0I1.733Ü+003.380E+005.197E+008.930F+001.255E+0I1.571E+01

- 4 . 0

T S

4 .131E-02S.236E-011.728E+003.363E+00S.152E+008.740E+001.I89E+011.341E+0I

- 3 . 0

R E D

4.115F—02S.196E-O11.705E+003.294E+004.994E+008.117E+009.632E+009.637E+00

- 2 . 0

U I T

4 .033E-02S.045E-011 .630E+003.073E+004.484E+005.983E+006.037E+006.189E+00

- 1 . 0

S

3 .T96E-024.5A9E-011.386E+002.312E+002.726E+002.779E+002.921E+003.839E+00

0 . 0 1.0

3.028E-02 5 .540E-032.658E-015.44 3C-015.776E-01 15.S42E-01 16.676E-01 11.314E+00 ]

•131E-02. I74E-02.301Ë-02

1.727E-02t.010b—011.067E+00

3.188C+00 3.138IE+00

LOG SrS» = -2 .5

LOG K»R?/KB2 - 7 . 0

TT/R2S R A 3

- 6 . 0 - 5 . 0

l .OOOE-013.162E-0Il.OOOE+003 . 162ET+00l.OOOE+01I.OOOE+021.000E+03l.OOOE+04

M N

4.I33E-02 4 .5.213E-01 5.1.733E+00 1.3.382E+00 3.5.205E+00 Si8.9BOE+00 8.1.2B0E+01 1.1.657E+0I 1.

132E-02243E-O1733E+00382E+00204E+0 0980E:+0027SE+01637E+01

4.133E-025.243E-011.733E+003.380E+005.197E+00S.929E+001.255E+01I.571IÏ+0I

- 4 . 0

4.131E-025.236E-011.728E+003.363E+005.1521T+008.740E+001.189E+0I1.34IE+01

- 3 . 0

4.115E-025.196E-011.70SE+O03.294E+004.994E+008. 117E+O09.634E+009.723E+00

-2 .0

U I T

4.033E-025.04 56-011.630E+O03.073E+004.4Ö4E+C0S.985E+006.073E+006.494E+00

- 1 . 0

3.796E-024.569E-0I1.386E+002.312E+002.728E+002.812E+003.209E+004.788E+00

0.0

3.028E-02 5.2.8t>8C-01 I.5.450b—01 1.5.827E-01 1.6.031E-01 3.8.506Ë-01 3.2.140E+00 2 .4.305E+00 4.

1.0

548E—03154E-022a3E-02707E-02275E—02sooe-oi042E+00268E+00

LOG S / S « - 2 . 0

OG K»R2/ 'KB2

TT/TÍ2S

I .OOOE-013.I62ET-0Il .OOOE+003 .162E+00l.OOOE+011 .OOOE+02I .OOOE+0?I.000E+04

- 7 . 0

R A B

4 . I 3 3 E - 0 25 . 2 4 3 E - 0 11.733F+003 . 3 S ? E + 0 05 .205E+008 .989E+00I.2B0E+011.657E+01

-fe.O

A T T E

4 . 1 3 3 E - 0 25 .243E-011.733E+003 .382E+005 .204E+00B.980E+001.275E+01I.6 37E+01

- 5 . 0

M E N

4 . 1 3 3 E - 0 25 .243E-011.733E+003.3ROE+005 . 1971; +008.929E+001.255E+011.5716+01

- 4 . 0

T S

4.131E-025.236E-011.728E+003.363E+005.I52C+008.740E+001.I89E+011.342E+O1

- 3 . 0

R E D

4.115F-025.196E-011.705E+003.294E+004.994E+008.117E+009.64 2E+009.835E+00

- 2 . 0

U I T

4.C33C—025.045E-011.630E+003.073E+004.464FÎ+005.991E+006.180E+007.136E+00

- 1 . 0

S

3.796E-024.569E-011.386E+002.313E+002.734E+002.912E+003.830E+00S.875E+00

0 . 0

3.028E-022.859E-0I5.475^015.985^-016.614E-011.307E+003.1T9Ê+005.439E+00

1.0

5.576E—031.226E-021«645E-023.189E—029.887E—021.060E+003.129E+005.407E+00

LOG S/S« = - 1 . 5

LOG K»R2/XB2 - 7 . 0

TTVR2S R A B

-5 .0 - 4 . 0 - 3 . 0 - 2 . 0 -1.0 0 . 0 1.0

1.3*1.3 .1.I.1.I.

LOG

LOG

000E-0I162E-01OOOE+00162E+00000E+01OOOF+02000E+03OOOH+04

S/'S« *

K»R2rKE

n V R 2 S

1.3 .1 .3 .

0005-01162E-01OOOE+00162E+00

l.OOOE+011.1.1.

OOOE+02O00E+03000E+04

4 .133E-02Ç.243E-0I1.733E+003.382F+005.205E+008.989E+0 0I .2P0F5+O11.657E+01

- 1 . 0

»2 - 7 . 0

R A B

4.133E-025.243E-01

3.38PF+005.205F+008.O89E+001.2*06+011.65TE+0!

4 .1?2E-025.243E-01I.733E+003.382E+005.204F+008.980E+001.275E+011.637E+01

- 6 . 0

A T T E

4.133E-025.243E-011.733E+003.3Í2E+005 . 2 04 <;+008.990E+001 .275E+011.637E+01

4.133E-O2•5.243E-011.733E+003.3B0E+005.197E+008.929E+001.255S+011.571E+0I

- 5 . 0

M E N

4.133E-O25.243E-01I.733E+003.380C+005.197E+008.929F+001.255E+011 . 5 7 1 (r + 01

4.131E-025.236E-011.728E+00

sIlS2E+008.740E+001.I89E+011.344E+0I

- 4 . 0

T S

4.I31E-025.236E-011.728E+003.363E+005.I52E+0 08.740E+0 01»189E+011.349E+01

4.1I5E-025.196E-011.705E+003.294E+004.994E+008. U7E+009.662F+001.012E+01

- 3 . 0

R E D

4 . 1 1 4 E - 0 2b .196E-011.705E+003 .294E+004.994E: + 008 .117E+009 .716E+001.070E+01

4 . 0 3 3 E - 0 25 . 0 4 5 E - 0 11.630E+003 . 0 7 3 E + O O4 . 4 6 4 E + 0 06.010E+006 .466E+008 .080F+00

- 2 . 0

U I T

4.034E—025.045E-0I1.630E+003.073E+004.484E+006.065E+007.049E+009.114E+00

3.796E-024.569E-011.386E+002.314E+002.751E+003.182E+004.7SOE+007.000E+OO

- 1 . 0

S

3.796E-C24.569E-011.386E+002.3J8E+002.801C+003.745E+00R.789E+008.075C+00

3.0286-022.862fc-015.553C-016.4#>6C— 018.297E-012.114CT+004.277E+006.578E+00

0 . 0

3.028E-022.872E-0I5.785E-017.825E-011.235C+003.096K+005.359E+007.665I-+00

5 .6&2E-031.457E-022 .929E-029 .38TE-023.bftOE-012.016E+004.241É+006.537E+00

1.0

S.901E—032 .214E-027.953E-023-343E—019.931E—013.049E+005.333E+007.641E+00

PUITS A PENETRATION DE 0 . & A l.C ET PIEZC*ETRE OUVERT DE 0 .0 A 3 .4

A3A3UE POUP L'INTERPRETATION DE FCMPAGES EN NAPPE LIBRE ANISCTROPE,

DANS L 'HYPOTHESE DE NEUMAN, SELCN FORMULES DE BOULTCN - STRELTSCVA

TABLEAU 6 7

F5N5TRATIONCU PUITS DEPOMPAGE (6)

LIERE |<

PENETRATIONDUPIE2OMETRE (7)

>|ANISOTROPE7 S '7

///////////A/ IMPERMEABLE /////////•///

? LOG S/S« = - 3 . 0

5 LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0

; T T / R 2 S R A B A T T

1 .000E-013 .162E-011 . O O O E + 0 03 .162E+001.0O0E+01î . O O O E + 0 21.000E+031.030E+04

2 . 6 2 5 E - 0 4 2 .62BE-2 . 2 2 1 E - 0 2 3 .341E-1 . 1 C 2 E - 0 2 1.1C9E-2 . IE25 -02 2.1635-3 . 2 2 1 E - 0 2 2 .«E35-5 .871E-02 7 .169E-Ç . 6 1 6 E - 0 2 1.7345-1.9815-01 4 .951E-

- 5 . 0

E M E N

04 2 . £ 5 6 5 - 0 4C3 3 . 4 3 7 E - 0 3C2 l . ie6E-02C2 2 . 5 3 2 E - 3 2C2 4 . £ 2 9 E - 0 2C2 1 .473E-01Cl 4 .684E-01Cl 1.272E+00

2 . 9 4 7 E - 3 44 . 3 4 5 E - 0 31 . 8 4 3 E - 0 25 . 0 4 2 5 - 3 21.127E-314 .315E-011.234E+001 .76 7E+0 0

- 3 . 0

R E C

5 . 3 6 5 E - 0 41 . 0 4 8 E - 0 25 . 2 6 5 E - 0 21 .533E-013 . 5 0 0 E - 0 11 . 146 E+0X11.679E+001 .720E+00

-2.0

U I T

1 .6425-033 .301E-021 .6635-014.Ó93E-019 .0295-011 .430E+001 .470E+301 .716E+00

-1 .0

5.182E-03 S,9.B41E-02 93.8Ô6E-01 1.7.099E-D1 28.577E-01 Z8.9 29E-01 2.1.135E+30 1,2.297E+00 2

O . C

S25E-03 1953E-02 4914E-01 4046E-01 £113E-01 £S86E-01 7302E+00 1939E+00 2

1.0

983E-G3070E-C237CE-C33 03E-C3

932E-C2020E+COCe7E+CC

OG K ' R 2 / K B 2

T T / R 2 S

1 . O O O E - 0 13 .162E-011 .OOOE+003 .162E+001.OOOE+011 . O O O E + 0 21 . 0 O 0 E + 031.0 09E+04

- 7 . 0

R A B A

2 . 6 2 S E - 0 43 . 3 2 1 E - 0 31 .102E-022 . 1 E 2 E - 0 23 . 2 2 1 E - 0 25 .871E-029 . 6 165-021 .9B1E-01

- 6 . C

T T E

2 .628E-043 . 3 4 1 E - 0 31 . 1 C 9 E - C 22 . 1 8 3 E - C 23 . 4 E 3 5 - C 27 .169E-021.734=-Cl4 .951E-C1

- 5 . 0

M E N

2 . 6 5 B E - 0 43 . 4 3 7 E - 0 3l . ie6E-022 . Í32E-324 . 6 2 9 E - 0 21.473E-014 .ee3E-011.272E+00

- 4 . 0

T S

2.94 7E-044 .345E-031.848E-025 .341E-321.127E-014.314E-011.234E+001.772E+00

- 3 . 0

R E C

5 . 3 6 2 E - 0 41 . O ^ S E - 0 25 . 2 6 5 E - 0 21 .533E-013 . 5 0 0 E - 0 11 .146E+001 .6845 + 001.782E+00

- 2 . 0

U I T

1 . 6 4 1 S - 3 33 . 3 0 Û E - 0 21 .662E-014 . 6 9 3 E - 0 19 . 0 2 9 E - 0 11.4345+001 .E31E + 332 .167E+00

-1 .0

S

5 . 1 7 4 E - 0 39 . 3 2 ê E - 0 23 .865E-017 .133E-018 .614E-019 .455E-011.5105+003.32SE+00

O . C

S . S 1 4 E - 0 29 . 9 5 6 E - 0 21.925E-01Í .102E-012 .313E-014 . 9 5 3 E - 0 11.87SE+004 .050E + 00

1.0

2 . 0 0 6 E - 0 34 . 2 Ê 4 E - 0 3£ . 2 C 2 E - C 3e .3 67E-032 . 0 Ê 4 E - C 23 .464E-C11.999E+CC4.212E+C0

LOG S / S ' = - 5 * 3

LOG K ' R 2 / K B 2 - 7 . 0

T T / R 2 S R A E

- 6 . C

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 003 . 1 6 2 E + 0 01.000E+011 . O O O E + 021 . O O O E + 031.330E+04

2 . 6 2 5 E - 0 43 . 3 2 1 E - 0 31 . 1 0 2 E - 0 2l.1Î2E-022 . 2 2 1 E - 0 25 . 8 7 1 E - 0 2Ç . 6 1 6 E - 0 21.931E-01

2 .62BE3.3^1E1.1C9E2.163=2.453E7.169=1.734E4.950E

- 5 . 0

M N

04 2 .£58E-0403 2 .437E-03C2 l.ie6=-0202 Z .532E-02C2 4 .C29E-02C2 1.473E-01Cl 4.683E-01

1.272E+00:-oi

- 4 . 0

2 .946E-344.345E-031.648E-025.341E-Î21.127E-014.314E-011.234E+0 31.78 7E+0 0

- 3 . 0

5 .360E-041.047E-025 .264E-0 21.533E-0 13.499E-011 .146E+001.698E+0D1.9615+00

-2.0

1 .6375-033 .299E-021 .662E-01A.692E-019.029E-011.4435+001.737E+302.9895+00

-1 .0

5.146E-029.820E-023.8C5E-017.118E-018.728E-011.097E+002.268E+004.43eE+00

O.C

9 . S 7 8 E - 0 2

2.276E-01Z .S3EE-01Î.S52E-01£.5215+005 .1776 + 00

1.0

2.076E-C34.879E-C37.SS1E-C32 .0OSE-02/ . 7 E 6 E - C 21.C23E+CC2.07SE+OCÎ.34EE+CC

LOG S/S« x - 1 . 5

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0


1 . O O O E - 0 13 .162E-011 . O O O E + 003.162E+001 .000t + 011 . O O O E + 0 21 . O O O E + 0 31.303E+04

2 . Ê 2 5 E - 0 4 2 . 6 2 S E -3 . 3 3 1 E - 0 3 3 . 3 4 1 E -1 . 1 0 2 E - 0 2 1 .1C9E-E . 1 E 2 E - 0 2 2 . ieS=-3 . 3 2 1 E - 0 2 2 . 4 5 3 E -5 . S 7 1 E - 0 2 7 .1693-9 . 6 1 6 E - 0 2 1.734=-1.9E1E-01 4 . 9 5 0 5 -

- 5 . 0

E M E N

04 2 . 6 5 7 E - 0 403 3 . 4 3 7 E - 0 3C2 1 . 1 8 6 E - 0 202 2 . Î 32E-32C2 4 . 6 2 9 E - 0 2C2 1 .473E-01

4 .682E-011.272E+00

01Cl

- 4 . 0

T S

2 . 9 4 3 E - 3 44 . 3 4 4 E - 0 31.84 8E -025 . 0 4 1 E - 0 21.126E-014 .313E-011.234E+001.831E+00

- 3 . 0

R E C

5 . 3 4 8 E - 3 41 . 0 4 7 E - 0 25 . 2 6 3 E - 0 21 .532E-013 . 4 9 8 E - 0 11 .146E+001 .742E + 032 .398E+00

-2.0

U I T

1 .6255-033.295E-021.661E-Ol4.6835-019 .027E-011.4915+002.1395+304.0275+00

-1 .0

5.059E-039.803E-023.e62E-017.16EE-019.079E-011.434E+003.337E+005.557E+00

0.0

9 . 7 8 2 E - 0 31 .004E-01£ .0645 -012 .81£E-014 .774E-01

4.024E+006.211E+00

1.0

2 . 2 9 7 E - C 3C . e 7 4 E - 0 3l .e29E-C£7 . 3 5 7 E - 0 22 . 2 3 E E - C 11.974E+C04 .186E+C0e .4B6E + C0

= LOG S/S« = - 1 . 3Ji LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0D T T / R 2 S R A B A T T

1 . O O O E - 0 13 .162E-011 . O O O E + 003 .162E+001 .000E + 011 . O O O E + 021 .OOOE+031 .030E + 04

2 . 6 2 6 E - 0 4 2 .628E-3 . 3 3 1 E - 0 3 3 .3¿1E-1.10 2E-02 1.1C9E-2 . 1 E 2 E - 0 2 2.189=-2 . 2 2 1 E - 0 2 3.4535-5 . 8 7 1 E - 0 2 7.169=-9 .6165 -02 1.7345-1.981E-01 4 .9475-

- 5 . 0

E M E N

04 2 . 6 5 7 E - 0 4C3 2 . 4 3 7 E - 0 302 l . ie=E-0202 2 . E 3 2 E - 3 2C2 4 . 6 2 8 E - 0 2C2 1 .472E-01Cl 4 .67e=-3iCl 1 .271E+00

- 4 . 0

T S

2 . 9 4 1 E - 3 44 . 3 4 3 E - 0 31 . 8 4 7 E - 0 25 . 34 0E-321.1265-014 .309E-011.233E+031.955E+00

- 3 . 0 .

R E C

5 . 3 0 6 E - 0 41 . 0 4 6 E - 0 25 . 2 5 9 E - 0 21 . 5 3 1 E - Û 13 . 4 9 4 E - 0 11 .145E + 001 .S66E+333 .166E+00

-2 .0

U I T

1 .5B6E-333 .283E-021 .657E-014.677Ê-319 .021E-011 .613E + 002.9335+305.0775+00

-1 .0

4.783E-039.720E-023.8535-017.336E-311.003E+002.2055+004.3E2E+306.625E+00

O.C

9.4975-03 2.1 .0235-01 1,£.28£E-01 £.4.371E-01 3.9.29SE-01 9,2.É51E+00 3,E.101E+00 S,7.39ee+00 7,

1.0

S36E-C32E1E-C22 06E-C2045c-ClES2E-C10C2E+CC£7€E+CC5ÊCE+C0

PJITS A PENETRATION! DE 0 . 4 A l.C ET PIEZCCETRE OUVERT DE 0 . 0 A 0 . 2

ABAauE POUR L ' I N T E R P R E T A T I O N DE F O M P A G E S EN NAPPE LIBRE A N I S C T R O P E ,

DANS L ' H Y P O T H E S E DE NEUMAN , SELCN F O R M U L E E DE BOULTCN - STRE1.TSOVA

TABLEAU £ B

PENETRATIONCU FUITS DEFCMFAGE (6)

NAPPE LlERE | <3 . 0 -

0 . 2 -

0 . 4 -

0 . 6 -

0 . 8 -

1 . 0 -

PENETRATIONDUPIE20METRE (B)

-R— ->|ANISOTROPE_ B S '

B

66

///////////// IMPERMEABLE /////////////

LOG S/S' -3.0

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0 - 5 . 0

T T / R 2 S R A B A T T E M E N

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 0 03 .1C2E+00i .OOOE+01! . O O O E + 0 21 . O O O E + 0 31 . O D O E + 0 4

1 .027E-06 9.750E'1.265E-05 1.2Í2E4.177E-05 A . I 7 1 Ee,145E-05 S.137E-1.254E-04 1.2E1E2.162E-04 2.031EZ . 9 E 3 E - 0 4 . 1 4 2 E -

C7 Ç.631EC ; I.257cC5 4 .1E3EC5 7.958E

1.125=1.228=1.6I1E

0 50 50201

3 .081E-04 1 .625E-C2 3 .4S7E-01 6 .228E-01

C4C4C4

07 9 . 4 2 2 E -05 1 .1 98E-05 3 . 3 3 9 E -05 4 . 2 4 8 E -04 4 . 2 1 3 E -04 1 .593E-

3 . 4 9 0 E -- 0 2

- 3 . 0

R E

•07 5 . 2 9 3 E -•05 2 . 3 2 7 E -•05 1 . 7 3 6 E -

2.255E-1 .542E3 .462E6.196EÓ . 5 2 8 E

- 2 . 0

U I T

•07 0-0 6 9-0 6 1•04 1-0 2 3•01 5-0 1 6- 0 1 8

.3.314=-.113c-. 1DÓE-•207E-.910E-.247=-.663E-

05020101013101

- 1 .0

6.2E4E-043.3e7E-021.741E-013.393E-014.158E-014.451E-016.52SE-011.318E+00

0.0

4 .957E-03£ . C 7 9 Ë - 0 29.ei lE-021 .OSeE-011 .124E-011 . S 7 C E - 0 1e.eoeE-oi2 . 771E+00

1.0

1 . 028E- C32 . 1 4 1 E - 0 32 . 4 3 9 E - C 33 . 3 e 7 E - C 3C . £ 0 4 E - C 37 . £ 6 E E - C 2i.ooeE+oc3.040E + CC

LOG S /S» = - 2 . 5

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0


1 . O O O E - 0 13 .162E-011 . O O O E + 003 .1Ö2E+001 . O O O E + 011 . O O O E + 0 21 .OOOE+03

1.040E-05 9.637E-1.269E-05 1.260E-4 .179E-05 4 .172E-8 .146E-05 8.138E-1.2Î4E-04 1.2E1E-2 .162E-04 2.030E-2 .9E3E-04 2.121E-3 . 0 7 5 E - 0 4 1.622E-

- 5 . 0

M E N

07 9.388c0£ 1.254EC£ 4.150EC5 7 . 9 58=C4 1.124EC4 1.19 7=

1.6CeE3.496E

0402

07 9.342E'05 1 .193E05 3 .316E

4 . 1 4 5 E04 3 . 8 3 8 E04 1 .594E02 3 . 4 8 9 E

6 . 2 7 3 E

- 0 5

-01

- 3 . 0

R E

•37 3 . 2 1 5 E -05 1 .018E-05 0 .005 2 . 1 5 4 E -

1 .539E-02 3 . 4 6 1 E -31 6 .241E-01 7 .150E-

-05

- 2 . 0

C U I T

08 0 . 006 8 . 3 6 6 E - 0 5

1 .115E-0204 1 .133E-01•0 2 3 .206E-01•01 5 .954E-01•0 1 6 .347E-01•Oil .309E + 00

-1 .0

6.0E2E-043.381E-021.740E-013.397E-014.194E-014.9E8E-011.049E4-302.829E+00

o.e 1.0

4 .938E-03 1 .066E-03£ . 0 b 4 E - 0 2 2 . 3 5 9 E - C 39 .919E-02 2 . 3 C 7 E - C 31.113E-01 6 .5 04E-C31.318E-01 i . E 7 £ E - C 23 . E 8 1 E - 0 1 3 . 3 E 3 E - C 11.734E+30 1.963E+003 .E64E+00 4.1

LOG S /S« = - 2 . 3

LOG K ' R 2 / K B 2 - 7 . 0

T T / R 2 S R A 6

- 6 . 0

T T

- 5 . 0

M E N

- 3 . 0

R E

-2.0

U I T

-1.0

1 . O O O E - 0 13 .162E-011 . O O O E + 0 03 .162E+001.OOOE+011 . O O O E + 0 21 . O O O E + 0 31.030E+04

1.032E-06 1.0 31E-1 .267E-05 1.264E-4 .179E-05 4 .174E-S .147E-05 £.143=-1 .2E4E-04 1.2E1E-Z. l£3=-04 2.022=-Z . 9 E 3 E - 0 4 £.040=-3 . 0 Ê 3 E - 0 4 1.615E-

06 S .682S-07 8 .282E-07 0 .0C5 1 . 2 5 8 E - C 5 1 .158E-05 0 .0C5 4 . 1 E 3 E - 0 5 3 .201E-05 0 .0C5 7 . 9 4 3 E - 0 5 3 . 8 0 8 E - 0 5 1.847E-C4 1 .114E-04 2 . 8 8 6 E - 0 5 1 .529E-CC4 1 . C 9 6 E - 0 4 1 .585E-02 3 .457E-C4 1 . 5 Ç 7 E - 0 2 3 .484E-01 ó .386E-C2 2 .491E-01 6 .415E-01 3 . 9 1 9 E - 0 1 2 .112E+00 3 .907Ê+Û0

0.3 5 .411E-045 . 4 0 6 E - 0 5 3 . 3 6 1 E - 0 21 .106E-02 1.726E-01

-04 1 .105E-01 3 .409E-01-02 3 .202E-01 4 .306E-OÍ-0 1 6 . 0 9 2 E - 0 1 6 .446E-01-0 1 8 .577E-31 1.809E+3Û

0.0

4.E80E-03£ .101E-021 .026E-011.284E-011 .923E-01e.7«4E-012.762E+304 .S80E + 00

1.0

l . ie4E-C33 . C 5 5 E - 0 3£ . 1 S 7 E - C 3i .£27E-027 . E 0 S E - C 21.002E+C03.032E+00E.25CE + CC

LOG S /S» = - 1 . 5

LOG K ' R 2 / K B 2 - 7 . 0

T T / R 2 S R A E

- 6 . C - 5 . 0 -4 .0 -3 .0 -2 .0 - 1 .0 0.0 1.0

1 . O O O E - 0 13 .162E-011 . O O O E + 0 03 .162E+001 .OOOE+011 . O O O E + 0 21 . O O O E + 0 31 .030E + 04

1 .031E-061 .267E-054 . 1 7 9 E - 0 58 . 1 4 7 E - 0 51 .2E4E-04Z . 1 6 6 = - 0 42 . 9 5 5 E - 0 43 . 0 6 2 E - 0 4

9 . 6 8 2 E - C 71 .264E-C54 . 1 7 5 E - C Ee . l47E-C51 . 2 E 1 E - C 41 . 9 9 9 E - C 41 . 3 0 0 E - C 41 . 5 9 1 E - C 2

9 . 0 2 2 E - C 71 . 2 4 3 E - 0 54 . 1 2 3 E - 0 E7 . E 3 0 E - 0 51 .079E-047 . 6 7 0 E - 0 51 . 5 C 5 E - 0 23 .477E-01

3 . 2 9 3 E - 0 71.03 0E-0 52 .85 7E -052 . 8 0 3 E - 3 50.01 . 5 5 3 E - 0 23 .471E-316 .845E-01

0.30.00.08 . 6 5 1 E - 0 51 . 4 9 8 E - 0 23.4<V4E-0 1ó . B 1 1 E - 3 11.319E+00

0 .30 .01 . 0 7 6 E - 0 21 . 3 9 6 E - 0 13 . 1 3 9 E - 0 16 . 5 1 2 E - 0 11 .281E+333 . 1 2 3 E + 0 0

33134124

• 3 9 0 E - 0 4. 2 9 9 E - 0 2. 7 2 5 E - 0 1. 4 4 5 E - 0 1. 6 4 6 E - 0 1•023E+00.832E+30.997E+00

45113i3£

. 7 0 2 E - 0 3. 1 5 4 E - 0 2. 1 3 Z E - 0 1. 8 1 3 E - 0 1. 7 1 £ E - 0 1.711E+00.639E+00.107E+00

1

ï7i4£

. S 5 4 E - C 3

. 2 9 2 E - C 3

. £ 7 3 E - C 2

. 1 3 4 E - C 2

. 2 C 1 E - C 1. 5 3 9 E + C 0. 1 3 3 E + C 0. 4 2 6 E + C 0

LOG S/3« = - 1 . 3

LOG K« R 2 / K B 2 - 7 . 0 - 6 . C - 5 . 0

T T / R 2 S

1 . O O O E - 0 13 .162E-011 . O O O E + 0 03 .162E+001.OOOE+011 . O O O E + 0 21 . O O O E + 031.030E+04

B M N

1 .0E3E-06 9.928E-1.270E-05 1.264=4 . 1 B Z E - 0 5 4.175cE . 1 E 5 E - 0 5 6.134E-1 .2E5E-04 1.243=2 .166E-04 1.923E'2 .946E-04 1.046=3.033E-04 1.516=

C7 7 .951E-C£ 1.210E-C£ 4 . C C 0 E -C5 7 .478E-

9.742E-04 0 . 0C4 1.463E-02 3 .433E-

-4 .0

- C 4

07 0 . 005 7 . 4 7 5 E -•05 1 . 9 0 6 E -05 0 . 005 0 . 0

1.455E-•02 3 . 4 3 1 E -01 B . 0 5 0E-

- 3 . 0 - 2 . 0 - 1 .0

3.3 0 .3 3 .0•06 0 .0 0 .0 3 . 1 0 5 E - 0 2•05 0 .0 9 . 5 2 7 E - 0 3 1.691E-01

3 .0 1 .363E-31 3 .5E6E-011 . 4 0 0 E - 0 2 3 .145E-01 5 .630E-01

•02 3 . 4 0 3 E - 0 1 7 .690E-01 1.727E+00•01 3 . 3 1 4 E - 3 1 2 .32âE+30 3.823E+30•01 £ .0695+00 4 .147E+00 6.065E+00

O.C

4.216E-035 .336E-021.45£E-013.345E-01£ .136E-012.6EEE+004.938E+007 .193E + 00

1.0

Z . 6 2 7 E - 0 31 . 2 É 0 E - 0 26 . C 7 1 E - C 2z.9e:E-ciÇ . 4 06E-C12.9££E+CCS.221E+007.522E+C0

PUITS A PENETRATION DE 0 .4 A l.C ET PIEZCKETSE OUVERT DE 0 .4 A 6 . 0

ABAQUE POUR L ' INTERPRETATION DE FCMPAGES EN NAPPE LI3RE ANISCTKOPEi

DANS L ' H Y P O T H E S E DE N E U M A N , SELCK FORMULES DE BOULTCN - STRELTSOVA

TA&LEAO £ D

FËNETRATIONCU PUITS DEFCMFAGE <6)

E-

PENETRATIONDUPlcZOMETRE (D)

- > | A N I S O T R O P E

0 . 2 -

0 . 4 -

0 . ó —

O . 8 -

1 . 0 -

: 6

6

6lm , . _ ^ — f

• W

4— KD

11 S "™ ™ ™

c

///////////// IMPERMEAELE / / / / / / / / / / / / /

LOG S/S« = - 2 . 0

LOG K ' R 2 / < B 2 - 7 . 0

T T / R 2 S R A B

1 . O O O E - 0 13 .162E-011 . O O O E + 0 03 .162E+001.000E+011 . O O O E + 0 21 .OOOE+031.300E+04

4 . C 9 9 E - 0 25.199E-01! .718E+003.2£3E+005.161E+005.91IE+001.267E+011.621E+0I

- 6 . 0

T T E

4 . 0 S B E - 3 25 .199E-011.7ie=+C02.353Ï+CC5.15 6E+CCe.E645+CC1.2E1E+C11.573E+C1

- 5 . 0

M E N

6.C58E-02£.1 Ç7E-011 .717E+0 03 .346E+03£ .125E+C0£.733=+001.194E+C11.444E+01

4 . 0 9 2 E - 3 25 .179E-011.703E+003 .296E+005 .002E+008 .180E+001.068E+311.192E+01

- 3 . 0

R E C

4 . 0 3 5 E - 3 25 . 0 5 5 E - 0 11 .625E+003 . 3 9 0 E + 0 04 . 5 4 3 E + 0 07 .018E+008 .256E+33Ô.302E+00

-2.0

U 1 T

3.814E-024 .606E-Û11.419E+002.5685+003.Ó61E+004.505E+004.953E+005.087E+00

-1 .0

3 . 1 7 2 E - 0 23 . Û 2 1 E - 0 11.057E+0Û1.852E+002.1 Î2E+002 .226E+002.363t+0û3 .183E+00

O . C

2 . 4 1 2 E - 0 22 .228E-014 .448E-014 .724E-014 .782E-015 . E 2 Ö E - 0 11 .129E + 002 .E87E+0G

1.0

4 . 5 8 S E - C 3S . 3 5 9 E - C 29 . £ 2 £ E - C 31.1 2 3 E - 02i.seaE-c21 . C C 9 E - Û 11.025E+CC2.05SE+CC

LOG S/S« = - 2 . 5

LOG K ' R 2 / K B 2 - 7 . 0

T T / R 2 S R A B

1 . O O O E - 0 13 .162E-011 . O O 0 E + 0O3 .162E+001 . O O O E + 011 . O O O E + 021 . O O O E + 0 31.0O0E+04

4 . C 9 9 E - 0 25 .199E-011.718E+003.353E. + 005 .1C1E+00S.911E+001.267E+011.621E+01

- 6 . 0

T T E

4 . D 9 8 E - 0 25 .199E-011.718E+CC3 .253E+C05.15EE+CC

1.2E1E+C11.573E+01

- 5 . 0

H E N

4 . C Ç S E - 0 25 . 1 Ç 7 E - 0 11.717E+C03 .346E+00E.135E+00E.733E+001.1Ç4E+011.A44E+01

- 4 . 0

T S

4 . 0 9 1 E - 0 25 . 1 7 9 E - 0 11.703E+003 .296E+005 .002E+008 . 1 8 0E+001.068E+011.192E+01

- 3 . 0

R E C

4 . 3 3 5 E - 0 25 . 0 5 5 E - 0 11 .635E+Û03 . 0 9 0 E + 0 04 .543E+007 . 0 1 8 E + 0 08 .257E+00S .334E+00

-2.0

U I T

3.814E-024.605E-011 .419E+002.567E+003.Ó81E+004.906E+004..982Ê + 005.359E+00

-1 .0

3.171E-023.Ó30E-011.0S7E+001.352E+002.192E+002.266E+002.622E+004.059E+00

O . C

2 . 4 1 0 E - 0 22 . 3 2 7 E - 0 14 . 4 5 E E - 0 14 . 7 6 8 E - 0 14 . 9 5 2 E - 0 17 . 1 8 3 E - 0 11 .900E+002 . 962E+00

1.0

4 . Ê 2 4 E - C 2S . 6 4 Ç = - C 31 . 1 0 7 E - C21 . 5 7 1 E - 0 23 . 2 3 2 E - C 2C . 6 9 3 E - 0 11.9e7E+CC4.15 ÍE+CC

LOG S / S * = - 2 . 0

OG K ' R 2 / K B 2 - 7 . 0

T T / R 2 S

1 . O O O E - 0 13 .162E-011 .OOOE+003 .162E+001.OOOE+011 . O O O E + 021 . O O O E + 0 31 . O O O E + 0 4

R A S A

4 . C 5 9 E - 0 25 .199E-011.718E+003.3E2E+005.1C1E+003.911E+001.267E+011.621E+01

- e . cT T E

A . D 9 8 5 - 2 2E . 1 9 9 E - C 11.718E+003 .353E+C05.15eE+C0B.&84E+CC1.251E+C11.573E+C1

- 5 . 0

M E N

4 . C S 8 E - 0 25 .197E-011 .717E+0 03 .346E+00E.13EE+006.733E+001 .1 94E + 011.444E+01

- 4 . 0

T S

4 . 0 9 1 E - 3 25 .179E-011.703E+003.296E+005.002E+008.160E+001.068E+011.192E+01

- 3 . 0

R E C

4- .036E-025 .055E-011 .635E+0.03.0.90E + 004 .543£+007 .018E+00B.264E+003.433E+00

- 2 . 0

U I T

3 . 8 1 4 5 - 0 24 .6055-011.419Ë4002.567E+303.Ó81E+004.911E+005.078E+D05.937E+00

-1 .0

S

3 . i e S E - 0 23 .629E-011.097E+001.S52E+032.197E+002.355E+003.180t+0û5.081E+00

O.C

2 .401E-02a .226E-014 .474E-014 .908E-01£ .474E-011.122E+002 .E7SE+00£ .C72E + 00

1.0

4 . 7 3 5 E - C 31 . 0 5 7 E - C 21 . 5 1 E E - C 23 . 1 5 S E - C 2S . E 9 J E - C 2i.oieE+cc2 .020E+CO£.2££E+CC

LOG S / S ' -1 .5

LOG K ' R 2 / K B 2 - 7 . 0

T T / R 2 S R A B

1 . O O O E - 0 13 .162E-011.OOOE+003.162E+001 . O O O E + 011 . O O O E + 021 .OOOE+031 .OOOE+04

4 . C 9 S E - 0 25.199E-011.713E+003.3E3E+005.161E+003.911E+001.267E+011.621E+01

- 6 . 0

T T E

4 . 3 9 8 E - 3 25 .199E-011.718E+C02.353E+C05.158E+CCE.E34E+CC1.251E+C11 .573E+01

- 5 . 0

M E N

4 . 3 S 8 E - 3 2£ . 1 9 7 E : - O 11.717E+0 03 .346=+0 3£ .135E+C0E.733E+001 .1 94E + 011.444E+01

4 . 3 9 1 E - 3 25 .179E-011.703E+003 .296E+035 .002E+008 .130E+001.068E+011.194E+01

- 3 . 0

R E C

4 . 3 3 5 E - 0 25 . 0 5 5 E - 0 11 .635E+003 .0935+304 . 5 4 3 E + 0 07 .017E+003 .277E+008 .Ó85E+00

-2.0

U I T

3.813Ê-324.605E-011 .419E+Û02.5Ó7E+033.6805+004.9265+005.331E+006 .800E + 00

-1 .0

3.1£9E-023.626E-011.096E+001.8£1E+3O2.211E+002.5Í5E+004.321E+306.153E+00

0.0

2 . 3 7 4 E - 0 22 .222E-014 . S 3 C E - 0 1£ . 3 3 4 E - 0 1é .98ÊE-011 .E75E + 002 .937E+00£ .197E + 00

1*0

£ . 0 8 2 E - C 31 . 3 4 9 E - 0 22 . S 2 0 E - C 29 . 4 3 E E - C 23 . 5 6 S E - C 11.943E+C04 . 1 3 O E + C 06 .422E+CC

LOG S / S ' = - 1 . 3

LOG K« R 2 / K B 2 - 7 . 0

T T / R 2 S R A B

I .OOOE-013.162E-011.OOOE+003.162E+001.OOOE+011 .OOOE+021.OOOE+031.300E+04

4 . 0 9 9 E - 0 25 .199E-0 ÎJ.718E+003.253E+005.161E+008.911E+001.2S7E+011.621E+O1

- 6 . 0

T T E

4 . 3 5 3 E - 3 25 . 1 Ç 9 E - 0 11.7I8E+003.353S+C05.158E+CCÊ.634E+CC1.2E13+C11.573E+C1

- 5 . 0

M E N

4 . C 9 S E - 3 2E.197E-011.717E+003 .346E+03£ .135E+00E.733E+001.1Ç4E+C11.444E+C1

- 4 . 0

T S

4 . 0 9 1 E - 3 25 .179E-011.703E+003 .296E+035 .002E+008 .180E+001.067E+311.198E+01

- 3 . 0

R E C

4 . 3 3 5 E - 0 25 . 0 5 5 E - 0 11 .635E+003 .393E+004 . 5 4 2 E + 0 07 .014E+008 . 3 2 0 Ü + 3 09 .206E+00

-2 .0

U I T

3.813E-024.604E-01

2.566E+003.Ó77E+004.963E+005.351E+337.769E+00

-1 .0

3.123E-023.617E-011.092E+00l.S49c+302.250E+002.096E+004.S97E+007.215E+00

O.C

2 . 2 9 3 E - 0 22 .311E-01-4 .722E-01Ê .541E-011 .0655+002.6015+004 .99EE + 007 .280E + 00

1.0

é,117E-C32.275E-C26.125E-C22.27SE-C19.56SE-C12.957E+C0E.217E+007.£ieE+CC

PJITS A PENETRATION CE O . ¿ A l.C ET PIEZCKETRE OUVERT DE 0.8 A 1.3

ABAQUE POUR L'INTERPRETATION OH FCMPAGES EN NAPPE LIBRE ANISCTROFE,

DANS L'HYPOTHESE CE NEUMAN, SELCN FORMULES DE BOULTCN - STRELTSOVA

TABLEAU 6 F


PENETRATIONDUP1EZOMETRE (F)

0 .0 -

0 . 2 -

0 .4 -

0 .6-

0 .8 -

1 tO-

6-66

- Ó6

-ô-1MPERMEAELE / / / / / / / / / / / / •

LOG S / S ' = - 2 .0

LOG K'R2/KB2 - 7 . 0

TT/R2S R A B

X.OOOE-013.162E-011 .OOOE+003.1S2E+001.OOOE+01I.000E+021.030E+03I.303E+04

4. 151E-025.266E-011.740E+002.396E+005.227E+009.028E+C01.286E+011.670E+01

- 6 . 0

T T E

4 .153E-C2E.265E-C11.740E+002.3Ç6E+C05.227E+CC9.027E+001.286E+C11.Ô70E+01

- 5 . 0

M E N

4.151E-02E.266E-011.740c+003.396E+00E.22 7E+0 0Ç. 02BE+001 . 2E6E + 011.650E+01

- 4 . 0

T S

4.150E-325.265E-011.74 0E+0 03.396E+035.227E+009.027E+001.26 6E+011.440E+01

- 3 . 0

R E £

4 .153E-3 25.266E-011 .740E+003.396E+005.227E+008.B23E+001.056E+011.062E+01

-2.0

U 1 T

4.1515-325.26ÛE-011.740E+003.381Ê+305.031E+006 .753E + 006.3Û3E+30Ó.91ÓE+00

-1 .0 0.0 1.0

4 . 1 4 1 E - 0 2 3 . E 2 9 E - 0 2 6 . 3 £ e E - C 35 .205E-01 2 .289E-01 1 . 2 9 9 E - C 21.607E+00 Ê .249E-01 1 . 2 E 2 E - C 22.672E+03 6 .62EE-01 1 . E 1 4 E - C 23.146E+00 6 .680E-01 Z . 0 4 2 E - C 23.200E+00 7 .377E-01 1 .116E-C13.302E+00 1.261E+00 1.022E+CO4.016E+00 2.971E+00 2 .02

LOG S / S 1 = - 2 . 5

LOG K« R 2 / K B 2 - 7 . 0

T T / R 2 S R A E

1 . O O O E - 0 13 .162E-011 . O O O E + 003 .162E+001 . O O O E + 011 . O O O E + 021 . O O O E + 031.030E+04

4 . 151E-025.266E-011.740E+003.396E+00S.227E+009 .C23E+001.2C6E+011.670E+01

- é . OT 7 E

4 . 1 5 3 5 - C 25.26 55-C11.740E+C02.396E+005.227E+0C9.027E+C01.286E+C11.670E+01

- 5 . 0

M E N

4 . 1 5 1 E - 0 2E.266E-011.740E+003.396E+00E.227E+009. C2SE+C01.266E+011 .650E + C1

4 . 1 5 0 E - 0 25 .265E-011.740E+003 .396E+0D5 .22 7E+009.027E+001.266E+011 .44 0E+01

- 3 . 0

R E C

4 . 1 5 0 E - 0 25 . 2 6 6 E - 0 11 .740E + 003 .396E+035 .227E+008 .323E+001.357E+011.064E+01

-2.0 -1.0

U I T S

O . C 1.0

4-.150Ë-32 4.140E-02 3.E27E-02 Í.391E-C25.266E-01 5.205E-01 2.éS8E-01 1.331E-C21.740E+00 1.607E+00 6.2E2E-C1 1.494E-C23.381E+30 2.672E+30 6.665E-01 2.020E-025.031E+O0 3.147E+00 6.636E-01 2.669E-C26.754E+00 3.224E+00 E.901E-01 2.e2£E-Cl6.333E+00 3.51ËE+30 2.004E+00 1.9e8E+CC7.139E+00 4.822E+00 4.039E+00 4.1'

LOG S / S ' = - 2 . 0 -• .

LOG K « R 2 / K B 2 - 7 . 0

T T / R 2 S R A B A

1 . O O O E - 0 13 .162E-01I .000E + 003 .162E+001 .OOOE+011 .OOOE+021 .OOOE+031.000E+04

4 . 151E-025.266E-011.740E+003.396E+005.227E+009.02SE+001.286E+011.670E+01

- 6 . 0T T E

4 .153E-025.2S5E-011.74 0E+0 32.3Ç6=+C05.227E+CC9.027E+C01.2e£E+Cl1.670E+C1

- 5 . 0

M E N

4.151E-02Í.266E-011 .740E+002 .3 96E+0 3E.227E+00Ç.02SE+0 01.2E6E + 011.6503+01

- 4 . 0

T S

4 .15 3E-025.26 5E-011.740E+003.396E+035.22 7E+0 09.027E+001.266E+011.440E+01

- 3 . 0

R E C

4 .151E-325.2Ó6E-011.74OE+003.396Z+305.227E+00B.823E+001.057E+011.072E+01

-2.0

U I T

4.153E-325.266E-011.740E+003.381E+305.031E+006.75ÓE+00Ô.907E+307.641E+00

-1 .0

4.128E-025.204E-0II.6CËE+002.672E+033.1EOE+003.295E+004.037E+005.832E+00

O.C

2.E1EE-022.28eE-01£ .Z67E-01ó.7eeE-oi7 .312E-011.273E+002.962E+005 .146E + 00

1.0

Ê.4 9 5 E - C 31 . 4 3 2 E - C 21 .954E-C22 . 7 7 9 E - C 21.095E-C11.C25E+002.020E+0C5.2Ê4E+C0

LOG S / S ' = - 1 . 5

LOG K ' R 2 / K B 2 - 7 . 0

T T / R 2 S R A B

1 . O O O E - 0 13 .162E-011 .000E+003.162E+001.OOOE+011 . O O O E + 021 .OOOE+031.331E+04

4 . 1E1E-C25.266E-011.740E+003.396E+005.227E+009.02eE+00i.2eeE+oi1.670E+01

- 6 . 0T T E

4 . 1 5 3 E - C 3E.265E-011.74CE+C02 . 3Í6E + C05 .227E+C0•3.027E + 0C1.236E+011.670E+01

- 5 . 0

M E N

4 . 1 5 1 E - 0 2Î .266E-011.740E+003.396E+00E.227E+00Ç . C 2 8E+001.2E6E + 011.650E+01

- 4 . 0

T S

4 . 1 5 0 E - 0 25 .265E-011.74OE+0 03 .396E+035 . 2 2 7E+009.027E+001.265E+011.44 1E+01

-3.0R E C

4 . 1 5 1 E - 0 25 . 2 6 Ó E - 0 11.740E+003 .396E+035 .227E+008 .822E+001 .053E + 011.093E+01

- 2 . 0

U I T

4 . 1 5 3 E - 0 25.265E-011 .740E+003.381£+305.030E+006.764E+007.111E+30

-1.0

4.132E-025.2Û2E-Û11.60ÓE+002.670E+003.1E7E+003.491E+004.604E+036.895E+00

0.0

2.491E-023 .279E-01£.30£E-017 .162E-01e .6S2E-011.979E+004.012E+006 .269E+00

1.0

6.620E-031 .752E-C22.ECEE-C21.04 CE-012.C94E-C11.945E+0C4.12SE+C06.421E+CC

LOG S / S ' -1 .0LOG K ' R 2 / K B 2 - 7 . 0

T T / R 2 S R A B

1 . O O O E - 0 13 .162E-011 .000E + 003 .162E+001 . O O O E + 01î .030E + 021 . O O O E + 031.330E+04

4 . 1E1E-02E.266E-01I .740E + 033.396E+005.227E+009.028E+001.2E6E+011.670H+01

- 6 . 0T T E

4.15-3E-025.265E-011.74CE+C02.396E+C05.227E+CC9.027E+CC1.2B6E+011.670E+C1

- 5 . 0

M E N

4 . 1 5 1 E - 0 2E.266E-011.74CE+003.396E+00E.227E+009.C28E+001 .2665 + 011.C49E+01

- 4 . 0

T S

4 . 1 5 3 E - 3 25 . 2 Ó 5 E - 0 11 .740E + 003 .396E+305 . 2 2 7E+0 09 .02 7E+001.265E+011.443E+01

- 3 . 0

R E C

4 . 1 5 0 E - 0 25 . 2 6 5 E - 0 11.740E+003.396E+005 .227E+003 .820E+001.063E+311.137E+0 1

-2.0

U X T

4.148E-325.265E-011 .740c+00

5.Û235+00ó .787E + 007.555E+309.395E+00

-1.0

4. 112E-025.155E-011.6C4E+002.Ó67E+003.179E+003.923E+005.747E+007.95SE+0Ü

O.C

2.40BB-023 .260E-016 .422E-018 .220E-311 .£045 + 00£.ee3£+00E.070E+007.252E+00

1.0

7 . 6 2 2 E - 0 32 . 7 5 e E - C 2S . C 4 1 E - C 22 .29eE-019 .e3Sc-ClÍ .9E6E+C0Í .216E+C07.E16E+C0

PUITS PENETRANT DE 0.0 A 0.4 ET PIEZCMETRE CCKPLET

ABAQUE POUP L'INTERPRETATION DE FCKPAGES EN NAPPE LIBRE ANISCTRCPE.

DANS L 'HYPOTHESE DE NEUMAN, SELCN F.ORMLLEÍ DE BOULTCN - STRELTSCVA

TAÓLEAU 7 1

PENETRATIONCU FUITS DEFCMFAGE C7)

PENETRATIONDUPIE20METRE XI)

R > I AN ISOTROPENAPPE LIERfc |<O . O -

0 . 2 -

0 . 4 - .

0 . 6 -

0 . 8 -

1 . 0 -///////////// IMPERMEAELE ///////V/////

LOG S/S« = -3.0

OG K - R 2 / K B 2

T T / R 2 S

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 0 03 . 1 6 2 E + 0 01 .OûOE+011 . O O O E + 0 21 . O O O E + 031 . D0 3E+04

- 7 . 0

R A B A

2.A59E-023.119E-011.031E+002.012E+003.C97E+005.346E+001.CC2E+009.784E+00

- € . 0

T T E

2 .4E9E-C23.119E-011.021E+0C2.C12E+CC3.0Ç£E+0C5.331E+007.5C9E+CC9.427E+00

- 5 . 0

M E N

2.459E-023.11eè-011 .03CE+002.C07E+002.CB1E+00£.240E+00•/ .155E + C0E .376E+00

- 4 . 0

T S

2.455E-023.107E-011 .022E+001.977E+033.001E+004-.899E+00Ó . U 7 E + 0 06.5Ô7E+00

- 3 . 0

R E C

2 . 4 2 Ö E - 0 23.034E-019.811E-0 11.854E+002.717E+003 . 9 2 1 E + 0.04 . 3 5 9 E + 3.04 . 6 4 5 E + 0 0

- 2 . 0

U I T

2.294E-022.764E-016.448E-011 .466E+001 .536E4002.353E4002.E30E4003.eiee+oo

s11c7891

-4

- 1 . 0

• 671E-.02.944E-01.004E-01•533E-01.6eoe-ûi•324E-01.476E+00.066E+00

O . C

S.2£9E-027.E02E-021 .4ecE-011 .E65É-011 .Ê27E-012.452E-011.1E7E+002 .£c«E*00

1.0

1.432E-C32.920E-03Î .SSEE-C33.060E-032.€4£E-C24.eiOE-C21 .C££E+CO5.276E+C0

LOG S/S' = -2.E

OG K - R 2 / K B 2

T T / R 2 S

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 003 . 1 Ê 2 E + 0 01.O00E+011 .OOOE4-021 . O O O E + 0 31 . 0 O O E + O 4

- 7 . 0

R A B A

2 . A E 9 E - 0 23 .119E-011.021E+0O2.012E+003 . 0 Ç 7 E + 0 0S . 3 & 6 E + 0 07 .6C2E+009 .784E+O0

- É . 0

T T E

2.459E-322 .U9E-011.031S+CC2.C12E4-0C2.Û95E+Û0S.321C+C07.S05E4-0CÇ.429E+00

- 5 . 0

M E N

2.459E-322.118E-011.C30S+00a.C07c+0 03.C81E+005.24CE+007.156E«-00Í.33SE+00

-4 .0

T S

2.455E-023.107E-011.022E+0 01.977E+303.001E4-004.900E+006.126E+006.661E+00

-3 .0

R E C

2.426E-023.034E-019 .811E-0 11.554E4-002.717E+003.927E+004..425E+005.202E+00

- 2 .0

U I T

2 . 2 9 6 E - 0 22 . 7 6 4 E - 0 18 . 4 5 0 E - 0 Í1.467E+301 .540E + 002 . 2 9 4 E 4 0 02 .889E+005 .445E+00

- 1 . 0

S

1 . 8 7 6 E - 0 21.9<i=E-015 . 0 1 1 E - 0 17 . 5 6 « E - 0 18 .782E-01î.oesE+oo2.487E+Û0S.560E+00

O.C

Ç.2â£E-037 .812E-021.474E-01i .eieE-oi1 .ElEc-014 . 7 4 Ê E - 0 12 .325E+004 .£C1E + OO

1.0

1 . 2 E 5 E - C 32 . e 7 0 E - C 32 . Í7 9 E - C 3C . Î E 0 E - C 27 . Ç £ 7 E - C 23 . 1 7 5 E - C 1¿ .124E+C0A.422E+0Q

LOG S/'S' = -2.3

OG K*R2/KB2

TT/R2S

1 .OOOE-013.162E-011.OOOE+003.162E+001.000E+011.OOOE+021.C00E+031.OOOE+04

- 7 . 0

R A B A

2.4 59E-023.119E-011.021E+002.0125+003.0Ç7E+005.346E+007.Ê02E+009.764E+00

- 6 . 0

T T E

2.459E-023.119E-011.C31E+CC2.012E+CC2.CÇ£E+CC5.331E+C07.SCÇE+CC9.423E+00

- 5 . 0

M E N

2.459E-023.11 8E-011.C3CE+002.0O7E+003.C81E+C0E.24 0E+OO7.160E+00E.426E+C0

- 4 . 0

T S

2.455E-323 .107E-0 I1 . 022E+0 01 .977E + 033 . 0 0 2 E + 0 04 . 9 0 3 E + 0 06.155E+036.925E+0 0

- 3 . 0

R E C

2.427E-023.034E-019.813E-011.855E+002.719E+003.947E+004.626E+336.373E+00

- 2 . 0

U 1 T

2.302E-D22.766E-018.457E-011.469Ë+301 .949E4002.510E+003.805E+007.265E+00

- 1 . 0

S

1 .S92E-021.9S1E-015.024E-017.6é3E-019.1C3E-011.468E+004.046E+336.877E+00

o.e

9.2E£E-037 .Ë43E-021 . E C 6 E - C 11 . 7 8 7 E - 0 1Z . 446E-011.149E+002 . E 7 S E + 0 0£ .984E + 00

1 . 0

1 . 2 3 9 E - C 22 . 7 2 6 E - C 3; . 2 £ E E - £ 21 . 4 7 7 E - C24 . Í46E-C21.G74E+C02.26ÉE+C05.SE3E+C0

LOG S/S' -1.5

OG K<R2/KB2

TT/R2S

1 .OOOE-013.1C2E-011.000È+003.162E+001.OOOE+011.OOOE+021.OOOE+031.DOOE+04

- 7 . 0

R A B A

2 .4 59E-023.119E-011.031E+002.012E+003.CÇ7E+00£.3t6E+007.602E+O09.786E+00

- e . oT T c

2.459S-323.119E-011.C31E+CC2.012=+CC3.C9EE+OC5.331E+00•J.S10E+009.«47E+0C

- 5 . 0

M E N

2.459E-023.118E-C11.030E+002.0C7E+002.CS1E+C0£.241E+007.171E+C06.Î33E+00

- 4 . 0

T S

2.456E-323.107E-011.022E+001.978E+003.002E+004.911E+006.242E+007.54 9E+00

- 3 . 0

R c C

2.431E-023.035E-019.817E-011.85ÓE+032.724E+004.006E+005.164E+038.122E+00

- 2 . 0

U I T

2.322E-022.773E-018.43ÛE-011 .478E + 301 .980E4002.8£3E+005.417Ê+008.809E+00

- 1 . 0

S

1.940E-021.96ËE-015.1C7E-017.974E-011.025E+0C2.4E9E+005.529E+J08.09QE+00

o.e

S.267E-037 .93£E-02i .eiee-ci2.226E-014 .£6CE-0I2.25ee+oo4.768E+307 .122E + 00

1.0

7.eaeE-c«2.364E-C36.04EE-C34 .270E-C¿3.C36E-C1£.1C£E+CC4.001E+CO£.71£E+CC

LOG S/S« = - 1 . 0

LOG K»R2/K.B2 - 7 . 0

TT/R2S R A B

1.OOOE-013.IÓ2E-011.OOOE+003.1C2E+001.OOOE+011.OOOE+021.OOOE+031.0 33E+04

2 . 4 59E-023.119=-011.031È.+002.012E+003.CÇ7E+00E.346E+007.6C2E+009.7O0E+00

- 6 . C

T T E

2.459E-323.119E-011.C31E+CC2.012E+CC3.C95E+0C5.331E+007.ïl£E+0C9.4e7E+CC

-5 .0

M E N

2.459E-C23.11eE-Cl1.C3CE+C02.008E+C33.C81E+00£.244E+O07.2C5E+00£.c02E+00

- 4 . 0

T S

2 . 4 5 7 E - 3 23 . 1 0 3 E - 0 11 .022E+001 .978E + 003 .004E+004 . 9 3 5 E + 0 06 .484E+0 38 .722E+0 0

-3.0

R E C

2.4-43E—323.039E-019.330E-011.860E+332.739E+0C4.18AE+00Ô.2S1E+309.927E+00

- 2 . 0 - 1 . 0

U I T S

2.3B4E-322.793E-013.SS1E-01

2.075E+003.713E4007.174E4D31 .00ÓC + 01

2.090E-022.021E-0Í5.224E-016.92 3E-011.382E+0C3.951E+006.776E+009.217E+00

O.C

9.0E1E-03£ .203Ë-021.9ÊCE-014 .141E-011 .C69E + 002.472E+0C

£ .231E + 00

1.0

O.C2.2E8E-C33.2C3E-C22.71£E-C19.994E-£13.177E+CCÍ.4S9E+CC7.£1SE+CC

PJITS A PENETRATION DE 0.0 A C.4 ET PIEZCNETRE OUVERT DE 0.4 A 1.0

ABAQUE POUR L'INTERPRETATION DE FCMPAGES EN NAPPE LIBRE ANISCTROPEt

DANS L'HYPOTHESE DE N3UMAN, SELCN FOPMLLES DE BOULTCN - STRELTSCVA

TABLEAU

PENETRAT IONCU PUITS DEFCMÍ-AGE (7)

PENETRATIONDUPIE2ÛMETRE l&)

>jANISOTROPE£1

////////////!/ IMPERMEABLE / / / / / / / • / / / / /

LOG S / S 1 = - 3 . 0

LOG K«R2/KB2 - 7 . 0 - 6 . 0 - 5 . 0


1 . O O O E - 0 13 . 1 Ó 2 E - 0 I1 . O O O E + 0 03 .162E+001.00OE+011 . O O O E + 0 21 . O O O E + 0 31.033E+04

2 . 6 2 7 E - 0 4 2 .529E-3 .331é-03 3 .341S-1 .102E-02 1 .1C9E-Z . 1 E 2 E - 0 2 2 .16 3E-3 . 3 2 1 E - 0 2 3 .4E3E-5 .871E-02 7 . 1 Ö S E -Ç . 6 1 6 E - 0 2 1.734=-1.981E-01 4 .951E-

24 2 . 6 5 8 E - 0 403 3 . 4 3 7 E - 0 3C2 1 .186E-0202 2 . E 3 2 E - 3 2C2 4 . 6 2 9 E - 0 2C2 1 .473E-0101Cl 1.272E+00

—4.0

T S2 . 94 7E-344 .345E-031.84BE-025.04 2E-0 21.127E-014.315E-011.234E+001.769E+00

- 3 . 0

R E C

5.366E-041.048E-025 .265E-021.533E-013.500E-011.146E+001.ÖSOE+OO1.753E+00

-2.0

U I T

1 .643E-333 .301E-021 .663E-014.694Ë-319.031E-011 .43ÍE+001.483E+001 .8255 + 00

- 1 . 0 • 0 . 0 1.0

5 . 1 9 1 E - 3 3 9 . S 3 E E - 0 3 I9 . 8 4 4 E - 0 2 S . 9 5 6 E - 0 2 4 . 0 2 3 E - 0 23 . 8 6 7 E - 0 1 1 .91SE-01 4 . 2 2 1 E - C 37 . 1 0 1 E - 0 1 2 .049E-01 4 . e 3 £ E - 0 38 . 5 Ê 6 E - 0 1 2 .124E-01 7 . 0 3 4 E - C 39 . 0 2 7 E - 0 1 3 . 0 9 E E - O 1 6 . S 5 4 E - C 21.185E + 00 l . U E E + 0 0 1.062E + 002 . 6 E 6 E + 00 3 .243E+00 3 .163E+CC

LOG S/S« = -2 .5

LOG K'R2/KB2 - 7 . 0 - 6 . 0 —5.0


1 .OOOE-013.162E-011.000E+003.152E+001.000E+011.OOOE+021.000E+031.003E+04

2.626E-04 2.629=-3.331E-03 3.3*-l=-1.102E-02 1.1C0E-2.1S2E-02 2.13SE-3.321E-02 3.453E-5.871E-02 7.159E-9.615E-02 1.734E-1.981E-01 A.951E

34 2 . 6 5 8 E - 0 AC3 3 . 4 3 7E-03C2 1 .186E-0202 2 . £ 3 2 E - 0 2C2 A . 6 2 9 E - 0 202 1 .473E-01Cl « .6E4E-0101 1.273E+00

- 4 . 0

T S

2.948E-344.34 5E-0 31.84 8E-025 . 342E-321.127E-014.315E-011.234E+001.776E+00

-3.0

R E C

5.367E-041 .048E-025.26SE-0 21.533E-013.500E-011.147E+001.6S8E+001.622E+00

-2.0

U I T

1 .645E-033.301E-021 .663Ë-014.694E-319 .033E-011 .433E + 001.569E+002.429E+00

-1 .0

5.202E-039.847E-023.868E-017.112E-018.64 2E-019.728E-011.714E+003.876E+00

O.C 1.0

S .S47E-03 1 . S E 9 E - C 3S . 9 Ó S E - 0 2 4 . 1 1 5 E - 0 31.S2EE-01 4 . 7 3 4 E - C 32 .112E-01 6 . S 1 4 E - 0 32 .347E-01 I . Í 3 6 E - C 2£.331E-01 3 . 4 2 4 E - C 12 .101E+00 2.069E + 004 .401E+00 4 .323E+CC

LOG S/S' = -2 .3

LOG «'R2/KB2 - 7 . 0

TT/R2S R A B

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O 0 E + O03 .162E+001 . O O O E + 0 11 . O O O E + 021 . 0 0 0 E + 031 . 0 33E + 04

2 . 6 2 6 E - 0 43 . 3 3 1 E - 0 31 . 1 0 2 E - 0 22 . 1 E 2 E - 0 23 . 3 2 1 E - O 25 . 8 7 1 E - 0 29 . 6 1 6 E - 0 21.9E1E-01

- 6 . 0

T T E

2 . 6 2 9 E - C 43 . 3 4 1 E - C 31 .1 C0E-C22. iee=-023 . 4 S 3 E - C 27 .169E-021.734E-014 . 9 S 1 E - C 1

- 5 . 0

M E N

2 .658E-043 .437E-031.166=-022 .£32E-324 .629E-021.473E-014.684E-011.274E+00

- 4 . 0

T S

2 .94 3E—344 . 3 4 5 E - 0 31 .343E-025 . 3 4 2 E - 0 21.127E-014 .316E-011.235E+0 01 .¿JOOE+00

- 3 . 0

R E C

5 . 3 7 2 E - 0 41 .048E-0 25 . 2 6 6 E - 0 21 .533E-313 .501E-011.147E+0 01 .711E + 302 .073E+0 0

-2.0

U I T

1 .650E-333 .303E-021 .663E-01A.Ó9ÓE-019 .041E-011.461E+001 .816E + 003.458E+00

-1 .0 o.e 1.0

5.23£E-03 9.Ç84E-03 1.926E-039.853E-02 1.001E-01 4.413E-033.873Ê-01 1.969E-01 C.£41E-C37.146E-01 2.310E-31 l.£76E-C28.817E-01 3.04EE-01 6.77EE-C21.177E+00 ]2.677E+30 3.2335.067E+00 5.£££

3.174E+C0Í.466E+0C

LOG S / S ' - 1 . 5

LOG K«R2 /KB2 - 7 . 0 - 6 . 0 - 5 . 0


1 . O O O E - 0 13 . 1 Ó 2 E - 0 11 . O O O E + 003 . I62E+001 . O O O E + 011 . O O O E + 021 . O 0 0 E + 031 .030E+04

2 . 6 2 7 E - 0 4 2 .629E-3 .331E-03 3.341=-1 .102E-02 1.1C9E-2 . 1 E 2 E - 0 2 2 .1Ô8E-3 . 3 2 1 E - 0 2 3 .4E3E-5 .871E-02 7.159=-9 .616E-02 1.734E-1.981E-01 4 . 9 E 3 E - C 1 1 .276E+00

34 2 . 6 5 8 E - 0 403 3 . 4 3 7 E - 0 3C2 1 .186E-02C2 2 . Î 3 2 E - 3 2C2 4 . Ê 2 9 E - 0 202 1 .473E-01

4 . 6 E 6 E - 0 1z-Cl

- 4 . 0

T S

2 . 9 4 8 E - 0 44 . 3 4 5 E - 0 31 . S 4 8 E - 3 2S . 3 4 2 E - 3 21 .127E-014.31 7E-011.2385+001 . 5 7 1 E + 00

-3 .0

R E £

5.389E-041.048E-0 25.267E-0 21.534E-0 13.502E-011 .150E+001.782E+3 02.667E+00

-2.0

U I T

1.665E-033 .303E-021.665E-014.70lc-319 .0Ó7E-011.529=4002.431EO04.S54E+00

-1.0

5.343E-039.893E-023.890Ê-017.2E3E-019.3S1E-011.687E+003.64âE+336.234E+00

0.0

1 . 0 1 0 E - 0 21 .014E-012 . C 9 6 E - 0 12 .922E-01£ .142E-012 .074E+004 .572E + 006 .691E + 00

1.0

1 . 6 3 5 E - C 3S . 4 3 3 E - 0 31 . 4 C 2 E - C 26.3 62E-023 . 2 Ê 6 E - C 1Í.042E+004 .295E+CC£.£SeE+CO

LOG S/S« = - 1 . 3

LOG « ' R 2 / K 6 2 - 7 . 0 - 6 . 0

TT /R2S R A B A T T

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 003 .162E+001 . O O O E + 011 . O O O E + 0 21 . 000E + 031 .030E + 04

2 .627E-04 2 . 6 2 9 E -3 . 3 3 1 E - 0 3 3 . 3 4 I E -1.102t-02 1 . 1 C Ç E -2.1E2E.-02 2 . 1 8 S E -3 . 3 2 1 E - 0 2 3 . 4 £ 3 E -5 .871E-02 7 . 1 7 0 E -9 . 6 1 6 E - 0 2 1 .735E-1.981E-01 4 . 9 5 6 E -

- 5 . 0

E M E N

04 2 . 6 5 8 E - 0 403 3 . 4 3 7 E - 0 3C2 1 . 1 8 6 E - 0 202 2 . £ 3 3 = - 3 2C2 4 . 6 3 0 E - 0 2C2 1 .474E-01Cl 4 .691E-3101 Í .2E5E+00

-4 .0

T S

2.954E-344.34 7E—031.849E-025. 34-4E-321 .127E-014.322E-011.24 6E+0 32.063E+00

- 3 . 0

R E C

5.437E-041 .050E-025 .272E-021.5 35E-0 13 .507E-011.158E+001.978E+003.645E+0 0

-2.0

U I T

1 .712C-333.323E-021 .670E-014.717Ê-319 .145E-011 .721E + 003.371E+305.792E+00

-1 .0

5.668E-039.999E-023.94 0E-017.57ot-01î.oaeb+oo2.591E+004.979E+337.327E+00

O.C

1 . 042E-021 .053E-012 .484E-01•4 .716E-011 .036E+003.14£E+00£ .469E+007 .790E + 00

1.0

1 . E 2 S E - C 3S . 2 S O E - 0 3£ . 1 6 4 E - C 22 . Ç 7 6 E - C 19 .6£7E-Ci3 .C91E+CC£.3eCE+007 .7C1E+C0

PUITS PENETRANT DE 0.0 A C.4 El PIEZCME7RE DE 0.0 A 3.4

ABAQUE POUR L'INTERPRETATION DE FCKPAGES EN NAPPE LIBRE ANISCTKOPE,

DANS L"HYPOTHESE DE NELMAN, SELCN FORMULES DE BOULTCN - STRELTSOVA

TAdLEAU 7 7

PENETRATIONCU PUITS DEFCMPAGfc (7)

PENETRATIONCUPIE2UMETRE Í7J

NAPPE0 .0 -

0 . 2 -

0 . 4 -

0 .6 -

0 . B -

1 . 0 -

- R -

+-K

>|ANISOTROPE

7

////•//////// IMPERMEABLE *//////V/////

LOG S/S« = -3.0

OG K « R 2 / K B 2 - 7 . 0

T T / R 2 S

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 003 . 1 Ê 2 E + 0 01 . O O O E + 011 . O O O E + 021 .0C0E+031 . 0 3 0 E + 0 4

R A B A

6 . 1 C 8 E - 0 27 .749E-0 I2 .561E+004 . Ç Ç 8 E + 0 07 . 6 9 2 C + 0 01.3285+011.&86E+012.416E+01

- 6 . 0

T I E

6.137E-327.748E-012.561E+0C4.ÏS6E+CC7.666E+C01.222E+011.6E1E+C12.283E+C1

- 5 . 0

K E N

C l 07E-027.744E-012.557E+O04.981E+0D7.£33E+C01.268E+011.718E+011.902E+01

- 4 . 0

T S

6.093E-327.703E-012.527E+004.868E+0 37.334E+001.160E+OÍ1.344E+311.370E+01

-3 .0

R E C

5 . 9 7 3 E - 0 27 . 4 2 6 E - 0 12 . 3 7 4 E + 0 O4 . 4 0 5 E + 0 06 . 266E + 00S . 0 7 9 E + 0 0S . 3 3 3 E + 0 38 . 6 0 9 E + 0 0

- 2 . 0

U I T

5 . 4 7 6 E - 3 26 . 4 1 2 E - 0 11.862E+002 . S 6 0 E + 3 03 . 4 B 4 E + 0 03 .723Ê+003 .88 6E-1005 .130E+00

-1 .0 O.C 1.0

2.ee6E-02 E.271E-03 £.916E-C43.3e0E-01 4.5eiE-02 1.435E-036.7CEE-01 7.E62E-0Z 1.E60E-C38.164E—01 E.414E-02 1.9£CE-C38.722E-01 E.92EE-02 2.422E-C39.2CEE-01 l.£C£E-01 E.220E-C21.42EE+00 9.567E-01 1.02EE+CC3.812E+00 2.172E+00 2.122

LOG S/S« = -2.5

OG K-R2/KB2

TT/R2S

1 .OOOE-013.162E-011.000E+003.1C2E+001.OOOE+011.000E+021.OCOE+031.OOOE+04

-7 .0

R A B A

6.10 3E-027.749E-012.5C1E+004.998E+007.692E+001.328E+011.886E+012.416E+01

- 6 . 0

T T E

6 . 1 C 7 E - 3 27 .746E-012.E61E-I-0C4 . 9 Ç e = + 0 07 .66ÊE+C01.322E4-01i.e£i=+ci2.282E+C1

- 5 . 0

V E N

€.1 07E-027 .744E-012 . 5 5 7 E + C C« . 9 8 1 E + 0 07 .633E+001.288E+011.719E+011.9C4E+01

- 4 . 0

T S

6 . 0 9 3 E - 0 27 . 7 0 3 E - 0 12 .527E+004 . 8 6 8 E + 0 07 .234E+001.160E+011 .344E4-011.380E+01

- 3 . 0

R E C

5 . S 8 S E - 0 27 . 4 2 7 E - 0 12 . 3 7 4 E + 0 04 . 4 Q 5 E + 0 06 . 2 6 6 E + 0 Û3 . 0 6 5 E + 0 0S . 3 9 8 E + 0 09 . 1 5 5 E + 0 0

- 2 .0

U I T

5 . 4 7 6 t - 0 26 .412E-011.e62E+002 . Ç 6 1 E * 0 03 .487E+003 .759E4004 .235E+006 .679E+00

- 1 . 0

S

3 . 8 8 S E - 0 23 . 3 8 0 E - 0 16 . 7 1 0 E - 0 16 . 1 9 2 E - 0 18 .83£E-011.05ÍE+002 .373E+005. ie£E+0Û

O . C

E . 3 7 4 E - 0 34 . 5 9 2 E - 0 27 . Í 6 C 6 - 0 2£ . 6 5 £ E - 0 21 . C 5 0 E - 0 12 . E 3 4 E - 0 12.014E-I-004 .22£c + 00

1.0

C . Ç E 7 E - C 41 . E 0 S E - £ 31 . S 1 0 E - C 33 . 2 6 7 E - C 31 .011E-C22.cseE-cií .02ÉE+C04 . '2£7E*CC

LOG S/S« - 2 . 0

LOG K « R 2 / K B 2 - 7 . 0

T T / R 2 S R A B

1 . O O O E - 0 13 .1S2E-011.OOOE+003 .162E+001.OOOE+011 . O O O E + 0 21.000E+031 .003E + 04

6 .1C8E-027.749E-012.5É1E+004.998E+007.6S2E+001.228E+011.886E+012.416E+01

- 6 . 0

T T E

6.107E-027.748E-012.561E+004.ÎÇ6E+007.666E+O01.222E+01l.e£lE+012.2e3E+01

- 5 . 0

M E N T

É.107E-02 6,7.744E-01 7,2.557E+C0 2,4.981E+00 4,7.633E+O0 7,I.268E+01 1,1.719E+C1 1,1.907E+01 1,

093E-327 03E-01527E+00868E+3Û334E+00160E+01347E+01406E+01

- 3 . 0

R E C

5.98SE-027.427E-012.374E+004.405E+00Ó.267E+008.103E+008.595S+Û01.030E+01

-2.0

U I T

5.476E-326.412E-011.663E4002.962E+333.4Î6E+003.S72E4005.119E+0ÛS.356E+00

-1.0

3.886E-023.381E-016.726E-018.2e3E-019.192E-011.428E+003.7SEE+006.37EE+00

O.C

E . 3 6 C E - 0 34 .626E-02E .269E-021 .025E-011 .E74E-01S.501E-012 .164E + 005 .472E + 00

1.0

7 .Ce iE-C41 .7E1E-C22 . J £ S E - C35.735E-C2E.ie2E-C21.C1EE+0C2.124E+CC5.4C7E+CC

LOG S/S« - 1 . 5

OG K-R2/KB2

TT/R2S

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 0 03 . 1 £ 2 E + 0 01 .OOOE+011 . O O O E + 0 21 . O O O E + 0 31 .0 30E+04

- 7 . 0

R A B A

6.1 O S E - 0 27 . 7 4 9 E - 0 12 . E Ê 1 E + C 04 . Ç 9 8 E + 0 07 .692E+001 .22SE + 011.686E+012.416E+01

- 6 . 0

T T E

6 . 1 0 7 E - 0 27 .748E-012 .561E+CC4 . S 9 6 E + C 07.666E+CC1.322E+01l.eElE+Cl2.284E+01

- 5 . 0

K E N

6 . 1 0 7 E - 0 27.744E—012 . 5 5 7 E + C 0« .981E+00"Î.633E + 001.268E+011.720E+011 .917E + 01

- 4 . 0

T S

6.093E-327.703E-012.527E+004.868E+007.335Ë+001.161E+011.355E+011.467E+01

- 3 . 0

R E C

5.9e5E-027.4 27E-012.374E+004.406E+336.270E+008.1585+009.123E+001.197E+01

56

23469

- 2 . 0

U I T

• 4 7 6 Ê - 0 2•413E-01.863E+00.968E430.E22E400•204E400.651E+03. 7 3 Ö E + 0 0

- 1 . 0

S

3 . 8 £ 6 E - 0 23 . 3 8 6 E - 0 16 . 7 7 9 E - 0 18 . 5 6 7 E - 0 11 .020E+002 . 3 4 e E + 0 C5 . 1 2 7 E + 0 07 .540E+00

O . C

E . 4 1 E E - 0 24 . 7 4 2 E - 0 2S.2S7E— C2i . 4 9 5 E - 0 12 . 3 9 3 E - 0 11 .9ËEE+0C4 .29EE + 006 . 6 1 3 E + 0 0

1.0

7 . 4 7 3 E - C 42 . E 7 7 E - C 2£ . 6 3 0 E - C 24 . E 6 2 E - C 22 . 9 7 2 E - C 12 . 0 C 1 E + C C4 . 2 4 Q E + C C6 .E37E+C0

LOG S / S ' - 1 . 3

OG K « K 2 / K B 2 - 7 . 0

T T / R 2 S

1 . O O O E - 0 13 .162E-011 . O O O E + 0 03 . 1 6 2 E + 0 01 . O O O E + 0 11 .O0.0E+021 . O O O E + 0 31 .300E+04

R A B A

6 . 1 C 8 E - 0 27 .7495-012 .5£1E+OO4.993E+007.692E+001.228E+011.6E6E+012.417E+01

- 6 . 0

T T E

6 . 1 C 7 E - 0 27 .748E-012 .E61E+004 . Ç Ç 6 E + C 07 .686E+001.222E+011.8E2E+C12.2&eE+01

- 5 . 0

M E N

£ . 1 0 7 E - 0 27 .744E-012 . 5 5 7 E + C 04 .981E+037 .623E+001.288E+C11.722E+011.94 3E+C1

- 4 .0

T S

6 . 0 9 3 E - 3 27 . 7 0 3 E - 0 12 .527E+004 .868E+337 .336E+001.163E+011.378E+011.530E+01

- 3 . 0

R E C

5 . 9 8 4 E - 0 27 . 4 2 7 E - 0 12 . 3 7 4 E + 0 04 . 4 3 7 E + 0 0Ó . 2 8 0 E + 0 03 . 3 2 1 E + 0 01.021E+311.361E+01

- 2 . 0

U I T

5 . 4 7 6 E - 3 26 . 414E-011 . Ö 6 6 E + 002 . 9 8 4 Ê + 0 03 . 6 0 5 E 4 0 05 . 0 3 3 E + 0 0& . 2 6 9 c * 3 01 .093E + 02

- 1 .0

S

3 . 8 8 E E - 0 23 . 4 0 0 E - 0 16 . 9 4 4 E - 0 19 . « 4 5 E - 0 11 .357E+0C3 . 7 1 E E + 0 C6 . 2 9 1 E + 3 08 .627E+00

O.C

E . E 1 E E - 0 3E . 1 0 6 E - 0 21 . 2 4 E E - 0 12.079E-01£ . E 6 9 E - 0 12 . C 8 0 E + 0 CE . 2 9 1 E + 0 07 .702E + 00

1.0

£ . 2 2 £ E - C 4E.7C6E—C32 . 9 E 1 E - C 2£.eesE-ciS.E22E-C12.C44E+00E.222E+C07.Ê40E+C0

PUITS PENETRANT DE 0.0 A C.4 ET PIEZCME1RE DE 0.6 A 1.0

ABAQUE POUR L'INTERPRETATION DE FCMPAGES EN NAPPE LIBRE ANISCTRQPE,

DANS L'HYPOTHESE DE NEUMAN, SELCN FGKMU-ES DE BOULTCN - STRELTSDVA

TABLEAb 7 A

PENETRATIONCU FUITS DEFCMPAGE (7)

NAPPE LIBRE |<

70 .2 -

0 .4 -

0.6-

0 .8-

1 . 0 -

7-7-

-R—

PENETRATIONCUP1EZOMETRE 1A)

->iANISOTROPE

-K«—

A-A-

///////////// IMPERMEAeLE ////•///////•

LOG S/S' -3.0

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0 - 5 . 0


1 .000E-01 l.CÇlfc-06 1.13eE3 . 1 6 2 E - 0 1 1 .324C-05 1.325=I . O C O E + 00 4 . 3 4 9 E - 0 5 4 .360E3 .162E+00 S . 4 7 7 E - 0 5 E .491E1.000E+01 1 .305E-04 11.000E4-02 2 . 2 E 3 E - 0 4 2 . 1 2 0 E - 0 4 1 . 3 2 2 E -1 . O C O E + 0 3 3 . 0 3 0 E - 0 4 £ .2715-04 1 . 2 3 4 E -1.000E+04 2 . 2 3 3 E - 0 4 1 . 2 4 7 E - 0 2 4 . 5 2 0 E -

-C6 1 .029E--0S 1.314c--C5 4 .333E--C5 8 .290E-

.3056-04 1.175E-

C6 9 . 5 8 7 E - 0 7 6.C5 1 . 2 3 8 E - 0 5 3,05 3.484E—05 4.05 4 . 5 6 5 E - 0 5 1.04 4 . 7 7 1 E - 0 5 1,04 1 . 2 2 1 E - 0 2 4 ,02 4 . 5 1 O c - 0 1 1,01 1 .013E+00 1.

-3.0

R E C

574E-07192E-06636E-06761E-04178E-O24Ö0E-O10095+0 0051E+0-0

-2.0

U I T

0.07.323E-058.SSÍE-031 .0366-014.207E-019.755E-011 .317EO01 .260E+00

-1-0

4.678E-043.329E-022.490E-015.fl55E-0l7.4eEE-0l7.842E-01l.OÛOE+002.235E+00

o.c

e.4eiE-031.032E-012.C33E-012.176E-012 .24ÇE-013.164c-Cl1.061É+0C

1.0

Í.153E-C34.4CSE-C34.C7ËE-C3E.E0SE-C3¿.391E-C37.7S4E-C2l.C49E»C03.13SE4-CC

LOG S / S ' - 2 . £

LOG K'R2/KB2 - 7 . 0

TT/R2S R A B

1 . O O O E - 0 13 .162E-011 .OOOE-t-003 .162E+001 .000E + 011 . O O O E + 021.000E+031 . O 0 O E + O4

1 .127E-06 1.1 . 3 2 5 E - 0 5 1.4 . 3 4 9 E - C 5 4 .E . 4 7 8 E - 0 5 E .1 .305E-04 1.2 . 2 Î 2 E - 0 4 2 .3 . 0 7 4 E - O 4 2,3 . 2 1 5 E - 0 4 1.

- 6 . 0

T T E

139E-06326E-05364E-C5492E-053055-04119E-04281E-C4247E-02

- 5 . 0

M E

1 .0 02E-1 .3C9E-4.323E-e.273E-1.173E-1.321E-1.234E-4 .520E-

N

06C5050504040201

- 4 . 0

T S

8 . 8 3 9 E - 0 71 . 2 2 2 E - 0 53 . 4 Ó 9 E - 0 54 . 5 5 3 E - 0 54 . 7 6 8 E - 0 51 . 2 2 1 E - 0 24 . 5 1 0 E - 0 11 .017E+00

- 3 . 0

R E C

7 . 7 0 9 E - 0 73 . 2 £ 3 E - 0 64 . 6 4 2 E - 0 61 . 7 6 1 E - 0 41 . 1 7 8 E - 0 24 . 4 8 1 E - 0 11 .013E+001 . U 2 E + 0 0

- 2 . 0

U I T

3.234E-097.333E-05S.551E-031 .036E-314.2076-019.7996-011.077E+OO1 .717E+00

-1 .0 O.C 1.0

4.e78E-04 £.4eiE-03 2.161E-C23.329E-02 1.C33E-01 4.564E-032.4S1E-O1 2.C44E-C1 E.4C2E-C35.863E-01 2.236E-01 e.2C3E-C37.5C2E-0J 2.464E-01 1.Í75E-C28.366E-01 £.277E-01 3.4S3E-C11.416£«-00 1.57SE + 00 i.03£E*CC3.317E+00 4.200E+00 •

LOG S / S ' -= -2 .3

LOG K'R2/KB2 - 7 . 0 - 6 . 0


1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 003 .162E+001 . O Û O E + Ol1 .000E+021 .000E + 031 . 0 0 O E + O 4

1 .130E-06 1 .123E-1 . 3 2 5 E - 0 5 1.321E-4 . 3 4 7 E - 0 5 4 .3565-6 . 4 7 4 E - 0 5 e .4815-1 .304E-04 1.302c-2 . 2 4 9 E - 0 4 2 .116c-3 . C 7 2 E - 0 4 2 .266E-3 . 2 1 3 E - 0 4 1.247E-

0404

- 5 . 0

M E N

• . 0

06 9.293E'OS 1.295E'CS 4.3 05E-C5 e.247E

1.172E1.32 0E

04 1.234E02 4.S21E

-07 9 .381E-07-C5 1 .237E-05-C5 3 .492E-05-05 4..574E-35-04 4 .783E-05-04 1 .221E-02-02 4.512E-01-01 1.031E+00

- 3 . 0

R E C

5.141E-072.Í66E-064.399E-061.757E-041 .178E-0 24.482E-011.026C+3 01.268E+00

478149

2

- 2 . 0

U I T

•142E-0Ö.331E-05.££16-03.03ÓE-01.20dE-01.937E-01•251E«00.«69E+00

S

43257924

- 1 . 0

•aeoE-04•329E-02.49 1E-01. 8 7 7 E - 0 1. 6 1 9 E - 0 1. 9 1 7 E - 0 1.226E+00.455E+00

o.e

E . 4 8 4 E - 0 31 .035E-012 . C 6 1 E - 0 12 . 4 2 S E - 0 13 .130E-011.054E«-003 .05SE + 00£ .339E+00

1.0

£ . l C £ t - C 3£ . C £ e £ - C 37 . E 6 £ E ^ C31 . 9 1 3 E - C 27 . E 7 3 E - C 21 .042E+CC3 . 1 2 7 E + C C£ . 4 C 7 E + C 0

LOG S / S 1 = - 1 . 5

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0


1 .OOOE-013.162E-011.000E+003.162E+001.000E+011.Û00E+C21.O00E+031.O00E+O4

1 . 1 2 0 E - 0 Ó 1.100c1 . 3 2 3 E - 0 5 1 .31964 . 3 4 7 E - 0 5 4 . 3 E C S '6 . 4 7 9 E - 0 5 E . 4 7 4 E1 .305E-04 1.302E2 . 2 E 1 E - 0 4 2 .115=3 . 0 8 0 E - 0 4 2 . 2 6 4 E -3 . 2 2 2 E - 0 4 1 . 2 4 7 E -

-04

- 5 . 0

M E N

06 S.395E-0: 1.294E-C5 4.299E-C5 6.246E-

1.171E-04 1.317c-04 1.234E-02 4.525E-

C7 1 .024E-0 6C5 1 .24ÓE-0 505 3 .492E-0505 4 .578E-0504 4 .796E-0504 1 .221E-0202 4 .516E-0101 1.074E4-00

-3.0

R E C

7.636E-073.239E-064.675E-061.760E-041 .178E-024.486E-0 11.071E+001.734E+00

-2.0

U I T

0.07.315E-058.550E-031 .03o£-014.212E-011 .036E4001 .689E*303.6S2E+00

-1.0

4.660E-043.329E-022.494E-01£.92eE-017.S7ËE-011 .3SOE4-003.2SOE+005.5S6E+00

O.C

6.490E-031 .044E-012.197c-013.004E-01£ .CS9E-011.Ç4ÎE+004.172E+00t .47SE+00

1.0

2.260E-036.ee2E-C3i . £ e C 27.154E-C23.35SE-CJ¿.0C9E4-CC4.241E+C0É.E37E+CC

LOG S / S ' -1 .0

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . C


1 .OOOE-013.162E-011.OOOE+003.162E+001 .O00E4-O11 .OCOE+021 .OOOE4-031.O0OE+O4

1.116E-06 1.137E-1.327E-05 1.319=-4.347E-05 4.336E-Ê.470E-05 8.450=-1.302E-04 1.2S9E-2.248E-04 2.113E-3 .C7SE-04 2.260E-3.229E-04 1.246=-

- 5 . 0

M E N

06 S.612E-0£ 1.303E-C£ 4.314c-05 8.271e-04 1.173E-04 1.322E-04 1.234E-02 4

07 7 .690E-0705 1 .215E-0505 3 .464E-0 505 4 .554E-05C4 4 .757E-0504 1 .221E-0202 4.528E-0101 I.197E+0 0

-3.0

R E C

6.549E-373.071E-064.278E-061.7E1E-041 .17ÔE-0 24.498E-011 .193E + 002.528E+00

-2 .0

U I T

0.37.266E-058.£4Se-031 .036E-014 .224E-011 .156E + 002.482E+004.737E+00

-1 .0

3.329E-Û22.501C-016.084E-019.013E-012.141E+004.36SE+J06.676E+00

O.C

e .£0ec-031 .071E-012 .£476-014 .É64E-015 .Ê50E-012. i7£E+00£.2£SE«-007 .«67E+00

1.0

2 . 4 6 0 Ë - C 31 . 2 2 6 E - C 2£ . S £ £ E - C 23 . 0 5 C E - C 1S.7£36-£i3 . 0 4 7 C + C CS . 2 3 2 E + C 0i .641E + CC

PUITS PENETRANT DE 0.0 A C .4 ET PIEZCMETRE FCNCTUEL AU H L I E U DE LA NAPPE

ABAUUE POUR L'INTERPRETATION DE FCMPAGES EN NAPPE LIBRE ANISCTROFE,

DANS L 'HYPOTHESE DE NELMAN, SELCN FORMULES DE BOULTCN - STREJ.TSGVA

1ABLEAL 7 J

FENETRATIONCU PUITS DEFCMFAGE (7)

NAPPE0 . 0 -

0 . 2 -

0 . 4 -

0 . 6 -

0.fl-

it 0 -

PENETRATIONDUPIE20METKE (J)

>|ANISOTROPE. c •

///////////// IMPERMEAELE

LOG S/S« - 3 . 0

LOG K ' R 2 / K 3 2 - 7 . 0 - 6 . C


1 . O O O E - 0 13 .162E-011 . O O O E + 003 . 1 6 2 E + 0 01 .OOOE+011 . O O O E + 021 . O O O E + 0 31 . O O O E + 04

1 .115E-03 1.114E-1 .414E-02 1.410c-4 . 6 7 3 E - 0 2 4.639E-9 . 1 0 8 E - 0 2 E.954E-

1.342E-1. 920E-2 .357E-01

2 .941E-01 2.C36S-3 .060E-01 8 .473E-C1 2 .274E+00

- 5 . 0

E M E N

•03 1.099E-03C2 1.369E-0202 4.321E-02C2 7.602E-Û2

9.524E-C21.C70E-017.492E-C1

-Cl-Cl•Cl

9.794E-041.022E-022.243E—022.501E-323.346E-026 . 72 1 E - 0 12.194E+002.675E+00

-3.0R E E

3.046E-048.135E-047.151E-031.364E-016.118E-012.120E+002.601E+002.656E+00

- 2 . 0

U I T

4 . 1 8 2 E - 0 44 . 5 9 0 E - 0 23 . 7 0 7 E - 0 11 .076E + 001 .751E + 002 . 2 2 Ó C + 0 02 . 2 7 9 Ê O 02.652E+00

-1 .0 o.c 1.0

1.314E-02 1.2S7E-02 1.Ê27E-C32.247E-01 9.292E-02 3.337E-C39T6l7E-.Ol lleOlc-Ol ïIl3cE-c31.0a6E+00 1 . E 6 9 E - 0 1 t . C 2 9 E - C 31.129E+00 2 . 7 7 3 E - C 1 6 . 9 2 2 E - C 21.427E+00 1.0516+00 1.041E+CC2.9£7£+0C 2 .124E+0C C-.liEE

LOG S / S ' = - 2 . E

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0

TT /R2S R A B A T T

1 . O O O E - 0 13 .162E-011 . O Û O E + 0 03.162E-I-001 .000E + 011 . O O O E + 0 21 . O O O E + 031 .030E+04

1 .115E-03 1.114E-1 . 4 1 4 E - 0 2 1.410c-4 . 6 7 3 E - 0 2 4 .£35E-9 . 1 C 8 E - 0 2 E.954E-1 .3S8E-01 1.242E-2 . 3 E 7 E - 0 1 1.920E-2 .941E-01 2 .038E-3 . 0 C O E - 0 1 8 .473E-

- 5 . 0

E M E N

03 1.099E-3302 1.369E-02C2 4.321E-02C2 7.602E-02Cl Ç.524E-C201 1.C70E-0101 7.492E-01Cl 2.274E+00

-4.0

T S

9.796E-341.022E-0 22.243E-022.501E-323.347E-026.721E-012.194E+002.684E+00

-3.0

R E C

3.342E-048.124E-047.149E-031.3Ó4E-016.118E-012.120E + 0.02.609E+002.754E+0-0

-2 .0

U I T

4.1316-044.590E-023.707E-011.376E+301 .751E + 002.234E+002.375E4303.292E+00

-1 .0

1.314E-022.247E-016.Ê34E-01.9.628E-011.052E+OC1.202E+001.974E+Û04.1ieE+00

O . C

1 .29EE-02S .302E-021 .7CCE-011 .85SE-012.C7EE-014.E84E-C12.010E+00

1 .0

1.624E-C3Í.463E-024.14 9E-C2C.S22E-C31 .Ê2SÛ-C25.3e4E-ClÍ.022E + CC4.267E+00

LOG S/S« •= -2- .0

LOG K ' R 2 / K 3 2 - 7 . 0 - 6 . 0

TT/R2S

1 . O O O E - 0 13 .162E-011 . O O O E + 0 03 . 1 6 2 E + 0 01 .000E + 011 . O O O E + 0 21 . O O O E + 031 .030E + 04

B

- 5 . 0 - 4 . 0 - 3 . 0 - 2 .0 -1 .0 O . C X . 0

I . 11 5 E - 03 1 .1.414E-02 1.4.673E-02 4 .9.108EZ-02 E.1.3Ç8E-01 1.2.357E-01 1.2.94 1E-01 £ .3.060E-01 8 .

114E-33410E-C2639E-029 E 4 E - C 2243E-01920E-C1038E-C1473E-C1

1 .099E-031 . 3 6 9 E - 0 24 . 3 2 1 E - C 27 . 6 0 2 = - 3 2S . 5 2 4 E - 0 21 .C70E-017 . 4 92E-C12 .275E+00

9 . 7 9 7 E - 0 41 .022E-0 22 . 2 4 3 E - 0 22 . 5 3 1 E - D 23 . 3 4 6 E - 0 26 . 7 2 1 E - 0 12 .195E+002 . 7 1 1 E + 0 0

3 . 0 3 9 E - 0 48 . 1 2 2 E - 0 47 . 1 4 9 E - 0 31 . 3 6 4 E - 0 1Ó . 1 1 8 E - 0 12 . 1 2 1 E + 0 02 . 6 3 6 E + 0 03 . 0 2 9 E + 0 0

4 . 1 8 3 6 - 0 44 . 5 9 0 E - 0 23 . 7 0 7 E - 0 11 .076E + 001 .752E + 002 .260E4002 .643Ê+304.2-36C+00

12ó9

125

. 3 1 4 E - 0 2

.247E-01

.£¿86-01

. 6 7 E E - 0 1»111E+00•41SE+00.942E+00•277E+00

1 . 2 9 6 6 - 0 2S .3406-021 . 7 2 E E - 0 12 . 0 4 2 E - 0 12 .72£E-011.044E+0C2 . 1 1 E E + 0 C£ .4056+00

1

í

É1

IIIIII

. 6 S 4 E - C 3• E 7 0 E - C 3. 1 9 4 E - C 3.££££—C2.76£E-£2. C 2 4 E + C C.126E+C0.4C7E+CC

LOG S / S ' = - 1 . 5

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0 - 5 . 0

TT /R2S R A B A T T E M E N

1.OOOE-01 1.115E-03 1.1146-3.1Ó2E-01 1.414E-02 1.410E-1.OOOE+00 4.673E-02 4.63S5-3.162E+00 9.1CBE-02 6.S54E-1.OOOE+01 1.398E-01 1.343E-1.OOOE+02 2.357E-01 1.920E-1.OOOE+03 2.941E-0I 2.038=-1.030E+04 3.060E-01 8.473Ê-C1 2.277E+O0

-03 1.099E-03-02 1.369E-02-C2 4.321E-02-C2 7.6 03E-32-01 S.524E-02-01 1.C70E-01-01 7.492E-01

- 4 . 0

T S

9.7S9E-041.022E-0 22.24 2E-022.531E-323.346E-026.721E-012.197E+032.791E+00

-3.0

R E C

3.050E-048.134E-0 47.151E-031.364E-0 1Ó.118E-012.124E+0C2.716E+303.664E+00

- 2 . 0 - 1 . 0

U I T S

4.179E-044.590E-023.707E-011 .0706 + 001.754E+002.237E4003.264E+305.5CÓC+00

1.314E-022.247E-016.6£0E-019.79 1E-01î.ieeE+oo1.947E+004.088E+006.425E+00

O . C

1 .200E-029 ,45£E-021.E57E-012 .612E-014 .710E-011.S84E+004.236E+00£ .£4£

1.0

1.717E-C3S.2I7E-C31.426E-C2C.37SE-C2C.232E-C1a.0C7E+CC4.240E+COC.E37E+CC

LOG S / S ' = - 1 . 3

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . C

TT/R2S R A tí A T T

1 . O O O E - 0 13 .162E-011 . O O O E + 003 .162E + 001 . O O O E + 0 11 .000E + 021 . O O O E + 0 31 . D O O E + 0 4

1 .115Ü-03 1.114E-1 .414E-02 1.410E-4 . 6 7 3 E - 0 2 4 . 6 3 9 = -9 . 1 0 8 E - 0 2 E . 9 5 4 E -1 .3Ç3E-01 1 . 3 4 3 E -2 . 3 E 7 E - 0 1 1.920=-2 .541E-01 2 .03B5-3 . 0 6 0 Û - 0 1 8.473E-

- 5 . 0

= M E N

02 1.095E-03'02 1.369E-0202 4.321-Î-02C2 7.602E-32Cl Í.524E-0201 1.C70E-C1Cl 7.492E-0101 2.284E+00

9.796E-041.022E-022.243E-022.531E-323.346E-026.721E-312.20SE+003.012E+00

-3.0

R E C

3.344E-048.128E-0 47.150E-031.364E-Û16.118E-012.131E+002.92ÓE+334.Ó54E+00

-2 .0

U 1 T

4.177E-044 .5905-023.707E-011 .37ôE«331 .7615 + 002.£E1E+OO4.249c* 306.615E+00

-1 .0

1.312E-022.24SE-016.687E-01

1.322E+0C2.856E+0C5.191c+007.507E+00

O.C

1 .3CCE-02S .ei2E-022.224E-014 .2196-015 .767E-013.032E+0C£.3¿4E+007 .632E + 00

1.0

1.676E-C39.970E-C3Í.2 76E-C22.S26E-C1S.C77E-C12.C46E+C0S.222E+CC7.É41E+CC

PUITS PENETRANT DE 0.0 A 0 .4 ET PIEZCMETRE FCNCTUEL A Li BASE CE LA NAPPE

ABAQUE POUR L'INTERPRETATION OE PC »«PAGES EN NAPPE Ll&rtc ANISOTROPE,

DANS L 'HYPOTHESE DE NEUMAN, ScLCK FORMLLEÍ DE BOULTCN - STBELTSCVA

TABLEAU 7 K

PENETRATIONCU PL ITS DEFCMFAGE (7)

PENETRATIONDUPIE2DMETKE (K)

0 . 0 -

0 . 2 -

0 . 4 - .

0 . 6 -

0 . 8 -

1 . 0 -

7— 7

7

/ / / / / • / / / / / / / IMPERMEAELE / / / / / / • • / • / / /

LOG S/S« * - 2 . 0

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0


1 .OOOE-013.162E-011.OOOE+OO3.162E+001.OOOE+011.OOOE+021.OOOE+031 .300E+04

1.170E-04 1.168=-1.4e3E-03 1.478E-4.S98E-03 4.É64E-9 .5A8E-03 9.3E9E-1.466E-02 1.408=-2.472E-02 2.026E-2.096E-02 2.C67E-2.128E-02 2.0665-

- 5 . 0

E M E

04 1.152=-03 1.43CE-03 4.Í36E-C3 8.003E-C2 1.C10E-C2 1.051E-02 1.C51E02 1.CS2E

- 3 . 0 - 2 . 0

R E C U I T

. . 0

C4 1.027E-04 3.433E03 1 .OaOE-03 1.039E03 2 .41BE-03 1.077E33 2 .758E-33 1.097EC2 2 .765E-03 1.167c02 2 .774E-03 2.118E02 2.153E-31 7.862E

- C 2 7.925E-01 8.276E-01 1.029E+00 2

-05-04 7.326E-07 3-04 6.025E-06 1-04 9.605E-03 4-04 2.03ÖE-01 6-0 1 7.740E—01 601 8.121E-01

- 1 . 0

, 115E-07.S69E-03.413E-01.822E-01.539E-01.904E-01.Ö71E-01.051E+00

C . C

c.£50E-03 2.1.043E-01 4,2.112E-01 <2.264E-01 £.2.227E-01 £.2.276S-C1 7,l.CeiE+OC 1,2.04SE+0C j

1.0

2C1E-C2712E-C2994E-C2eeeE-C2EE5E-C3Ç75E-C2CS1E+0C

LOG S/S1 • -2.5

LOG K 1 R 2 / K B 2 - 7 . 0 - 6 . 0 - 5 . 0 - 4 . 0 - 3 . 0

T T / R 2 S R A B A T T E M E N T S RE

1 .OOOE-013.162E-011.OOOE+OO3.162E+001.OOOE+011.OOOE+021.OOOE+031.003E+04

1.170E-04 1.167E-1.483E-03 1.47SE-4.898E-03 4 .E64E-9.548E-03 9.339c-1.466E-02 1.408E-2.472E-02 2.026E-2.097E-02 2.067E-3.139E-02 2.C68E-

-04-C3-03

1.326E-04 3.386E-1.079E-03 1.037E-2.417E-03 1.075E-

34 1.151c03 1.43ÓEC3 4.536E'C3 8.C02E02 1.C1CE02 1.C51E02 1.CS2E02 1.052E-02 7.962E-01 8 . 8 0 8 E -

-33 2 .756E-33 1,-C2 2 .763E-03 1-C2 2 .772E-03-02 2.153E-01

098E-168c-

2.118E7.919c

- 2 .0

C U I T

05 3 .319E-3704 8 .230E-0704 6 .009E-0604 9 .635E-0304 2.038E-01

7.777E-01

- 1 . 0 O . C l.C

-0101 8.657E-3101 1.445E+00

1.22ÍE-07 e .£E0E-03 2 .3C9E-C23.S89E-03 1.043E-01 4 .£74E-C31.413E-01 2.123E-01 S.7E5E-C34.826E-01 2.324E-01 6 .7E1E-C36.571E-01 2 .553E-C1 2 .CeeE-C27.380E-fll £ .2£7E-C1 2.52££-Cl1.272E+00 1.9É2E+003.113E+00 4.18CE+00 4.2£££«C0

LOG S/S« « - 2 . 0

LOG K ' R 2 / K B 2 - 7 . 0

TT /R2S R A B

- 6 . 0

T T

- 5 . 0

M E N

1 .OOOE-013.162E-011.OCOE+003.1Í2E+001.OOOE+011.OOOE+021.000E+031.OOOE+04

1.170E-041.463E-034.898E-039.54.8E-031.4ees-022.472E-023.0Î6E-022.137E-02

- 3 . 0

R £

1.16eE-04 1.150E1.479E-02 1.436E4.E64E-C3 4.£36E9.389E-C3 8.002E1.408E-02 1.C10E2.026E-C2 1.C51E2.C67E-G2 1.C52E2.068E-02 1.C52E

•04 1.025E-•03 1 .O79E-•C3 2.416E-•03 2.755E-•02 2.762E-•02 2.772E-•C2 2.153c-

-02 3.0775-01 1.037E+00 2.

-34 3 .460E-35 3,-03 1 .048E-04 7 .-03 1.069E-04 5,-03 1.110E-04 9.-03 1 .178E-04 2,-03 2 .119E-01 7,-31 8 .034E-O1

- 2 . 0

U I T

S62E-07321E-07762E-06605E-33039E-01890E-0102DE+00251E+00

-1 .0

4 .867E-Û73 .9S0E-O31.412E-014.827E-016.671E-018.766E-012.042E+004.244E+00

O.C

C.SS1E-021 .046E-01i.ieCE-012.£13E-013 .2Í1E-011.053E+CCÎ.040E+OCS .219E+00

1.0

2 .335E-C3S.3Î3E-C3£.22SE-C32 .0 0EE-C27 .795E-C21.044E+CC2.127E+CCÏ.4C7E+CC

LOG S / S 1 -l.ï

LOG K ' » 2 / K B 2 - 7 . 0 - 6 . 0


1 . O O O E - 0 13 .162E-011 . O O O E + O O3 .162E+001 . O O O E + 0 11 . O O O E + 0 21 . O O O E + 0 31.033E+04

1 .170E-04 1.167E1.4e3E-03 1.478c4 . 8 9 8 E - 0 3 4.£64E5 . 5 4 8 E - 0 3 9.389=1 .466E-02 1.4CEE2 . 4 7 2 C - 0 2 2 .02 5='3 . 0 S 6 E - 0 2 £.067=3 . 1 2 8 E - 0 2 2 .C67E

:-02

- 5 . 0

f E N

34 1.149EC2 1.Í35E03 4.S35EC3 8.001E02 1.C10E02 1.051=

1.C52E

- 0»

• • 0

1.324E-0403 I .079E-0303 2 .416E-0333 2 .756E-0302 2 .763E-03C2 2 .772E-03

2.155E-01: -C2-02 1 .052E-C2 8.431E-01

- 3 . 0

R E C

3 . 4 0 7 E - 0 51 . 0 4 1 E - 0 41 . 0 E 1 E - 0 41 . 1 0 0 E - 0 41 . 1 6 4 E - 0 42 . 1 2 0 E - 0 18 . 3 9 5 E - 3 11.440E+00

- 2 . 0

U I T

1.276£-0ä2 . 9 9 2 E - 0 75 . 2 1 9 E - 0 69 . 6 0 * 6 - 3 32 .040Ë-018 .23àE-011 .417E + 303 .311E+00

- 1 . 0

S

1 .273E-073 . 9 8 9 E - 0 21.414E-014 .874E-316.97eE-0l1.245E+003.065E+005.2e2c»00

o.e

1 . C 5 4 E - 0 12 .272E-012 . 090C-01£ .165E-011.S3CC+004 .152E + 00t .45ÊC + 00

1.0

2 . 4 1 3 E - C 27 . C 9 3 E - C 21 . E 1 2 E - C 27 . 2 C 7 E - C 23 . 3 9 2 E - C 12 . C 1 0 E + C C4.241E+C0É . E 2 7 E + C C

LOG S / S 1 - 1 . 0

LOG K < R 2 / K B 2 - 7 . 0

T T / R 2 S R A B

1.OOOE-013.162E-01! . O O O E + O O3.162E+001.OOOE+011 .OOOE+021.OOOE+031.030E+04

1.170E-041.4E3E-034.89aE-039.548E-031.466E-022.472E-023.CS5E-022.137c-02

- 6 . C

T T E

l.lôSs-341.478E-034.e63E-039.389E-C31.406E-Q22.025E-022 .C67E-C22.06EE-02

- 5 . 0

* E S

.148c-34•435E-03•Î34E-03•9Î8E-33. 0 1 0 E - C 2.05 0E-C2. C 5 0E-02. 0 5 1 E - C 2

- 4 . 0

T S

1.333E-34I.080E-032.416E-032.757E-332.764E-032.771E-032.158E-319.44 8E-01

- 3 . 0

R E C

3 .455E-051 .045E-041.082E-041.035E-04X .147E-042.123E-019 . 4 Q 3 E - 0 12.187E+0C

- 2 . 0

U I T

3.631E-373 .229E-073.635E-069.597£-332.043E-019.242E-012.164E+304.389E+00

- 1 . 0

0.03.9S3E-031.416E-014.9£6E-017.870E-011.9£eE+004.1S7E+006.4Ó2E+00

O . C

c .SSSE-021 .077E-01i.tlîE-014 .731E-015 .£41E-O12.Ï57E+CC£.23£c+007.E4ÊE+00

1.0

2 . C 2 4 E - C 31 .292E-C26.141E-C22.0E9E-C1Í.773E-C12.047E+CC5.222E+C07.Í41E+C0

PUITS PENETRANT DE 0.6 A l.C ET PIEZCME7RE COMPLET

A3AQUE POUR L'INTERPRETATION DE FCHPAGES EN NAPPE LIBRE ANISOTROPE,

DANS L'HYPOTHESE DE NEUMAN, ScLCN FORMULES DE BOULTCN - STRELTSCVA

7ABLEAL A 1

PENETRATIONCU PL ITS DEFCMFAGE (A)

PENETRAI IONDUP1E2OMETRE (1)

>|ANISOTROPE1 = •-11-

/ / / / / / / / / / / / / IMPERMEAELE

LOG S / S ' = - 2 . 0

LOG K'R2/KB2 - 7 . 0

TT/R2S R A B

1 .OOOE-013.162E-011.OOOE+003.1 62E+001.OOOE+011.OOOE+021.OOOE+031.033E+04

2.491C-023.159E-011.044E+002.028E+003.136E+005.417E+C07.717E+001.002E+01

- 6 . 0

T 1 E

2.490E-322.159E-C11.044E+CC2.036E+CC2.126E+CC5.417E+0C7.717E+CC1.002E+01

—5.0

M E N

2.491E-023.159E-011 .CA4E+002.038E+003.136E+00S.417E+007.717E+O09.S83E+00

-4 .0

T S

2.490E-023.159E-011.044E+002.038E+0 33.136E+005.417E+007.679E+008.899E+00

- 3 . 0

fi E C

2.490E-023.159E-01i.044E+002.038E+3O3.136E+005.379E+006.597E+00Ó.657E+00

- 2 . 0

U I T

2.491Ê-023.159E-011 .044E-IOO2 . 3 3 7 E O 33.100E+004.304E4004.364E+004.Ê30E+00

-1.0

2.4Í1E-023.157E-011.018E+001.763E+302.09SE+002.1E1E+002.386E+003.7S3E+00

o.e

2.24SE-022 .2e7E-014.279E-C14.6S6E-014 .740E-01E.797E-011.411E+003 .604E+00

1.0

4.4E£E-C29.0Ê2E-C3Ç.2C2U-C39.Ç43E-C21 .Í27E-C2Ê.CC1E-C21 .114E+C0Î.2Ê7E+CC

LOG S / S 1 = - 2 . 5

LOG K ' R 2 / K B 2 - 7 . 0

T T / R 2 S R A B

1.OOOE-013.162E-011.OOOE+003.162E+001.OOOE+011.OOOE+021.OOOE+031.DOOE+04

2.491E-022.159E-011.044E+002.038E+O02.126E+00S.417E+007.717E+001.002E+01

-6.0

l T T c

2.4505-022.I59E-011.044E+0C2.02 8E+CC3.136E+CCE.417E+0C7.717E+CC1.0C2Ë+01

-5 .0

M E N

2.491E-023.159E-CI1.C44E+002.03eE+003.136E+00S.417E+007.717E+00í.963E+C0

2.490E-023.159E-011.044E+0 02.03BE+002.136E+005.417E+007.679E+003.904E+00

-3 .0

R E C

2.490E-023.1S9E-011.044E+002.038E+003.137E+005.379E+0O6.602E+006.724E+00

-2.0

U • I T

2.491E-023.159E-011.044E4002.037E+003.10ÖE+004.309E«004.433E+005.131E+00

-1 .0

2.4S3E-023.157E-011.016E+001.761E+002.J00E + 002.2CSE+002.846E+004.9E2E+00

O.C

Z.350E-022 .2eSE-014.2S2E-014.726E-014.5Ë3E-01Ê.151E-012.421E+004 .7S6E + 00

1.0

4.416E-C3S.12SE-C2S.7e9E-C21 .2 09E-C22.23 0E-C22.e79£-Ci2.1S1E+C04.4405+CC

LOG S/S« * -2 .0

OG K'R2/K.B2TT/R2S

1.OOOE-013.1Ó2E-01I.OOOE+003.162E+001.OOOE+011.OOOE+021.OOOE+031.0JOE+04

-7 .0R A B A

2.491E-023.159E-011.044E+002.C28E+002.126E+005.417E+007.717E+001.0C2E+01

- 6 . 0T T E

2.490E-023.159E-011.0445+002.036Ë+0C2.136E+CCE.417E+0C7.717E+0C1.CC2E+01

- 5 . 0

M E N

2.491E-023.159E-011.C44E+002.C38E+0C3.136E+00E.417E+007.717E+C09.;e4£+00

- 4 . 0

T S

2.490E-323.159E-011.044E+002.33ÖE+0 33.136E+005.417E+007.68 0E+008.92 0E+0 0

- 3 . 0

R E C

2 . 4 9 0 E - D 23 . 1 S 9 E - 0 11.044E+0 02 .038E+303 .137E+005 .380E+006 . 6 1 Ö E + 3 06 .917E+00

- 2 . 0

U I T

2 . 4 9 1 E - 0 23 . 1 6 0 E - 0 11.044E4002.338E+333.101E+004.325E-I004 .621E+306 .075E400

- 1 . 0

S

2 . 4 9 9 E - 0 23 .159E-011.019E+001.763E+302.113E+002 .27SE + 0X)3 . 7 4 4 E + 0 Û6.18£E+00

£244s

ïS

O . C

.264E-02

.29SE-01

.42eE-01

.Ç29E-01

.73ÊE-01•4C2E+CC.594E+00•974E+00

1.0

4.2££E-C29.28&E-C21.1S4E-C2£.1£1E-C27.764E-C21.107E+CC2.277E+CC£.£91E+C0

LOG S / S ' x -l.S

LOG «'R2/KB2 -7 .0 - 6 . 0

T T / R 2 S

1 . O O O E - 0 13 .162E-011.0006+003 . 1 6 2 E + 0 01.OOOE+011 . O O O E + 0 21 .OOOE+031.300E+04

2 .491E-02 2.3 .159E-01 3,1.044E+00 1.2 .038E+OC 2.3.136=: + 00 3.5 .417E+00 5.7.717E+00 7.1.002E+O1 le

490E-02159E-C1044E+00C3e=+00136E+CC417E+0C717E+CCCC2E+01

- 5 . 0

K E N

2 . 4 9 1 E - 0 22 . 1 5 9 E - C 11 . O A 4 E + 0 02 .C38E+003 .136E+00E.417E+007.717E+009.Ç67E+00

-4 .0

2.490E-323.159E-011.044E+002.038E+333.136E+005.417E+O07.683E+008.96 9E+0 0

-3 .0

2 . 4 9 0 E - 0 23 . 1 5 9 E - 0 11 .044E+0X12 . 3 3 8 E + 0 03 .137E+005 .382E+006 .667E+007 .404E + 0.0

-2.0

2.494E-023.160E-011.045E+002.333E+003.103E+004.373E+005.102E+037.276E+00

-1.0

2.E18E-023.165E-011.021E+001.772E+002.154E+002.8I9E+O04.923E+007.377E+00

O.C

¿.4CSE-022.314E-014.E6SE-01Í.S92E-017 .Ç3âE-012.292E+004 ,76<:c+007 .122E+00

1.0

2.6 7EE-C39.ee2E-c31.S11E-C27.2 62E-C22.E24E-C12.122E+CC4.41OE+C06.726E+C0

- LOG S/S' = -1 .3

E LOG K'R2/KB2 -7 .0

S TT/R2S R A B

1 . O O O E - 0 13 .162E-011 . O O O E + 0 02 .162E+001.OOOE+011 . C O O E + 0 21 . O O O E + 0 31.033E+04

2 .491E-022 .159E-011 .044E+00£•028E+002.136E+005.4171E + 007.717E+001.0C2E+01

- £ . 0

T T E

2 . 4 9 3 E - 3 23 . 1 5 9 E - C 11.044E+0C2 . 0 3 8 E + C C2.1365+CC5.Ä173+ÜC7.717E+CC1.0C2E+01

- 5 . 0

M E N

'2.491E-022.159E-011.C44E+002.038E+003.136E+C0E.417E+C07.718E+005.ÇÇ5E+00

-4 .0

T S

2.493E-323.159E-011.044E+002.333E+033.137E+005.418E+007.690E+009.11OE+OO

-3.0

R E C

2.491E-323.160E-0 11>044b+002.338E+003.137E+005.390E+006.807E+308.293E+00

-2.0

U I T

2.E31E-023.163E-011 .045E-IOO2.043E+003.111Ë4004.512E+005.987E+038.457E+00

-1 .0

2.E7 7E-.023.184E-011.027E+001.7SeE+302.274E+003.657E+006.097E+308.5CSE+00

O . C

2.£41E-022 .271E-014.S71E-017.4E2E-011 .32EE + 0C2.49SE+0C£.E82E+00e .226E + 00

1.0

1 .2E6E-C2

2 . 1 7 7 È - C 11 .C21E + CC2 . 1 Ê 7 E + CCE . 5 07E+CC7.C27E+CC

PUITS A PENETRATION DE 0.6 A l.C ET PIEZCfETGE OUVERT OE D . O A 0.6

ABAQUE POUR L'INTERPRETATION DE POMPAGES EN NAPPE LIBRE ANISCTfiOPEi

DANS u'HYPOTHESE DE N E U M A N , SELCN FORMULES DE BOULTCN - STRELTSDVA

TABLEAU A 4

PENETRAT IONCU PUITS DEFCMFAGE (A)

PENETRATIONCUPIEZOMETNE (4)

///////////// IMPERMEABLE / • / / / / / / / / / / /

LOG S / S ' = - 3 . 0

LOG K ' R 2 / < B 2 - 7 . 0 - 6 . 0


1 . O O O E - 0 13 . 1 6 2 E - 0 !1 .OOOE+003.162E+001 .OOOE+011 .OOOE+021 .000E+031 .0 33E+04

04 2.625c-3.334E-03 3.343E-1.102E-02 1.110=-2.IE4E-02 2.190=-3.323E-02 3.456E-E.676E-02 7.173E-9.622E-02 1.735c-1.961E-01 4.953c-

- 5 . 0

E M E N

34 Z . 6 59E-04C3 3 . 4 3 9 E - 0 302 l . ie6E-02C2 2 . E 3 4 E - 0 2C2 4 . S 3 1 E - C 2C2 1 .473E-01Cl 4 .6e5E-01Cl 1 .415E+00

2.94 9E-344.347E-031 .84 8E-025.34 2E-02I.127E-014.316E-01I .376E+002.1 95E+00

- 3 . 0

R E C

5 .367E-041 .046E-025 .265E-0 21.533E-013.501E-011.283E+002.1 05E+002.154E+00

- 2 . 0 - 1 . 0

U I T S

1 .6436-033.301E-021.664C-014.835E-311 .033E4OO1.847E+001 .S95EO02.144E+00

5.1Ç8E-031.0392-014.764E-019.6S8E-311 .201E+001.246E+001.467E+002.743E+00

O.C

1.362Ë-021 .516E-012.S54E-012.1S1E-01S .2276-014 .195Ê-011.187E+005 .24SE+00

1.0

Ê.29e=-C2É.S59E-C37.2E35.-C31.013E-C27.S51E-C21.071E+003.18EE+CC

LOG S / S ' = - 2 . 5

LOG K ' R 2 A B 2 - 7 . 0

TT/R2S R A B

- 6 . C

T T

-5 .0

M E N

- 4 . 0

T S

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 0 03 . 1 S 2 E + 0 01 . O O O E + 0 11 .000E + 021 .000E+031 . 330E+04

2 . 6 2 9 E - 0 43 . 3 3 4 E - 0 31 .102=-022 . 1 E 4 E - 0 23.3 23E-025 . 8 7 6 E - 0 29 . 6 2 2 E - 0 21.981E-01

2 .6295 -34 2 . 6 5 9 E - D 4 2 . 9 4 9 E - 3 43 . 3 4 3 E - C 3 3 . 4 3 9 E - 0 3 4 . 3 4 7 E - 0 31 . Î 1 0 E - C 2 1 . 1 6 6 E - 0 2 1 . 8 4 8 E - 0 22 . 1 Î 0 E - C 2 2 . 5 3 4 E - 3 2 5 . 3 4 2 E - 3 23 . 4 5 6 E - J 2 4 . 6 3 1 E - 0 2 1 .127E-017 . 1 7 3 S - C 2 1 .473E-01 4 .3I6E-011 .735E-C1 4 . 6 6 5 E - 0 1 1 .376E*334 . 9 5 3 E - C 1 1 . 4 1 5 E + C 0 2 . 2 0 0 E + 0 0

-3.0

R E C

5.36BE-041 .04BE-0 25.265E-0 21.533E-0X3.502E-0 11 .2SBE4-002.110E*002.216E+00

-2 .0

U I T

1 .644Ê-33Ô.301E-021 .664C-014.835E-311 .039E + 001 .3E1E + 001 .957E*302.612E400

-1.0

5.20SE-031.039E-014.764E-019.733E-011.205E+001.299E+001.894E+003.S51E+00

O.C

1.364E-021 .517E-01¿.9665-013.213E-01; .449E-016.360E-012.126E«-004 .400E+00

1.0

3.079E-C36.421E-037.227E-C39.S62E-C32.127E-C23.SC7E-012.073E4-S04.524E+CC

LOG S / S ' = - 2 . 3

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . C


1 . O O O E - 0 13 . 1 6 2 E - 0 11 .000E + 003 . 1 6 2 E + 0 01 . O O O E + 011 .00ÛE*021 . O O O E + 031 . 030E + 04

2 . 6 2 9 E - 0 4 2 . 6 2 5 E - 3 43 . 3 3 4 E - 0 3 3 . 3 4 3 5 - C 31 .102E-02 1 . 1 1 0 E - 0 22 . 1 5 4 E - 0 2 2 . 1 9 0 E - C 23 . 3 2 3 E - 0 2 2 . 4 E 6 E - C 2E . e 7 6 E - 0 2 7 . 1 7 3 E - 0 29 . 6 2 2 E - 0 2 1 .7352-C11.981E-01 4 . 9 S 3 E - C 1

- 5 . 0

M E N T

2 . 6 5 S E - 0 4 2 .3 . 4 3 9 E - 0 3 4 .1 .16 6E-02 1.2 . 5 3 4 E - 3 2 5.4 . 6 3 1 E - C 2 1.1 .473E-01 4 .4 . 6 E 6 E - 0 1 1.1 .415E+00 2i

95 3E-34347E-03848E-02043E-32127E-01317E-01377E*00214E+O0

-3 .0

5 .369E-041 .048E-0 25 .265E-021.533E-313.5 02E-011.288E+002.125E+002.397E+00

-2.0

1 . 6 4 7 E - 0 33 . 3 0 2 E - 0 2l . 664Ê-014 . 8 3 6 E - 3 11 .039Î + 001 .866E + 002.135EO33.488E+00

-1.0

5.228E-031.040E-014.767E-019.723E-011.217E+001.458Ê+002.726É+D05.017E+00

O.C

1 .S6BS-0Z1 .521E-012.C04E-013.40ec-014 .138E-011.17SE+002.23SE«005.551E+00

1.0

3.055E-C3e.eieE-03S.523E-C32.0EÊE-C27.7e7E-C21.064E+C03.176E•COS.467E+CC

LOG S/S« -1 .5

LOG K«R2/KB2 - 7 . 0

TT/R2S R A B

1 . O O O E - 0 13 . Î 6 2 E - 0 11 . O O O E + 003.162E4-001 . O O O E + 0 11 .0O0E+021.000E+031 .030E+04

2 . 6 2 9 E - 0 43 . 3 3 4 E - 0 31 . I02E-022 . 1 E 4 E - 0 23 .3 23E-025 . 3 7 6 E - 0 2Ç . 6 2 2 E - 0 21.931E-01

- 6 . C

T T E

2 .629c-343 . 3 4 3 £ - 0 31 .110=-022 . 1 9 0 1 - 0 23 . 4 5 6 E - C 27 . 1 7 3 E - C 21.735E-C14 . 9 E 3 5 - C 1

- 5 . 0

M E N

2 . 6 5 8 = - 0 42 . 4 3 9 E - 0 31 . 1 E 6 E - 0 22 . 5 3 4 E - 3 24 . 6 3 1 E - 0 21 .473E-014 . 6 8 7 E - 0 11.417E + 00

2 . 95 O E - 3 44 . 3 4 7E-031.34 9 E - 0 25 . 0 4 3 E - 3 21 .127E-014.31 8E-011 .378E+002 .259E+00

-3 .0

R E C

5 . 3 8 3 E - 0 41 . 0 4 8 E - 0 25 . 2 6 6 E - 0 21 . 5 3 3 E - 0 13 . 5 0 3 E - 0 11 . 2 8 9 E + 0 02 . 1 6 9 E + 0 3¿ . 8 5 0 E + 0 0

- 2 . 0

U I T

1 . 6 5 6 E - 0 33 . 3 0 5 E - 0 21 .665Ë-01A . 8 3 9 E - 3 11 .040E + 001 .910E«002 .5845+034 .605E+00

-1 .0

5.332E-331.042E-014.776E-019.78ÓE-011.254E+001.866E+003.â23c+306.176E+00

O.C 1.0

1 . 3 S 2 E - 0 2 2 . 9 7 1 E - 0 31 . E 3 2 E - 0 1 e . 146E- C23 . 1 2 3 E - 0 1 l . e£2c-C24 . 0 34E-31 7 . 2 0 7 E - 0 26 . 1 6 1 E - 0 1 2 . 4 2 6 E - C 12 .101E+00 2 . 0 4 6 E + C C4.271E+00 4 .29ÊE+006 .687E + 00 6i

LOG S / S ' = -1 .3

LOG K'R2/KB2 -7 .0 - 6 . 0

TT/R2S

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 003 . 1 6 2 E + 0 01 . O O O E + 01I . O O O E + 0 21 . O O O E + 031 .303E+04

9

2 . 6 2 9 E - 0 4 2 . 6 2 9 = -3 .334E-03 3 . 3 4 3 c -1 . 1 C 2 E - 0 2 1 . 1 1 0 E -2 . 1 5 4 E - 0 2 2 . 1 9 0 E -3 . 3 2 3 E - 0 2 3 . 4 5 6 E -5 . S 7 6 E - 0 2 7 . 1 7 3 E -5 . 6 2 2 E - 0 2 1 .7353-1.981E-0Î 4 . 5 5 5 c -

01Cl

-5 .0

M N

04 2.659E-C4C3 3.4 39E-03C2 l.ie6E-0202 2.534E-02C2 4.É31E-02C2 1.473E-01

4.650E-C11.421E+00

2.951E-344.348E-031.34 9E-025.344E-321.127E-014.321E-011.382E+002.386E+00

-3 .0

5.409E-341 .049E-025.269E-0 21.534E-013.506E-011.293E+002.296E+033.672E+00

-2.0

U I T

1 .685E-333.314E-021 .6036-014.84âE-011 .044Ë+O02.035 = 4003.432C+33S.719E+00

-1 .0

5.521E-331.049E-014.804E-019.976E-011.362E+002.641E+004.933Ê+307.269E+00

O.C

i . 4 2 2 E - 0 21 .567E-013 . 4 8 1 E - 0 15 . 7 1 2 E - 0 11 .107E + 0C2 .151E+005 .467E+007 .786E+00

1.0

2.éSeE-C31.291E-C2Í.C21E-C22.109E-C1S.943E-013.093E+0C:.2e9E+oo7.702E+CC

PUITS PENETRANT DE 0.6 A l.C ET PIEZCME7PE DE 0.0 A 0.4

ABAQUE POUR L'INTERPRETATION Oc FCKPAGES EN NAPPE LIBRE ANISCTROFE,

DANS L 'HYPOTHESE DE NELMAN, SELCN FORMULES DE BGULTCN - STRELTSCVA

TABLEAU A 7

FENETRATIONCU PUITS DEPCMFAGE (A)

LIEKE

PcNETRATIDNDUPIE-ZUME7RE Í7)

R - >)ANISOTROPE

1.0-///////////// IMPERMEAELE

LOG 3/S1 = -2.0

LOG K » R 2 / K B 2 - 7 . 0 - 6 . 0


-5 .0

K E N

1 .000E-013.162E-011 .OOOE+003.162E+001.000E+0I1 .OOOE+021 .OOOE+031 .03OE+04

1.200E-06 1.126c-1.335E-C5 1.322=-4.366E-05 4.37CE-8.502E-0£ 6.5C7E-1.308E-04 1.307E-2.2575-04 2.120=-3.Ce5=-04 2.264E-2.23EE-04 1.246E-

06 6.794EC £ 1 . 2 S 8EC E 4.326E-C5 £.2cSE-04 1.174E'04 1.315E-04 1.234E-02 4 . 5 2 0E-

-C7 9 . 1 2 8 E - 3 7-05 1 . 2 2 9 E - 0 5-05 3 . 4 7 0 E - 0 5-05 4 . 5 3 6 E - 3 5-04 4 . 7 1 1 E - 0 5-04 1 . 2 2 1 E - 0 2-C2 4 . 5 1 0 E - Û 1-01 1 .013E+00

-3.0

R E C

6.423E-073.046E-064.219E-061.7E3E-041 .178E-024.A80E-011.009E+301.051E+00

- 2 . 0

U I T

0.37 . 3 2 3 E - 0 58 . S 5 0 E - 0 31 . 0 3 Ô E - 0 14 .207E-019 . 7 5 5 E - 0 11 .317E+331 .260E+00

-l . 0 o.c 1.0

4 . e78c -04 £ .4ei£-03 2 . 1 E 3 E - C 33 . 3 2 9 E - 0 2 1 .032E-01 4 . 4 C S ê - C 22 . 4 9 0 E - O I 2 . C 3 2 E - 0 1 4 . 6 7 E E - C 35 . 8 £ E E - 0 1 2 .176E-01 £ . £ C 9 E - C 37 . 4 6 5 E - 0 1 2 •249E-01 E . 3 S 1 E - C 37 . 8 4 2 E - 0 1 3 . ie4E-01 7 . 7 E 4 E - C 21 . O O O E + 0 0 1 .C61E+00 12 .22£E+00 Z

049E4-CC3 .135E+CC

LOG S/S« = - 2 . 5

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0


1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 003 . 1 6 2 E + 0 01 . O O O E + 0 11 . O O O E + 021 . O O O E + 031 . 0 3 0 E + 04

1 .212E-06 1.079E1 .336E-05 1.321E4 . 3 6 6 E - 0 5 4.363E8 . 5 0 1 E - 0 5 e.4ÎÉE1.308E-04 1.306E2 . 2 E 5 E - 0 4 2 .117E3 . C 7 £ E - 0 4 2 .270E3 . 2 1 0 E - 0 4 1.247E

- C 4

- 5 . 0

M E N

- 4 . 0

T S

0 6 E . 6 2 6E-05 1.2S5EC5 4.311E-05 e.257E-

1.1 65E'04 1.311E-C4 1 .233EC2 4.520='

-07 7 . 9 8 1 E - 0 7-05 1 . 2 0 3 E - 0 5-05 3 . 4 3 0 E - 0 5-05 4 . 4 8 1 E - 3 5-04 4 . 6 5 7 E - 0 5-04 1 . 2 2 1 E - 0 2-02 4 . 5 1 0 E - 0 1-01 1.017E4-00

- 3 . 0

R E C

8.254E-073.154E-064.293E-061 .754E-041 .178E-024.4B1E-011.013E+001.112E+00

-2.0

U I T

9.154E-087.331E-058.550E-031 .03ÓE-014.207E-019.799E-011.077E+001.717E+00

-1.0

4.S78E-Û43.329E-022.451E-015.860E-017.50aE-018.3ÉÊE-011.41tE+003.317E1-00

O.C

£.4£1E-O31 .033E-012.C44E-C12.226E-012 .464E-01Í.277E-011.975E+004 .2CCE4-00

1.0

2.161E-C34.564E-03E.4C2E-C3Ê.2e3E-031.Í7SE-C23.493E-C12.03SE+CG

LOû S/S« -2.0

LOG K » R 2 / K B 2 - 7 . 0 - 6 . C - 5 . 0 - 4 . 0

T T / R 2 S R A B A T T E M E N T S

1 . O O O E - 0 1 1 .211E-06 1.352E-3 . 1 6 2 E - 0 1 1 . 3 3 7 E - 0 5 1.319E1 . O O O E + 00 4 . 3 6 7 E - 0 5 4.362E'3 . 1 C 2 E + 0 0 6 . 5 C 1 E - 0 5 6.490=1 . O O O E + 0 1 1 . 3 C 8 E - 0 4 1.302E1 . O O O E + 0 2 2 . 2 £ 3 E - 0 4 2 .111E1 . O O O E + 0 3 3 . C 7 0 E - 0 4 Î .2E2El . O D O E + 0 4 3 . 2 C 9 E - 0 4 1 . 2 4 6 E - 0 2 4.E21E—

-06 6 .298E--C5 1 .2e3E--0£ 4 .288E--05 Ê . 2 1 1 E -

1 .1S4E-1 . 3 C 4 E -1.233E-

-G4-04-C4

07 8 . 7 2 1 E - 3 705 1 . 2 1 7 E - 0 505 3 . 4 4 1 E - 0 535 4 . 4 9 7 E - 3 504 4 . 6 6 6 E - 0 504 1 . 2 2 1 E - 0 202 4 . 5 1 2 E - 3 101 1 .031E+00

-3 .0

R E C

5.403E-372.937E-064.074E-061.751E-0«1 .178E-024.4-e2E-011.028E+3O1.288E+00

-2.0

U I T

1 .381E-077.337E-05B.550E-031.336E-314 .20ÖC-019.937t-011 .2E1E + 002.569E+00

-1.0

4,eeiE-043.32SE-022.4Ç1E-015.677E-017.619E-019.917E-012.226E+004.455E+0C

O.C

e . 4 S 3 E - 0 31 .035E-012 . C E 1 E - C 12 . 425E-013 . 1 3 C E - 0 11 .C54E+C02.059E+00£ .339E + 00

1.0

2.ie£E-C3£.0=eE-C3

1 . S 1 3 E - C 27 . 5 7 3 E - C 21.042E+CO;-.l£7E«-CCÍ.4C7E+CC

LOG S/S» - l . S

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0


1 . O O O E - 0 13 . 1 6 2 E - 0 1I . O O O E + 0 03 . 1 6 2 E + 0 01 . O O O E + 0 11 . O O O E + 021 . O O O E + 031 . 003E + 04

1 .214E-06 1.074E1.337E-05 1.3I5E4 . 3 6 7 E - 0 5 4.347=e . £ 0 4 C - 0 5 e.462=1 . 3 C 8 E - 0 4 1.2SEE2 . 2 5 0 E - 0 4 2.105E2 . C 7 1 E - 0 4 2.249E'3 . 2 0 5 E - 0 4 1.246E

- 5 . 0

M E N

- 4 . 0

T S

0 6 7 .624E-0£ 1.267E-C£ 4 .261E-05 8 .172E-04 1.160E-04 1.299c-

1.233E-- C 2 4 . 5 2 5 E -

07 1 .030E-0605 1 . 2 2 9 E - 0 505 3 . 4 5 0 E - 0 505 4 . 5 0 9 E - 3 5C4 4 . 6 0 4 E - 0 504 1 . 2 2 1 E - 0 202 4 . 5 1 6 E - 0 101 1 .074E+00

-3 .0

R E £

8.460E-073.237S-064.392E-061.753E-041.178E-0 24.486E-011.371E+001.734E+00

-2.0 -1.0

U I T S

O.C 1.0

0.3 4.Sa0E-04 E.4e9E-03 2.260E-C37.316E-05 3.329E-02 1.044E-01 6.£e2E-C28.£506-03 2.494E-01 2.197E-01 1.726E-C21.036E-31 £.92eE-01 2.034E-01 7.1£4E-C24.212E-01 7.976E-01 £.C89E-01 3.359E-C11.036E400 1.250E+OC 1.949E+00 2.0C9E+CO1.689E430 3.29JE+30 4.172E+33 4.241E+C03.6£2E+00 5.596E+00 6.479E+00 i.£37E+CC

LOG S / S 1 = - 1 . 0

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0 - 5 . 0 - 4 . 0


1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 003 . 1 6 2 E + 0 01 . O O O E + 011 . O O O E + 0 21 . O O O c + 031 .033E + 04

l . i eOE-06 1.323E1.336E-05 1 .305E4 . 3 É 4 E - 0 5 4.320=6 . 4 9 0 E - 0 5 e.412=1.303E-04 1.291c2 . 2 4 3 E - 0 4 2 .057=3 . 0 É 2 E - 0 4 2 .235E3 . 2 1 1 E - 0 4 1.246=

- 0 6 7 . 6 0 3 E -: - C £ 1.267E-

C£ 4 .254E-C5 Ê.175E-04 1.159E-04 1.300E-04 1.233E-02 4 .E37E-

07 7 . 3 4 7 E - 0 705 1 . 2 0 0 E - 0 505 3 . 4 2 0 E - 0 505 4 . 4 7 0 E - 0 504 4.t>26E-0504 1 . 2 2 1 E - 0 202 4 . 5 2 3 E - 0 101 1 .197E+00

- 3 .0

R E C

7 . 7 9 3 E - 0 73 . 0 9 4 E - 0 64 . 0 2 9 E - 0 61 . 7 4 5 E - 0 41 . 1 7 7 E - 0 24 . 4 9 3 E - 0 11 .193E + 002 . 5 2 8 E + 0 0

- 2 . 0 - 1 . 0

U I T S

0 . 07 . 2 5 9 E - 0 56 . Ï48Ê-031 . 3 3 Ó E - 0 14 . 2 2 4 E - 0 11 .15ÓE4 002 .482E+334 .737E+00

4.8£9E-043.32SE-022.5C1E-016.3845-01S.013E-012.141E+004.36SE+306.676E+00

O.C

6.E06E-021 .C71E-012.£47E-01«.664E-01S .C50E-012.Î7£E+CO£.2595+007 .E67E + 00

1.0

2 . 4 6 0 E - C 31 . 2 2 Ê E - C 2£ . S £ 5 E - C 23 . 0 E É E - C 19 . 7 £ 3 E - C 13 .C47E+CC« .232E+C07.641E+CC

PUITS PENETRANT DE 0 .6 A l.C ET PIEZCCETRE DE 0.6 A 1.0

ABAQUE POUR L'INTERPRETATION DE FCfPAGES EN NAPPE LIBRE ANISCTKCPE»


1ABLE>L A A

NAPPE0 . 3 -

0 . 2 -

0 . 4 -

0 . 6 -

0 . 8 -

1 . 0 -

FENETF.ATIONCU FUITS DEFCMFAGE (A)

LIERE ]< — -R—

PENETRATIONDUPIE2OMETRE (Ai

>|ANISOTROPE

///////////•// IMPERMEAELE ///////V///'/•

LOG S/S« = - 2 . 0

LOG K ' R 2 / K B 2 - 7 . 0

TT /R2S R A B

I.00OE-013.162E-01I.OCOE+003.162E+001.OCOE+011 .000E+021.000E+031.033E+04

6.1C7E-027.S48E-012.594E+005.062E+007.791E+001.345E+011.915E+012.475E+01

- 6 . 0

T T E

6 . 1 3 6 E - 0 27.e48E-012.E94E+CC£.C62E + C C7.78ÇE+CC1.343E+011.9C2E+012.431E+01

- 5 . 0

K E N

É . 1 E 6 E - 0 27 .S47E-0I2 .593E+0G5 .C57E+007.772E+001.332E+011.Ê59E+012.284E+01

- 4 . 0

T S

6.181E-027.B33E-012.583E+005. 019EO07.Ó72E+001.289E+011.713E+011.895E+01

-3.0

R E C

6.145E-027.741E-0 12.532E+004.8Ó5E+007.316E+001.1E2E+011.333E+011.339E+01

-2.0

U I T

5.S63E-Û27 .402E-012.2Ó1E4004.363E+306 .192E+007.963E+008.047E+308.178E+00

-1.0

E.43EE-026.222E-01i.e;oE+co2.944&+303.426E+003.493E+003.616E+0C4.4E4E+0C

O.C 1.0

3.E10E-02 é.E76E-C32.442E-01 1.342E-C2£.£11E-C1 1.29CE-C2€.902E-0l J.E29E-C2£.96£E-01 1.9SEE-C27.767E-01 1.C79E-C11.29£E+00 1.C72E+CC2.222E+00 2.129E+C0

LOG S / S ' = - 2 . 5

LOG K ' R 2 / K B 2 - 7 . 0

T T / R 2 S R A B

1.000E-013 .162E-011 .000E + 003 . 1 6 2 E + 0 01.OOOE+011 .00OE+021 .000E+031 .000E + 04

a . 1 E 7 E - 0 27 .S48E-012 . 5 Ç 4 E + 0 05 .062E+007.791E+001.345E+011.915E+012.475E+01

-e.cT T E

6.186E-027.e48=-012.E94EÍ-0CE.0C2E+CC7.769E+0C1.343E+CI1.9C3E+01

- 5 . 0

» E N

É . 1 6 6 E - C 27 .E47E-012 .5S3E+005 . C57E+-007 .772E+001.332E+01ï .E59E + 012.264E+01

- 4 . 0

T S

6.181E-327.833E-012.583E+005.019E+007.Ó72E+001.289E+011.713E+011.895E+01

-3.0

R E C

6.145E-027.741E-012.532E+004.865E-I-007.316E1-001 .1Í2E+011 .333E+011.342E+01

-2.0

U I T

5.963E-027 .402E-012.261E-»004.36SE+306.192E-Í007.990E+008.07BE+00B.445E+00

-1 .0

5.435E-026.332E-01l.e30E+C02.944E+003.437E+0C3.522E+003.674E+005.3£7E+00

O.C

3.E10E-022 .442E-01Ê.E1EE-01É.950E-017 .147E-01S.E17E-01

. 34SE + 0C

1.0

6.567E-C31 .367E-021.E10E-C21.972E-C23.Ê63E-C22.eeeE-ci2.044E+C0A .269E4-C0

LOG S/S' - 2 . 0

LOG K ' R 2 / K B 2 - 7 . 0

TT /R2S <3 A B

1 .000E-013 .162E-01I . O O O E + 0 03 . 1 C 2 E + 0 01 .OOOE+011 . O O O E + 021 .O00E+03I . 0 03E+04

e . l67E-027 .848E-012 .594E+00S.062E+007.791E+001.345E+011.915E+012.475E+01

- 6 . C

T T E

6.186E-327.Ê48E-012.594E+0CE.062E+CC7.789E+0C1.34 3E+011.9C3E+012.421E+01

- 5 . 0

M E N

£.ie6E-027.e47E-012.593E+005.C57E+007.772E+O01.332E+011.E59E+012.284E+01

- 4 . 0

T S

6.181E-327.833E-012.583E+005.319E+007.672E+001.289E+0 11.713E+011.89ÓE+01

-3.0

R E C

6.14ÓE-027.741E-012.532E+004.865E+037.316E+001.1E2E+011.334E+011.352E+0 1

- 2 . 0

U I T

5 . 9 6 3 E - 3 27 .402É-012 .361E+004 .363E+30Ó . 1 9 2 E + 0 07 .994E+008.169EO09.033E+00

-1 .0

5.435E-026.331E-011.630E+CC2.944E+003.441E+003.6C9E+004.44ÏE+006.440E+00

O.C

2.£ICE-023.44 3E-01e.£3SE-017 .09EE-017 .7C3=-01

3.223E+00£ .47ÊE + 00

1.0

6.615E-C31.446E-C21.9CEE-C23.EC9E-021 .CE6E-C11.C65E+C02.120E4-CCS.4C7E+CC

LOG S/S» = - l . S

LOG K ' R 2 / K B 2

T T / R 2 S

1 .O00E-013 .162E-011 . O O O E + 003 .1C2E+001 . O O O E + 011 . O O O E + 021 .OOOE+031 .300E + 04

LOG S/S« = -

- 7 . 0

R A B A

6 . ie7E-027.848E-012.594E+005.062c+007.791E+001.345E+011.915E+012.47 5E + 01

1.3

- 6 . C

T T E

6 .186E-027 .648E-012.S94E+0CE.C62E+007.78SE+CC1.343E+011.902E+C12.431E+01

- 5 . 0

M E N

Í .186E-027.E4 7E-012.593E+00E.057E+C07.772E+C01.332E+011.E59E+C12.2E4E+01

•

- 4 . 0

T S

6 . 1 8 1 E - 3 27 .833E-012.583E+005.019E+007.672E+001 .289E + 011.713E+011.897E+01

- 3 . 0

R E C

Ó.146E-027.701E-012.522E+004.865E+037.316E+001 . 1 5 2 E + 0 11.355E+0 11 .377E+01

- 2 .0

U I T

5 .963E-327.402E-012.261E-1004.3683+006 .192E4008.008E4008.417Ê+009.S39E+00

-1 .0

S

E.42SE-326.222E-01l.e20E+002.945E+033.4Í4E+003.847E+00S.329E+007.560E+00

O.C

2.610E-023 .444E-01c.eo«E-oi7 .S49E-019 .303E-012.171E+0C4.217E+006.61EE+0C

1.0

C.7C3E-C31 .C97E—C22.2E7E-C21 .0C4E-CI3.746E-C1i.cies+cc4.242E+C0É.E37E+C0

LOG K ' R 2 / K B 2 - 7 . 0

T T / R 2 S R A &

1 . O 0 0 E - 0 13 .162E-011 .030E + 003 .162E+001 . O û O C + 011 . O O O E + 02: . O O O E + 0 31 .000E + 04

6 . 1 6 7 E - 0 27 .848E-012.594E+005.0É2E+007.791E+001.345E+011.915E+012.47 5E+01

- 6 . 0

T T E

6.136E-327.648E-012.E94E+CCS.C62E+007.789E+O01 .342E+C11.9C3S+012.421E+0I

- 5 . 0

M E N

£.166E-C27.647E-012.593E+00£.057E+007.772E+C01.332E+011.E59E+C12.284E+01

- 4 . 0

T S

6 . 1 8 1 E - 3 27.83 3E-012 . 5 8 3E+005 . D19E+007 . Ó 7 2 E + 0 01 .289E+011 .713EJ-311.901E+01

- 3 . 0

R E C

6 . 1 4 5 E - 0 27 . 7 4 1 E - 0 12 .522E+004 .865E+337.316E+001.152E+011.339E+011 .429E + 01

-2.0 -1.0

U I T S

5.96SE-027.402&-012.261E+004 .36BE + 30Ó.192E4008.043E+008.947E+301 .096E + 01

6.221E-011.830E+002.947E+003.491E+004.360E+006.354E+008.634E+00

O.C

3,£C9c-0¿3 .450E-01£ .60ÍE-01£ .ei8E-011 .316E+003.14CE+00£.397E+307 .7C3E+00

1.0

£.54SE-032.£09E-C2£.£36£-C23.42SE-C19 .9E1E-C12.CE0E+CCE.333E+CC7.Í41E+CC

PUITS PENETRANT DE 0 .6 A l.C ET PIEZCMETRE DE 0.0 A 0 .2

ABAQUE POUR L«INTERPRETATION OE FCMPAGES EN NAPPE LIBRE ANISCTROFE,


TABLEAU A e

PENETRATIONCU PUITS DEPCMFAGc (A)

PENETRATIONDUP1EZOMETRE ÍB)

>|ANISCTROPE

B

//y////////// IMPERMEABLE

LOG S/S' -3.0

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0


- 5 . 0

M E N

—4.0

T S

- 3 . 0

R E

1 .000E-013 . 1 Ö 2 E - 0 11 . O O O E + 0 03 .162E+001.OOOE+011 . O O O E + 0 21 .OOOE+031 . O O D E + 0 4

2 . £ 3 4 = - 0 7 2.1406-3 . ie2E-06 3.156E-1 . C C 7 E - 0 5 1.044E-l . Ç e 5 E - 0 5 1.983E-3 . 0 5 1 E - 0 5 2.062E-S . 2 3 3 E - 0 5 4.694=-6 .616E-05 5.231E-6 . 6 6 1 E - 0 5 E.165E-

07 2 . 1 3 6 E - 0 7 1 . 4 3 7 E - 0 7 1 .348E-CC 2 . C 5 0 E - C 6 2 . 6 9 9 E - 0 6 8 . 4 2 Ô E -0£ 1 . C 0 5 E - C S S . 0 5 5 E - 0 6 1.401E-C5 1 .931E-05 1 . 0 9 D E - D 5 1 .455E-C£ 2 . 7 Ó 6 E - 0 S 1 .171E-05 l .959E-OS 3 . 3 0 3 E - 0 5 2 . 1 1 5 E - 0 4 1.644E-OE E . E C 1 E - C 5 1 .652E-01 4 .499E-05 Í .711E-05 4 .512E-01 4 .840E-

- 2 . 0

U I T

- 1 . 0 o.e 1.0

07 0.007 0 .006 1.463E-06 1 .S65E-04 1 .570E-01 4 .394E-01 4.731E-01 7.124E-

7 .2SSE-0É7.521E-02

04 1.022E-0132 2.723E-01

3.556É-013.6£ßE-015.97 6E-011.8C4E+0C

01010101

2.S71E—02 1.115E-C3£.207E-02 2.30SE-C3I.C36E-01 2.£77E-C31.120E-01 2.427E-C31 .190E-01 t.2E«E-C32.C9EE-01 7.«79E-C29.21SE-01 1.C27E+CC2.E89E+00 2.

LOG S / S 1 = - 3 . 5

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0

T T / R 2 S R A B A T !

1 .0O0E-013 .162E-011 . O O O E + 0 03 .1Í2E+001 . O O O E + 011 .000E+021.000E+031.030E+04

3 . 6 C 8 E - 0 7 2.555E-3 . 1 6 3 E - 0 6 3 .2C8E-1 . C 0 8 E - 0 5 1.048c-1 .989E-05 1.989E-3 . 0 5 4 E - 0 5 3 .C70E-5 . 2 3 0 E - 0 5 5 . C 9 9 E -C . 5 Ç 7 E - 0 5 5.730=-6 . 6 4 2 E - 0 5 E.665E-

- 5 . 0

M E N

- 4 . 0

T S

- 3 . 0

R E

C7 2 . 0 6 4 E - 0 7 1 . 1 6 7 E - 0 7 1 .9Ö7E-C£ 2 . 0 2 7 E - 0 6 2 . 6 3 7 E - 0 6 7 . 1 7 5 E -05 Ç . S 5 8 5 - C 6 3 . 0 4 7 E - 0 6 5 .266E-CE 1 . 9 0 3 E - 0 5 1 . 1 0 0 E - 0 5 O . DCE 2 . 7 2 2 E - C 5 1 . 1 2 9 E - 0 5 1.836=-0£ 3 . 0 6 6 E - C 5 1 . 9 9 8 E - 0 4 1.643c-C5 E . 3 4 1 E - 0 5 1 .651E-01 4 .543E-05 6 .2S2E-05 4 . 5 5 5 E - 0 1 5 . 4 3 8 E -

- 2 .0

C U I T

07 0.00 7 0 .007 1.346E-04

1 .961Ê-0204 1.569E-0101 4.437E-0101 5.320E-31O i l .160E + 00

-1 .0

0.07.4Î1E-031.022E-012.727E-013.5S2E-014.37 4E-011 .005E + 002.8ÍSE+00

O.C

2.S6CE-03S.Z14E-021 .C4EE-011 .179E-011 .3S9E-014.132E-C11.E21E+004 .C03E + 00

1.0

1 . 1 3 8 E - C 32 . 4 9 1 E - C 33 . S 4 2E-C3e . 2 4 6 E - C 31 . 7 7 7 E - C 23 . 4 1 1 E - 0 1l.SÇfiE+CC4 .212E + CC

LOG S/S< - 2 . 0

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0

TT/R2S R A B A T T

1.000E-013 .162E-011 . O O O E + 003 .162E+001.OOOE+011 . O O O E + 0 21 . O O O E + 0 31 . O O O E + 9 4

3.eeiE-07 i.es3E3.208E-06 3.124E-1.014E-05 1.033E1.997E-05 1.979E3.05eE-05 3.0Í3E'E.173E-05 5.159E-6.405E-05 5.E73E6.450E-05 5.814E

- 5 . 0

K E N

- 4 . 0

T S

- 3 . 0

R E

07 1.825E-C7 1.S37E-O7 0.0OC 2.929E-C6 2.824E-06 0.0Oï Ç.E49E-C6 8.219E-06 0.0C5 l.e85E-05 1.041E-05 0.0C£ 2.721E-C5 8.010E-06 1.42BE-04OS 3.176E-05 1.593E-04 1.641E-01CS E.574E-C5 1.649E-01 4.679E-01

E.485E-C5 4.691E-01 7.175E-01- 0 5

- 2 . 0

U I T

0 .00 .09.E11E-Û51 .949E-021 .567E-014.570E-017.035E-011.993E«00

-1 .0

0.07.397E-031.020E-012.740E-013.7C5E-015.8S2E-011.796E+303.970E+00

O . C

3.S25E-03í .236E-02I.OEEE-011 .363E-01£.C4£E-019 .25Cc-Cl2.E81E+00£ .131E+00

l.C

1.213E-C33.072E-C3Í.922E-C51.723E-C27.212E-C21.C20E+CC3.07 9E+C0

LOG S / S ' - 1 . 5

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0 - 5 . 0 - 4 . 0 - 3 . 0 • - 2 . 0

T T / R 2 S R A B A T T E M E N T S R E C U I T

- 1 . 0 O . C 1.0

1 . O C O E - 0 13.1 62E-011 .0C0E+OO3.162E+001.OOOE+011 . O O O E + 0 21 .OOOE+031 . O D D E + 04

3 . 8 3 9 E - 0 7 1 .£885-073 . 1 8 0 E - 0 6 3 .119E-0C1.01IE-05 1 .033E-CE1 .967E-05 1 . 9 e 4 E - C 53 . C 6 4 E - 0 5 3 . 0 3 4 E - C SE . 3 1 0 E - 0 5 4 .993E-0Î6 . e 2 8 E - 0 5 5 . 5 7 6 E - C 56 . 8 7 3 E - 0 5 E .49eE-0£

1 . 7 4 7 E - 0 7 2 . 1 1 2 E - 0 7 0 . 03 . C 1 1 E -l.C25E-2.C18E-2 . 9 3 9 E -3 .627Et. 2 04E-9 . 1 0 4 E - 0 5 5 .108E-01 1 .150E+0O 3 .047E*00 S.092E+00 £ .£ô£c+00

E-C6 2 .573E-06 0.0-05 7 .093E-06 0.0-05 6 .613E-06 0.0-C5 0 .0

0 . 0 0 .0 :- .EleE-030 . 0 7 .101E-03 £ . 3 C £ E - 0 20 . 0 1 .014E-01 1 . 2 C G E - C 11.911fc-J2 2 .783E-01 1 .931E-01

4 .054E-01 2.9££t--011 . 5 0 1 E - 0 5 1 .561E-01-05 3 . 1 6 Ó E - 0 5 1 .635E-01 4 . 9 7 9 E - 0 1 9 .786E-01 1.797E+CC-C5 1 .643E-01 5 . 0 9 4 E - 0 1 1 .132EH00 2 .821E+00 2 .977E+00

1 .444E-C34 . S E 9 E - C 3l .=62E-C2e . 9 2 6 E - C 22 .2e4E-Cl1.573E+C04..1E6E + C0e .4££c+CC

LOG S / S ' - 1 . 0

LOG K ' R 2 / K B 2 - 7 . 0

T T / R 2 S R A B

: . O C O E - 0 13.162E-011.OOOE+003.162E+001.030E+011.OOOE+021.OOOE+031.D03E+04

3.S50E-073.166E-061.CC5E-05l.Se3E-053.056E-055.3Ç8E-057.013E-057.0Ê3E-05

- 6 . 0

T T E

1.742E-073.064E-0C1.C14S—CS1.Ç46E-C53.C15E-CÎ4.911E-CE£.240E-C£5.223E-0«

- 5 . 0

M E N

- 4 . 0

TS

2.467E-07 0 .03 .160E-C6 e .751E-071.036E—05 2 .677E-061.994E—05 0 .02 .642E-05 0.02 .281E-C5 0.0£ .6 ieE-C5 1.623E-01Í .52SE-05 6.291E-01

- 3 . 0

R E

0.00.00 .00.00 .0

-2 .0

U I T

-1 .0 O . C 1.0

0.0 0.0 2.£106-02 2.111E-C20.0 6.16âE-03 £.£2£c-O£ 1.120E-C20.0 9.S69c-0£ 1.££1E-O1 £.E19c-C21.753E-02 2.932E-01 2.561E-01 £.99£E-C11.E41E-01 5.0££c-01 £.£046-01 9.563E-C1

1.615E-01 6.142E-01 1.712E+00 2.E02E+0C 2.C02E+C06.276E-01 1.90ÓE+30 3.865E+00 £.C££E+OO E.27ÉE+C01.928E+00 4.105E + 00 6.161E + 0C 7 .352E + 0C 7.££1E + CO

PUITS A PENETRATION DE 0 . 6 A 1.0 ET PIEZOMETRE OUVERT DE 0 .2 A 0.4

ABAOUE POUR L ' INTERPRETATION DE POMPAGES EN NAPPE LIBRE ANISOTROPE.

DANS L 'HYPOTHESE DE N E U M A N , SELON FORMULES DET BOULTON - STRCLTSOVA

TABLEAU A C

NAPPE0.0-

0 . 2 -

0 . 4 -I

0 . 6 -

0.»-

1 . 0 -

PENCTRATIONDU PUITS DEPOMPAGC (A)

LIBRE |<—

PENfcTRATIONDUPIE7OMETRE (C)

- > | A N I S O T R O P E

—K • —+-K

C

—c-

/ / / / / / / / / / / / / IMPERMEABLE //////////S//

LOG S /S« = - 3 . 0

OG K » R 2 / K B 2

T T / R 2 S

1.000E-0I3.J62E-0Ii.ooor+oo3.162E+001.000E+011.000B+021 .000E+031.00OE+O4

- 7 . 0

R A B

I.95f>E-|062 . 2 9 4 E - 0 57 . 5 3 4 E - 0 51 .46«E-042 . 2 5 S E - 0 43 . B 9 7 E - 0 45 . 3 2 2 E - 0 45 . 5 6 1 E - 0 4

A

I.2 .7 .1 .2 .3 .3 .2 .

- 6 . 0

T T E

831E-06277E-05522E-054 6 B E - 0 4255E-04661r.-04ee«JE-04A 6 6 E - 0 2

]2712227

- 5 . 0

M E N

.638F-06

.252E-05

.47IF-05•4 33E-04•• 029E-04. 2 49E-04.442E-02.3R3E-01

- 4 . 0

T S

1 . 5 8 2 E - 0 62 . 1 4 0 E - 0 56 . 0 0 9 E - 0 S7 . 7 3 0 E - 0 57 . 8 9 1 E - 0 52 . 4 2 0 E - 0 27 .367E-01I .573E+00

- 3 . 0

R E D

- 2 . 0

U I T

1.194E-06 0 . 05.0I0E—06 15 .964E-06 !3 . 4 5 9 E - O 42.335E—02 {7.316E-0I 11.567E+001.60i"E+00 1

.44BE—04•694F-02.B75E—01

>.Ö43E-01•SI1E+00

L.551C+00•727E+00

-1 .0

S

9.611E—045.903E—023.958E-0IB.985E-011.I37E+001.175E+00I.337E+002.333E+00

0 . 0

1.290E-021.542E—013.02SE-013 .22bE-013 . 2 9 4 E - 0 14.I42E.—01I.075E+002.946E+00

1 .0

3.2O9E—036 . 5 5ÜE—036 . 9 2 7 E - 0 3E . 0 S 6 E - 0 31 . 1 8 6 E - O 28.9to0C-021.038E+003.087E+00

LOG S /S« = - 2 . 5

DG K»R2/KB2

T T / R 2 S

1.3 .1.3 .1 .

OOOE-01162E-01OOOE+00162E+00OOOE+01

l .OOOE+0?1 .1.

000E+03000E+04

- 7 . 0

R A B A

1 .943E-062.292E-01?7 . 5 2 7 E - 0 51 .4-67E-042 . 2 5 7 E - 0 43 . R 9 6 E - 0 45 . 3 1 9 F - 0 45 . 5 4 1 E - 0 4

- 6 . 0

T T E

1 .819E-062.2eiE-057.525E-051.46RE-042 . 2 5 5 E - O 43 .662E-043 . B 9 2 E - 0 42 . 4 6 5 E - 0 2

- 5 . 0

M E N

1 .650E-062 .251E-057 . 4 62E-051 .432E-042 . 0 2 7 E - O 42 .238E-042 .441E-027.382F.-01

T

12577271

- 4 . 0

S

• 5 6 4 E - 0 6• 1 3 1 E - 0 5¿99BE-05. « 9 1 E - 0 5• 7 P 6 E - 0 5• 4 1 9 E - 0 2. 3 6 6 E - 0 1.576E+00

144-32711

- 3 . 0

R E D

.164E—06

. 7 0 4 E - 0 6• B 8 6 E - 0 6. 4 3 1 E - 0 4. 3 3 4 E - 0 2.315E-01•570E+00.651E+00

- 2 . 0

U 1 T

0 . 01 . 4 2 9 E - 0 41 .694E-021.875E—016.ES42C-0I1.513E+001.594E+002.071E+00

S

9

-1 . 0

. 5 4 9 E - 0 45 . 9 0 1 E - 0 23 .957E-0181113

.986E—01•139E+00.214E+00•659E+O0.300E+00

0 . 0

I .297C-021.54 3fc-013.037E-013.281 E-013.488fc-0I6.013fc—011.908F+004.049E+00

1 . 0

3 . 2 3 2 E - 0 36.78SE—037.926E—031.17IE—02¿.590E-023 . 6 0 4 E - O 12.00IE+004.212F+00

LOG S/S» = -2.0

LOG K»R2/K02 -7.0

TT/R2S R A B

l.OOOE-013.162E-01l.OOOE+003.162E+00l.OOOE+011.000E+021.000S+03l.OOOE+04

—6.0

T T E

LOOSE—Oft I .788H-06 12 . 2 8 7 E - 0 5 2 . 2 7 4 E - 0 5 27 . 5 2 7 E - 0 5 7 . 5 1 7 E - 0 S 71 .467E-04 1 .466E-04 I2 . 2 S 7 E - 0 4 2 . 2 5 3 E - O 4 23 . R 9 4 E - 0 4 3 . 6 5 6 E - 0 4 25.?14E—04 3 . e 5 6 E - 0 4 25 . 5 2 7 E - 0 4 2 . 4 6 4 E - 0 2 7

- 5 . 0

M E N

.618E-06•248E-05.458E-05•430E-04•02?E-04.204E-04•439E-02.380E-01

- 4 . 0

T S

1 . S 9 9 E - 0 62 . I 2 3 E - 0 55 . 9 7 6 E - 0 57 . 5 8 7 E - 0 57 . 5 1 1 E - 0 52 . 4 I 7 E - 0 27 .364E-011.584E+00

- 3 . 0

R E D

6 . 9 8 9 E - 0 73 . 6 9 5 E - 0 62 .299E-063 . 3 5 3 E - 0 42 . 3 3 2 E - 0 27.313E-011.578E+00L777E+0 0

-2 .0

U I T

0 . 01.353E-041.691E—021.874E-016.840E-011.521E+00L719E+002 . 764 E+00

- 1 . 0

S

9.354E—045.895E-023.956E—018.991E-011.146E+00I.329E+002.324E+004.378E+00

0 . 0

I.292E-021.543C-013.066t-013.446F-014.085Ü-011.068b+002.937C+005.I74-E+00

1 . 0

3.3O6E-037 . S 0 7 E - O 31 .124E-022.5E1E-028.771E-02I.031E+003.0T9E+005.3^7E+00

LOG S/S» = -1 .5

LOG K»R2/KB2 - 7 . 0 -6.0

TT/R2S

l.OOOE-013.162E-0Il.OOOÇ+003.162E+001.OOOE+011.OOOE+021.000E+Q3l.OOOE+04

1.946E-0« 1.807E-Oi>2 . 2 9 4 E - 0 5 2.274-E-057 . 5 3 2 E - 0 5 7 . 5 1 8 E - 0 51 .46SE-04 1 .467E-C42 . 2 5 9 E - 0 4 2 . 2 5 3 E - 0 43 . 8 9 7 F - 0 4 3 . 6 5 1 E - 0 45 . 3 1 3 E - 0 4 3 . B 2 5 E - 0 45 . 5 2 9 E - 0 4 2 . 4 6 1 E - O 2

- 5 . 0

M E N

1.537F-062 .237E-057 .441F-051.4?6E-042 . 0 J1E-04P..120E-0«2.431 E-0ÎÎ7 .374E-01

- 4 . 0

1 .399E-062 . 0 8 7 E - 0 55 . 8 5 1 E - 0 57 .313E-0S .6 . 7 0 6 E - 0 52 . 4 09E-027 .35BE-01I . 6 09E+00

- 3 . 0

2 . 2 9 7 E - 0 71.548E-060.03 . 1 1 4 E - 0 42»324E-027 .307E-011.603E+002.104E+00

- 2 . 0

U I T

0 . 01 . 1 1 4 E - 0 41 .6H4E-021.672E-0I6 .B34E-0 I1.S46E+002.043E+003.727E+00

-1 .0

B.734E-045.875t-O23.950E—019.004E-011.168E+00l.fi32E+003.272E+005.489E+00

0.0

1 .27-8E—021,54 5fc—013.15SE-013.952E-015.821C-011.883E+004.023fc+006.306E+00

1.0

3.&36E-03y.827E-032.311E-028.333E-023.4 73E—O 11.V77E+004.186C+006.48SE+0 0

LOG S/S« =-1.0

LOG K«R2/KE(2 -7.0 -6.0

TT/R2S

l.OOOH-013.I62E-01l.OOOE+003.162E+001.OOOE+011.OOOE+021.000E+03l.OOOE+04

B

1.971E-06 1.2 . 2 9 2 E - 0 5 2,7.531 F.-05 7,1 .467F-04 1,2 . 2 5 5 E - 0 4 2,3 . R 9 6 E - 0 4 3.5 . 3 0 9 T - 0 4 3,5 .550F -04 2.

857E-062 7 B E - 0 S507E-05

,251E-046 3 B R - 0 4724 E-044 5 1 E - 0 2

- 5 . 0

M E N

1.4 83Ü-062 . 2 2 P E - 0 57 . 3 9RE-05

1 '. 981 E - 0 41 . B 5 8 C - 0 42 . 4 0 5 E - 0 ?7.353fi-01

- 4 . 0

1 .Oi .OE-061 . 9 9 7 E - 0 55 . 6 1 0 E - 0 S6. '545E-0S4 . 2 7 9 E - 0 52 . 3 8 5 E - 0 27 .339E-011.6P2E+00

- 3 . 0

0.00 .00 .02.?-4eE-042 . 3 0 0 E - 0 27.280F-01I .675E+00?.740E+00

- 2 . 0

U 1 T

0.03.701E-051.660E-021.P65Ë-0I6.S15E—011.617E+002.fi77E+004.752E+0C

-1 .0

6.766E-045.813E-023.9346-OJ9.046E-01I.232E+00S.240E+004.293FT+00

0 . 0

1.237E-02l.bS3ff-013.425t—015.387fc-0I1.001F+002.858E+O05.097E+007.392E+00

1.0

4 . 2 0 & E - 0 3I .74IE-027.075E—O23.176E—Ol9 .670E-013.002E+005.275E+007 .680E+00

PUITS PENETRANT DE 0.6 A 1.0 ET PIEZOMETRE FCNCTUEL AU SCCCET DE LA NAPPE

ABAQUE POUR L'INTERPRETATION DE FCMPAGES EN NAPPE LIBRE ANISCTBOPE f

DANS L 'HYPOTHESE DE NEUMAN, SELCN FCRMULEÍ De BOULTEN - STRE-LTSCVA

7ABLEAL A G

NAPPE

3 . 0 -

0 . 2 -

0 . 4 -

0 . 6 -o.a-1 . 0 -

FENETRATIONCU FUITS DEPCMFAGE (A)

LJERE

PENETRATIONDUPIE.2DME7RE ÍG1

—>|ANISOTROPE-G S i

////•///•//// IMPERMEASLE /////•••/////

£ LOG S/S« = -3.0

3L LOG K ' R 2 / K B 2 - 7 . 01-2 T T / R 2 S R A B

1 . O 0 0 E - 0 13 . 1 6 2 E - 0 11 . O O O E + 0 03 . 1 6 2 E + 0 01 . O O O E + 011 . O O O E + 0 21 . O O O E + 0 31 . 000E+04

0 .00 . 00 . 00 .00 . 0CO0.00.0

- e .oT 7

0 . 30 . 00 . 00 . 00 . 00 . 00 . 00 . 0

- 5 . 0

M E N

0 . 30 . 0C . O0 . 0C . OC . O

- 4 . 0

T S

- 3 . 0

R E

- 2 .0

U 1 T

1.340E-39 1.104E-07 0.0

-1 .0

0.0

O.C

7 . C 6 0 E - 0 70 . 0 2 . 2 7 4 E - 0 7 l . £ 7 3 E - 0 7 3 . 6 9 4 E - 0 7 £ . 1 2 £ E - 0 £0 . 0 5 . 3 0 1 E - 0 7 4 . 2 7 7 E - 0 7 3 . 3 0 1 E - 0 £ d . £ 6 E E - 0 40 .3 1.105E—06 1 . 6 3 3 E - 3 6 4 . É 2 1 E - 0 4 3 . C 1 0 E - 0 30 . 0 1 . 6 4 1 E - 0 6 5 . 4 8 4 E - 0 5 2 . C 7 4 E - 0 3 l . C £ 2 E - 0 29 . 5 8 1 E - 0 7 5 . 9 6 0 E - 0 5 3 . 3 4 8 E - 0 3 3 . 4 2 S E - 0 2 l .CeEE-01

1 . 7 1 0 E - 0 6 5 . 9 0 5 E - 0 5 3 . 4 3 4 E - 0 3 4 . 1 6 6 E - 0 2 3 . 2 4 1 E - 0 1 S . 2 0 3 E - 0 11 . 7 3 1 E - C 6 3 . 4 4 2 E - 0 3 4 . 2 5 6 E - 0 2 3 . E 5 Ó E - 0 1 1 .8E5E+00 Ï . 02SE+00

1.0

2 . S 4 E E - C É<t . C42E-0£2 . C 2 Ç E - C 47 . 2 2 E E - C 42 . e i é E - C 3£ . 0 7 6 E - C 2l .C3£E+CC2.124E+CC

LOG S / S ' = - 2 . E

LOG K « R 2 / K B 2 - 7 . 0

T T / R 2 S R A B

I . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 003 .162E+001 . O O O E + 011 . O O O E + 0 21 . O O O E + 031 .033E + 04

0.00.00.00.00.00 .00.00.0

- 6 . 0

T T

0 . 30 . 00 . 00 . 00 . 00 . 00 . 00 . 0

- 5 . 0

K E N

0.00.0C.O0.0C.O0.0C.OC . O

- 4 . 0

T S

- 3 . 0

R E

- 2 .0

U I T

-1 .0

3 .750E-08 1 .842E-08 4 .163E-08 4.827E-0e0.0 4 .515E-08 1.947E-07 1.154E-060.0 2 .677E-07 5 .161E-07 1.027E-040.0 7 .504E-07 3 .654E-06 1.456E-033.55IE-07 1.225E-06 1 .705E-04 8 .431E-Ú31.345E-06 1 .805E-04 I .055E-02 1.O63E-011.813E-04 1 .3B1E-02 1.285E-31 « .É53E-011.084E-02 1.312E-01 9.S89E-01 3.047È+0C

O.C

2 . 2 6 1 E - 0 61 . S 3 0 E - 0 42 . C 7 3 E - C 3S . £ 0 £ E - 0 33 . 3 1 S E - 0 23 .3445-011 .902E + 004 .173E + 00

1.0

S . 4 £ 4 E - C £1 . 4 7 E E - C 4

2 . S 3 7 E - C 31 . C S C E - C 23 .2 t5E-Cl2 .C30E+CC4.2<57E + CC

LOG S / S ' = - 2 . 0

OG K ' R 2 / K B 2

T T / R 2 S

1 . O O O E - 0 13 . 1 6 2 E - 0 11 .000E + 003 . 1 6 2 E + 0 01 . O O O E + 011 . O O O E + 021 . O O O E + 0 31 .030E + 04

- 7 . 0

R A B

0.00.00.00 .00.00.00.00.0

- 6 . 0

A T T

0.30.00 . C0.00.00.00.00.0

- 5 . 0

E M E N

3.30eE-l00.0C . O0.0C.OC . OC.O0.0

T

97794153

- 4 . 0

S

.621E-08

.670E-08

.98ÓE-0 9•212E-38.433E-07.440E-06•667E-04.395E-02

- 3 . 0

R E £

0.33 .674E-083 .213E-079 .174E-071 .457E-065 .641E-043 .386E-0 23.840E-01

13795332

- 2 .0

U I T

.785E-07

.786E-07

.597E-07•526E-06.3435-04.305E-02.767E-01•047E+00

-1 .0

S

1.422E-073.212E-063.227E—044.£e7E-032.645E-023.1SSE-011.84£E+304.223E+00

7£t21S¿

O . C

•145E-0C.0905-04•£3£E-03.S54E-02.04 1E-01.13CE-01•C21E+00.317E+00

1.0

2.seiE-c«4 . 7 6 2 E - C 42 . 2 S 4 E - C 31 . 0 S 2 E - C 2í . S 2 0 E - C 21 .C26E+CC¿.12SE+CCÎ .4C7E+CC

LOG S / S ' = - 1 . 5

LOG K ' R 2 / K B 2 - 7 . 0

T T / R 2 S R A B

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 0 03 . 1 6 2 E + 0 01 . O O O E + 011 . O O O E + 0 21 . O O O E + 0 31 .033E + 04

0.00.00 .00.00.00.00.00.0

- 6 . 0

T T

0.00 .00 .00.0O . C1 . 3 7 6 E - C 64 . 1 1 6 E - C É

- 5 . 0

K E N

- 3 . 0

R E C

- 2 . 0 - 1 . 0

U I T S

1 . 4 3 4 E - 3 8 1 . 3 9 6 E - 3 8 3 . 3 4 6 E - 0 8 3 . 7 0 9 E - 3 8 0 .0

O . C 1.0

C . 0C . OC . OC . OC . O

2 .217E-05 9 .5C2E-CS6.378E-0 8 1.Ç55E-07 8.826E-0Ó 1.S17E-03 l.££9E-C32 .629E-07 4 .270E-07 1.013E-02 2 .050E-C2 Ç .1Ç7E-C3

7 4 3 Ê E 0 2 3 3 E 2 £ 1 E C 2

0.00.0 9E 4 . 2 0 E 0 1 1 2 11.211E-07 7 .464E-O7 2 .643E-35 1.43ÊE-02 S .330E-02 £ .££1E-C25.455E-07 1 .180E-06 1 .67ÔE-03 8 .162E-02 3 .172E-01 3.135E-C11.396E-06 1.763E-03 1.015E-01 8.366E-01 1.877E+00 2.004E+CC

l.ie8E-C6 1.776E-03 1.339E-01 9.713E-31 3.31SE+00 4.14£E+30 4.240E+CC77 3 3 7 7 E 0 Í 3 7 E C 09 1

4.132E-0Í 1.477E-C6 1.042E-01 9.864E-01 3.245E+00 5.376E+00 fi.447E+00 Í.S37E+C0

LOG S /S« = - 1 . 3

LOG K « R 2 / K B 2 - 7 . 0

T T / R 2 5 R A B

1 . O O O E - 0 1 0 .03 . 1 6 2 E - 0 11 . O O O E + 003 . 1 6 2 E + 0 01 .OOOE+011 . O O O E + 0 21 . O O O E + 0 31.0 30E+04

-6 .0

T T

- 5 . 0

M E N

- 4 . 0

T S

0.00.00.00.01.237E-C66.401E-066.429E-06

2.333Ë-0E 1.470E-C7 0.00 . 00 . 00 . 00 . 0C . O0 . 0C . O

2.033E-07 0.02 .694Ë-C7 0 .05 .305E-37 9 .Ó12E-331 .S14E-C7 2 .315E-07C.O 0 .0C.OC.C

-3 .0

R E

- 2 . 0

U I T

4 .399E-08 0 .0

- 1 . 0

2 . 4 3 9 E - 0 8 0 . 02 . 7 9 2 E - 0 8 0 . 03 .30 . 0

3.3

O . C 1.0

6 . C 1 3 E - 0 5 2 . 5 5 7 E - C 42 . 1 0 3 E - 0 E £ . S 7 £ E - 0 3 5 . 7 1 5 E - C 33 . 1 4 £ E - 0 3 C . 3 C Ê E - 0 2 « . E 3 E E - C 2

7 . 2 1 9 E - 3 5 4 . 4 0 5 E - 0 2 2 . 7 Ö 9 E - 0 1 2 . E 4 3 E - C 15 . I 9 5 É - 0 3 2 . 3 S 4 E - 0 1 £ . 4 e 3 E - 0 1 S . É 2 1 E - C 1

5 . 4 7 8 E - 0 3 2 . 9 3 7 E - 0 1 1 .762E+00 2 . Ç 3 7 E + 0 0 3 .04SE+CC5 . 5 0 7 E - 3 3 3 . 0 0 3 E - 0 1 1 .963E+33 4 .137E+30 £ . 2 3 e E + 3 0 £ .332E+C03 . 0 1 0 E - 0 1 1 .983E + 00 4 . 3 6 8 E + 00 6 .459E + 00 7 . E 4 C E + 00 7.Ê4.0E + CC

PUITS PENETRANT DE 0.6 A 1.0 ET PIEZCMETRE FCNCTUEL A LA FRCFCNCEUR 0.05

ABAQUE POUR L'INTERPRETATION DE FCMPAGES EN NAPPE LIBRE ANISCTROFE,

DANS L'HYPOTHESE DE NEUMAN, SELCN FORMULES DE BOULTCN - STREJ.TSOVA

TABLEAU A H

FENETRATIONCU FOITS DEFCMFAGE (A)

0 . 2 -

0 . 4 -

0 .6 -

0 . 8 -

1 . 0 -

PENETRATIONDUPIE20METRE (H)

->|ANISGTROPE- M c •

+-K

///////////// IMPEftMEAELE

LOG S/S« = - 3 . 0

LOG ( C R 2 / K B 2 - 7 . 0 - 6 . 0


- 5 . 0M E N

- 4 . 0

T S

1 .OOOE-013.1Ó2E-011 .OOOE+003.162E+001.00OE+011 .OOOE+021 .OOOE+031.300E+04

2.E17E-05 3.511E-4.460E-04 4.448=-1.474E-03 1.46 3E-2.873E-03 2.E25E-4.410E-03 4.238E-7.439E-03 6.C53Ë-5.317E-03 Í.217E-9.444E-03 Ê.233E-

3= 3.465E-04 4.219E-

•03 1 . 3 6 5 E -03 2 . 4 0 7 E -03 3 . C 3 8 E -03 3 . 1 6 1 E -03 3 . 1 7 e E -03 7 . E 8 7 E -

•OE 2 . 1 0 0 E - 0 5 1.C4 3 . 2 4 9 E - 0 4 3 .03 7 . 2 6 8 E - 0 4 3,03 8 . 2 8 4 E - 3 4 3.

•03 S . 3 0 9 E - 0 4 403 8 . 4 7 7 E - 0 4 7 ,03 7.637E-02 2.02 2.218E-01 2,

- 3 . 0

R E

039E-05 0159E-0 5 2336E-05 15 02E-05 ó972E-0 5 7525E-02 2204E-01 2591E-01 5

- 2 . 0

U 1.7

-1 .0

.0•637E-.132E-.786c-.205c-.15ÓE-.E37E-•633E-

7.979E-0707 2.718E-0305 4.794E-02

1.22EE-011 .767E-O12.094E-014.7E4E-011 .919E+00

3302010101

O.C

1 .Ç44E-032 . 6 1 2 E - 0 2E . 2 4 C E - 0 2E . 7 8 7 E - 0 26 . E 3 4 E - 0 21 . £ 2 £ E - C 19 . E E 5 E - 0 12 .C3EE + 00

1.0

E . E 7 S E - C 41 .173E-C31 . 2 Ê O E - X 31 . 9 C E E - C 24 . 1 2 1 E - C 3É . E 3 8 E - C 21.029E+CC2.134E+CC

LOG S / S 1 = - 2 . E

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0 - 5 . 0 -4 . . 0


1 . O O O E - 0 13 .162E-011 . O O O E + 003 .162E+001 .OOOE+011 . O O O E + 0 21 . O O O E + 0 31 . O O O E + 04

3 .523E-05 3.514E4 . 4 6 1 E - 0 4 4 .44651 .474E-03 1.463=2 .e73c -03 2.e25E4 . 4 1 0 E - 0 3 4 .238E7 .439E-03 6 .CÇ4Ê9 . 3 1 6 E - O 3 C.220EÇ . 4 4 3 E - 0 3 6.227E

•05 3 . 4 6 6 E-04 4 .320E

- 0 3 1 .3É5EC3 2 . 4 0 8 E03 3 . C 3 9 E03 3 .161E

- 0 3 3 .163E- 0 3 3 . 1 6 8 E -

35 3 .106EC4 3 .251E03 7 .274E33 8 .296E03 8 .324E03 8 .4B8E03 7 . 6 4 6 E03 2 . 2 8 2 E

- 3 . 0

R E C

35 1 . 0 5 6 E - 0 504 3 . 1 7 9 E - 0 504 3 . 3 4 6 E - 0 5

3 . 4 8 4 E - 0 504 4 . 9 3 3 E - 0 S04 7 . 5 3 3 E - 0 232 2 . 2 6 8 E - 0 1

3 . 3 8 1 5 - 0 1

-04

-01

- 2 . 0

U I T

0 . 02 . 1 0 9 E - 0 81 . 1 1 7 E - 0 56 . 7 8 7 E - 0 37 . 2 1 3 E - 0 22 .219E-013 . 3 1 3 E - 0 11 .1255 + 00

- 1 . 0

6 . 3 0 6 E - 0 7Z . 7 1 S E - 0 34 . 7 9 9 E - 0 21.243E-011 .817E-XI12 .749E-019 . 7 6 0 E - Û 13.072E+00

o.c

1 .94EE-03Í . £255 -02E . 2 7 6 E - 0 2£ . 4 2 6 E - 0 2£ .7S2E-0 Í2 .E44E-011 .91EE + 004 .176E + O0

1.0

E . 6 4 7 E - 0 41 . 2 8 9 E - C 2

• Í92E-C2• C36E-C3. 3 3 1 E - C 2.329E-C1•021E+CC• 267E+.C0

LOG S /S« - 2 - . 0

LOG K » R 2 / K B 2 - 7 . 0 - 6 . 0


1 . O O O E - 0 13 .162E-011 .OOOE+003 .162E+001.OOOE+011 .D00E + 021 . O O O E + 031 . O O D E + 04

3 .E24E-05 3 .511E-4 . 4 6 1 E - 0 4 4 .448E-1.47 4E-03 l.4£3E-2 .873E-03 2 .625E-4 . 4 1 0 E - 0 3 4.238c-7 .439E-03 6 . C S 5 E -9 .220E-03 6 .221EÇ . 4 4 9 E - 0 3 6.240E

- 5 . 0

M E N

-3 .0

R E

-2 .0

U I T

-1 .0

0£ 3 . 4 6 S E -04 4 . 3 2 0E-03 1 . 3 Ê 5 E -03 2 . 4 0 6 E -C3 3*. C40E-03 3 . 1 6 5 E -03 3 .182E-

7 . S 2 3 E -- 0 3

05 3.126E-05C4 3.25ÓE-04•03 7.284E-0403 8.312E-0403 8.344E-0403 8.51OE-0403 7.673E-0202 2.481E-01

O . C

.94SE-03 E.

1.0

1.335E-0E 1.560E-07 1.2E7E-06 13.168E-05 ó.36dE-07 2.719E-03 23.369E-05 1.186E-05 4.ei4E-02 E.EC4E-02 2.7E4E-C23.537E-05 6.791E-03 1.369E-01 E .427E-02 14.9S7E-05 7.239E-02 1.976E-01 17.560E-02 2.413E-01 4.667E-O1 9

;-c2E7SE-01 £.57£E-C2484E-C1 1.C32E+CC

2.4Ó7E-31 5.E44E-31 1.904E+3C C.C2ÉE+00 2.125E+CC5.649E-01 2.111E+00 4.238E+00 £.21£c+00 E.4C7E+C0

LOG S / S 1 = —1.5

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0


1 . O O O E - 0 13 .162b-011 . O O O E + OO3 .162E+001.OOOE+011 . O O O E + 021 . O O O E + 031.300E+04

3 . 5 1 6 E - 0 5 3 . E U E4.460E-04 4.448E1.47 4E-03 1.463E2.373E-03 2.£25c4.410E-03 4.238E7.440E-03 É.0S7E'Ç . 3 2 2 E - 0 3 Í.223E'9 . 4 S 1 E - 0 3 É.239E

- 5 . 0

M E N

î-05

- 4 . 0

T S

3 . 1 2 0 E - 3 504 3 . 2 5 7 E - 0 403 7 . 2 8 8 E - 0 403 8 . 3 1 9 E - 0 403 8 .352E-0403 a . 5 2 O E - 0 4

7 . 7 5 8 E - 3 2

05 3 . 4 7 2 E04 4 .322E02 1 .366E02 2 . 4 C 9 E03 2 . 0 4 2 E03 2 . 1 6 7 EC3 3 . ie5E

- C 2 e . C C 8 E - 0 2 3 .088E-01£-03

- 3 . 0

R E C

1 . 0 4 9 E - 0 53 . 1 9 7 E - 0 E3 . 4 1 0 E - 0 53 . 5 7 3 E - 3 55 . 0 2 8 E - 0 57 . 6 4 4 E - 0 23 . 0 7 3 E - Û 11 .114E + 00

- 2 . 0

U I T

0 . 03 . 5 3 9 E - 0 71 .148E-056 . 7 5 9 E - 0 37 . 319Ê-023 . 0 0 7 E - 0 11 .3975*003.275Ê400

-1 .0

8.9Ê6E-072.722E-034.864E-Û21.4E1E-012.4Í5E-019.4SEE-013.34EE+005.367E+00

O.C

1 .9615-032 . 7 8 1 E - 0 27 .14 2E-021 .46EE-013 .666E-011.592E+00A .148E + 00£ .4595 + 00

1.0

6 . S 3 2 E - C 42 . 9 1 9 E - C 21 .126E-C2S . 9 S S E - C 22 .19ÊE-C12 .C06E+C04 .240E+CCí .537E + CC

LOG S / S 1 = - 1 . 0

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0


- 5 . 0

M E N

-4 .0

T S

1 . O O O E - 0 13 .162E-011 .OOOE+003 .162E+001 .OOOE+011 . O O O E + 021 . O O O E + 031.303E+04

2 . E 2 4 E - 0 5 3 .E15E4 . 4 6 1 E - 0 4 4 .449c1 .474E-03 1.464c2.373Ï -03 2.E26=4 .4105 -03 4.23ÍE7 .441E-03 6.C97E9 .220E-03 € . 2 2 3 E -9 .448E-03 6 . 2 4 1 E -

35 3 . 4 9 3 E04 4 . 3 2 7 E03 1 .366EC2 2 .411E03 3 .04 3E02 3 .16££02 2 .184EC3 6 .270E

35 3 .1345C4 3 .26 0E03 7 .293E03 B .324EC3 3 .356E03 8 .499EC3 8 .018E

4 .800E

- 3 . 0

R E C

0 5 1 . 0 7 2 E - 0 S04 3 . 2 1 0 E - 0 504 3 . 3 9 7 E - 0 534 3 . 4 9 7 E - 0 504 4 .74-7E-0E

7 . 9 0 3 E - 0 2

- C 2

- 0 4-02 4 . 7 6 1 E - 0 1-01 2 .048E+0 0

- 2 .0

U I T

0.00 .03 . C 7 4 E - 0 66 . 8 1 Ó E - 3 37 . 5 6 5 E - 0 24 . 6 8 3 E - 0 12 .324E4304 .2535+00

-1 .0

0.02 . 7 2 4 E - 0 35 .018E-021.698E-013.8 ÎÊE-011 . 6195+ÛO4.1E1E+006.470E+00

O . C

1 .99£E-033 .14EE-021 .121E-012.272E-01E .E11E-012 .943E + 0CÍ.£3£E+007 .E47E+00

1.0

E.271E-C47.457E-054.9 2SE-C22.5 03E-C1Ç.6EEE-C12.045E+CCE.232E+C07.64CE+CC

PUITS PENETRANT DE 0.6 A 1.0 ET PIEZCMEIKE FCNCTUcL A LA PRCFCNCEUfi 0,2

ABAÜUE POUR L'INTERPRETATION UE FCfPAGES EN NAPPE LIBRE ANISCTROPE,

DANS L'HYPOTHESE DE NEUMAN, SELCN FORMULES DE BOULTCN - STRELTSCVA

1ABLE>L A I

PENETRATIONCU FLITS DEFLMFAGE (A)

PENETRATIONDUPIE20METRE (I)

->1ANISOTROPE.ci.

///////////y/ IMPERMEAELE

Z LOG S/S' -2.0

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0


1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 0 03 . 1 6 2 E + 0 0I .000E+011 . 0 0 0 E + 021 . O O O E + 0 31 . 300E+04

1.6C9E-04 1.636c-2.03BE-03 2.0222-6.721E-02 6.664E-1.212E-02 1.290=-2.014E-02 1.9355-3.398E-02 £.782=-4.255E-02 2.83e=-4.212E-02 2.Î51E-

-5.0

M E N

-4.0

T S

34 1.5 825-C3 1.973E-C3 £.2335-02 1.C995-02 1.367E-C2 1.442E-C2 1.SS4E-C2 2.7S4E-

04 1.4145-0403 1.483E-0303 2.316E-0302 3.774E-03•02 3.779E-03C2 4.893E-03C2 3.6S0E-3101 9.352E-01

- 3 . 0

R E

4 . 7 0 7 E -1.4.1 1E-1 . 4 3 9 E -1 .445E-1 . 233E-3 . 6 2 6 5 -9 .290c-9 . 6 9 9 E -

- 2 . 0

C U I T

05 1 .232E-0704 3 . S 5 S E - 0 704 6 .223E-04•04 5 . 4 7 Ó E - 0 20 2 3.4A9E-0101 9.051E-01•01 9.457E-0101 l.iaic+00

- 1 . 0 C.C 1.0

6 . 2 0 4 E - 0 £ E . 1 E 2 E - 0 22 . 0 1 9 E - 0 2 1 . 0 3 E E - 0 1 4 . 4 6 1 E - C 22 . 1 9 2 E - 0 1 2 . C £ 6 c - 0 1 4 . 7 £ 3 E - C 35 . E E 2 E - 0 1 2 . 2 0 1 E - 0 1 £ . £ 9 £ E - C 27 . 2 1 3 E - 0 1 2 . 2 7 4 E - 0 1 £ . £ C 9 E - C 27 . 5 9 1 E - 0 1 2 . 2 1 1 E - 0 1 7 . 6 C 9 E - C 29 . 6 5 6 E - 0 1 1.0c£c+002.-185E + 00 2 . 0 6 4 E + 0 0 2 . 1 5 6 E + C 0

LOG S / S " = - 2 . E

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0


1 . O O O E - 0 13 . 1 6 2 E - 0 11 . 0005 + 003 . 1 6 2 E + 0 01.000E+011 . O O O E + 021 . O O O E + 0 31 .300E+04

l . C C S E - 0 4 1.606=-2 . 0 3 8 E - 0 3 2 .0325-6 . 7 2 1 E - 0 3 6 . 6 E 4 E -1 . 2 1 2 E - 0 2 1.290=-2 . 0 1 4 E - 0 2 1 . 9 3 5 E -3 . 3 S e E - 0 2 2 .782E-4 . 2 S 5 E - 0 2 2 .e3eE-4 . 3 1 3 E - 0 2 2 . 9 E 1 E -

- 5 . 0

y E N

- 4 . 0

T S

04 1.5825-03 1.S735-C3 6.232E-

1.C99E-1.3E7E-1.442E-

-3 .0

R E

- 2 . 0 - 1 . 0

U' I T S

O.C 1.0

0202C2C£ 1.554E-02 2.795E-

04 1 .412E-34 4 .756E-0SC3 1 .4S3E-03 1.4185-0403 3 .316E-03 1 .446E-04

3.775E-3.78 0E-4.899E-3.6815-9.395E-

•02•02020201

E-03 1.A-49E-0403 1 .233E-0303 3.6265-0101 9 .322E-01

1.028E+0«E-01

8.233E-38 6 .179E-05 E.152E-02 2 .196E-C22.787E-07 2.01.9E-02 1.C3SE-01 4 .É37E-C28 .227E-04 2.1535-01 2.C67E-01 £ .466£-C25.476E-02 5 .Ee7E-01 2.2626-01 e .2eOE-C23.450E-01 7 .253E-01 2.4S0E-01 1 .9ÇEE-C29.093E-01 5 .102E-01 Í.202E-O1 3 .502E-C11.003E+00 1.377E+00 1.972E+00 2.025E+CC1.625E+00 3.262E+00 4 .1 '

_i LOG S / S ' « —2.0U-1 LOG K'R2/KB2 -7 .0

H TT/R2S R A B-e.cT T

- 5 . 0

M E N

1 . O O O E - 0 13 . 1 Ó 2 E - 0 11 .OOOE+003 .162E+001.000E+011 .OOOE+021 . O O O E + 031 . 0 30E+04

1 . C C 9 E - 0 42 . C 3 8 E - 0 3Ê .721E-031.212E-022 . 0 1 4 E - 0 23 .398E-024 . 2 E 5 E - 0 24 .213E-02

1 .605E-04 1.582E2 . 0 3 2 E - C 3 1.Ï73EÉ . 6 8 4 E - C 3 6.232E1 . 2 9 0 E - C 2 1.0995I . S 3 5 E - 0 2 1.367E2 .7e2E-02 1 . 4 4 2 E -2 . S 3 9 E - 0 2 1 .E54E2 . 9 5 1 E - C 2 2 .796E

- . 0

04 1 .416E-03 1 .484E-03 3.21 8E-02 3 .777E-

3 . 7 8 2 E -02 4 . 9 0 0 E -02 3 . 6 8 2 E -01 9 .52 8E-

- 02

3403033303033101

- 3 . 0

R E C

4.6465-051.4055-041.4 215-0 41.4 35E-041.2325-033.6275-019.4645-0 11.199E+00

71853912

- 2 . 0

U I T

. 2 S 5 E - 0 6

. 6 3 1 E - 0 7• 2 2 3 E - 0 4. 4 7 6 E - 0 2. 4 5 0 E - 0 1. 2 2 3 E - 0 1•172E+00.465E+00

- 1 . 0

S

Ó . 2 1 1 E - 0 52 . 0 1 9 E - 0 22 . 1 S 2 E - 0 15 . 6 0 2 E - 0 17 . 3 6 6 E - 0 19 . 6 1 2 E - 0 12 . 1 7 6 E + 0 04 . 3 S 8 E + 0 0

O . G

E . 1 5 4 E - 0 31 . C 4 2 E - 0 12 . 1 0 4 E - 0 12 . 4 5 0 E - 0 12 . 157E-011 .C54E + 002 .0552+00£ . 2 2 £ E + 0 0

1.0

2 . 2 2 0 E - C 2£ . 1 2 e E - C 27 . S 7 6 E - C 31 . S 2 5 E - C 27 . £ 2 E E - C 21 .042E+CC2 . 1 2 7 E + C Ce . 4 C 7 E + C C

LOG S/S« = - 1 . 5

L D G K ' R 2 / K B 2 - 7 . 0 - 6 . 0


1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 003 . 1 6 2 E + 0 01 . 0 0 0 E + 011 . O O O E + 0 21 . O O O E + 0 3I . 3 D 0 E + 0 4

1 . 6 C 9 E - 0 4 1 . 6 C 6 E -2 . 0 3 8 E - 0 3 2 .0325-6 . 7 2 1 E - 0 3 6 . 6 B 4 E -1 . 2 1 2 E - 0 2 1 .290E-2 . 0 1 4 E - 0 2 I .936E-3 . 3 Ç 8 E - 0 2 2 . 7 e 3 E -4 . 2 E E E - C 2 2 .8365 -4 . 2 1 3 E - 0 2 2 .951E-

- 5 . 0

M E N

04 1 . 4 1 7 E03 1 . 4 B 4 E03 3 . 3 1 8 E32 3 . 7 7 7 E

3 . 7 8 2 E

-3.0

R E C

- 0 4 4 . 7 1 2 E - 0 534 1.582E-02 1.Í73E'C3 ¿.234E-C2 1.100E-C2 1.2E7E-02 1 . 4 4 2 E - 0 2 4 .901E-ÍC2 1 .554E'C2 2 .7985 -01 9.93<fE-01 1 . Ö Ö 2 E + 0 0

z-02

-03 1.41IE—0403 1 .439E-0433 1 .442E-0403 1 .233E-0203 3.630E-01

9.B78E-01

- 2 . 0

U 1 T

2.7S9E-373 .733E-078.325E-04S .47ÓC-323.453E-019.623E-011.593E4303.542ci00

-1 .0

6.22£E-0£2.01SE-022.1S5E-015.Ô49E-017.710E-011.3505+003.224E+005.528E+00

O.C 1.0

C.1ESE-03 2 . 2 S C E - C 31 .050E-01 C . 7 e O E - * 22.a2CE-01 1 .74eE-C22.033E-01 7 .2Cet-C2E . U 4 E - 0 1 2 .267E-C11.94CE+0C 2.C105+C04.16EE+03 4.2415+CO6 .47£E+0C 6. !

LOG S / S ' x - 1 . 0

LOG K'R2/KB2 - 7 . 0 -6.0

TT/R2S

1.OOOE-013.1É2E-011.OOOE+003.162E+001.000E+011.OOOE+021.OOOE+031.300E+04

B

1.6C9E-04 1.606E2 . C 285- 03 2.032E'6.721E-02 6.684=1.212E-02 1.290E-2.014E-02 1.926E2.398E-02 2.783='4 .25EE-02 2.S39E4.213E-02 2.951E

- 0 2

- 5 . 0

M

34 1.5S4E02 1.974EC3 Ê.235E02 1.10 05

1.388EC2 1.442EC2 1.E54EC2 2.8C7E

N

-04

- 4 . 0

1.411E-3403 1.483E-0303 3 .317E-0302 3 .776E-33C2 3 .781E-03C2 4 .897E-03C2 3.6935-01

1.11OE+00-01

-3 .0

4 .731E-051.412E-041 .4.375-041.434 5-041.2205-033.638E-011.103E+002.414E+00

-2.0

U I T

3.00 .08.299E-045.475E-023.461E-011 .077E + 002.378E+304.C25E+00

-1.0

6.303E-0E2.019E-022.2C0E-015.7Î2E-318.7C5E-012.092E+004.312E+006.616Ê+00

O.C

E.172E-031 .07ÉE-01î.£c£E-01« .687E-01S .6££E-C12.971E+0C£ .254E + 007 .562E+00

1.0

2 . 4 9 9 E - C 31 . 2 4 3 E - C 2C . C C 1 E - C 22 . C 6 4 E - 0 19 . 7 E C E - C 12 . C 4 7 E + C.0í . 3 2 2 E + C C7 . 6 4 1 5 + C C

PUITS CFEPINE DE 0.0 A 0.2 ET PIE.2CMETRE CCKPLET

ABAOUE POUR L'INTERPRETATION OE FCWPAGES EN NAPPE LIBRE ANISCTROFE,

DANS L'HYPOTHESE DE NEUMANt SELCN FOfiMLLEî Dfc BOULTCN - STRELTSCVA

TABLEAU B 1

PENETRATIONCU PUITS OEÍCMFACE (E)

PENETRATIONCUPIE20METRE (1)

>|ANISOTROPE1 ei.

11-

1.0-/ / / / / / / / / / / / / 1MPERMEA6LE

LOG S/S« - 3 . 0

OG K ' R 2 / K B 2

T T / R 2 S

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 0 03 . 1 6 2 E + 0 01 .O00E+011 .000E + 021 . 000E+031 . O D O E + 0 4

- 7 . 0R A B A

2 . 4 2 8 E - 0 23 . C 6 0 E - 0 11 . C 1 8 E + 0 01 .S8ÍE+003 . 0 5 7 E + 0 05 . 2 7 6 E + 0 07 . 4 6 6E+009 . S 4 6 E + 0 0

- 6 . 0

T T E

2 . 4 2 7 E - 0 23 . C 7 9 E - 0 1î.oieE+oo1 .ÇE5E+CC3.0E4E+-CC5.2455+CC7.3016+006.EEEE+00

- 5 . 0

M E N

2 .42 7E-323 .C77E-011 .C16E+C01.577E+002 .C26E+00E.C63E+006.614E+007 .350E+CO

- 4 . 0

T S

2 . 4 1 9 E - 3 23 . 0 5 5 E - 0 11 . O O O E + 0 01 .917E+002 .866E+004 .402E+005 .131E+005 .475E+00

- 3 . 0

R E C

2 . 3 6 2 E - 0 22 . 9 0 B E - 0 19 . 1 8 0 E - 0 11.670E+332 . 3 1 Ó E + 0 03 . 0 3 3 E + 0.03 .327E+004.117E+00

- 2 . 0

U 1 T

2 . 1 0 3 6 - 3 22 . 3 Ö 9 E - 0 16 .5906-011.3446+001 .3035*001.543E+001.9136*004.6556*00

- 1 . 0

S

1 .326E-021.200E-012 .865E-014 . 1 S 0 E - 0 14 .7876-015 .534E-011.262E+304 .SG3E+00

O . C

4 . S 2 E E - 0 34 . C 3 3 E - 0 27 .£426-02E . 1 C S 6 - 0 2£ .582E-021.S54E-C11.C9ÊE+003 .72£E+00

1.0

7 . 1 3 4 E - C 41 .444E-C31 .370E-C31 .142E-C3i . ï£6E-C43 . 1 7 9 E - C 21.C64E+C0^ . 3 1 S E + C C

LOG S/S« - 2 . S

OG K ' R 2 / K B 2

T T / R 2 S

1 . O O O E - 0 13 . 1 S 2 E - 0 11 . O O O E + 0 03 . 1 6 2 E + 0 01 .OOOE-1-011 . 0 O O E + Û21 .000E+03l . O O D E + 0 4

- 7 . 0

R A B A

2 . 4 2 3 E - 0 23 . 0 8 0 E - O J1.018E4-00î.setE+oo3.0S7E+005.276E+007.487E+009.S47E+00

- 6 . 0T T E

2.427E-J23.079E-011.C1SE+C01.ÍÍ5EVC03.054E4-CC5.245H+0C7.302=*CCÊ.661E+O0

- 5 . 0M E N

2.427E-022.C77E-011.C16E+C01.»77E*002.C26E+0C5.C64E+00e.£18E+00(.3Ç3E+00

- 4 . 0T S

2.420E-023.055E-01l.OOOEtOO1.917E+002.866E+004.405E4-005.163E+005.779E+00

- 3 . 0R E C

2.364E-022.909E-019.181E-011.671=+002.318E+0«3.0Î2E+003.522E+005.638E+00

- 2 . 0U 1 T

2.106E-022.371E-016.556E-011 . Û 4 7 E + 301 . 3 1 1 E * 0 01 . 6 3 3 E + 0 02 . 7 0 3 E * 3 07.65bc-i00

- 1 . 0

S

1 . 3 3 3 E - 0 21 . 2 0 2 E - 0 12 . 6 7 5 E - 0 14 . 2 Z J E - 0 14 . 9 3 7 E - 0 17 . 2 1 2 E - 0 12 . 6 Î 7 E + 0 06 . E 4 4 E + 0 0

44761224

o.e

.eese-03

.C31E-02•eiCc-02.49SE-02•C04E-01.63SC-C1.3S6E+00.S74E+00

1.0

6.457E-C41.3CCE-C31.C82E-C3£.£22E-C4i.£cee-c32.S57E-.C12.162E+C0A.AÈ2E.*CC

LOG S /S 1 - 2 . 0

LOG K'R2/KB2 - 7 . 0

TT/R2S R A B1 .OOOE-013.162E-011 .OOOE+003.162E+001.OOOE+011 .000E+021.000E+031 .OOOE+04

2.4 28E-023.080E-011.016E+001.Ç86E+003.0S7E+005.276E+007.4eTE+0CÇ.549E+00

- e . cA T T E

2.A27E-323.C795-01i .cies+oo1.S65E+003.054E+CC5.24ÏE+0C7.3035+CC8.E7eE«CC

-5 .0

n é s

- 4 . 0

T S2.427E-32 2.3.077E-01 3,1.C16E+C0 1,1.977E+00 li3.C26E+C0 2,Î.065E+00 4,£.£31E+00 5,7.526E+C0 6.

421E-02056E-01OOOE+0 0917E+008Ó7E+0 0414E+00261E+00614E+00

-3 .0

R E2.369E-02 2,2.910E-01 2,9.186E-01 6,1.673E+00 1,2.323E+00 1,3.113E+0O 1,4.103E+00 4.8.469E+00 li

- 2 . 0

U I T123E-023776-01617E-01054E+00335E+00895E400642E400027E+01

-1.0

1.3S3Ë-021 .209E-012.905E-014.346E-015.413E-011.2Î4E+004.791E+007.940E+00

O.C

4.752E-034 .023E-027.E27E-02S.7S5E-021 .S11E-01i.cesE+ooC.712E+00É.172E+00

1.0

4.336E-C46.S23E-C4

1.127E-C3¿.033E-C21.076E+C05.20SE+CCÍ.639E+CC

LOG S/S« - 1 . 5

OG K'R2/KB2TT/R2S

1.OOOE-013.162E-011.OOOE+003.162E+00:.OOOE+011.OOOE+021.000E+031.030E+04

- 7 . 0R A B A

2.428E-023.C80E-011.018E+001 .Í8ÉE+003.057E+00£.276E+007.467E+009.E55E+00

- 6 . 0T T E

2 . 4 2 7 E - 3 23 . 0 7 9 E - C 11 . 0 1 6 - + O C1 . Î65E + 003 . 0 5 4 E + 0 C5 . 2 4 6 E + C C7 . 3 C 9 = + 0 0E . 9 3 C E + C C

- 5 . 0

M E N

2 . 4 2 7 E - 3 23 . C 7 7 E - 0 11 .016E+001 . 9 7 7 E + 0 0Î . C 2 6E+005 . 0 6 9 E + 0 0e . 6 7 3 = + C 07 . 9 0 1 E + O 0

-4 .0T S

2.423E-323.056E-011.OOOE+001.9I8E+002.870E+004.443E+005.556E+00e.450c+00

- 3 . 0R E C

2 . 3 8 4 E - 0 22 . 9 1 5 E - 0 19 . 2 0 2 E - 0 11 .678E+J02 . 3 4 0 E + 0 03 . 2 9 9 E + 0 05 . 6 3 5 E + 0 31 .189E+0 1

- 2 . 0

U I T

2 . 1 S 3 E - 0 22 . 3 9 6 6 - 0 16 . 6 8 1 E - 0 11 .376E+001 . 412E + 002 . 6 6 9 E + 0 07 . 6 1 9 Ê + 3 31 . 205Ê + 01

- 1 . 0

S

1 . 4 1 Ê E - 0 21 .232E-013 . 0 C 2 E - 0 14 . 7 4 e E - 3 16 . 9 3 2 E - 0 12 . 6 £ £ E + 0 06 . 5 0 7 E + 3 09 . 1 6 3 E + 0 0

O.C 1.0

4.32£E-03 C O3.S9ÉÉ-0Í 0.0£.£34E-02 C.C1.41CE-01 Î.Î96E-C23.4£4E-01 £.£14E-C12.361E+0C Í.122E+CC4.S36E+00 4.«£2E+CC7.327E+00 £.77éE+CC

LOG S /S ' - 1 . 0

LOG K'R2/KB2 -7 .0

TT/R2S R A B

1.OOOE-013.162C-011.OOOE+003.162E+001.OOOE+011.OOOE+021.000E+031.OOOE+04

2.4 2SE-023.C80E-011.018E+001.Î96E+003.057E+005.27 6E+007.489E+00S.574E+-00

-6.0

i T T E

2.42eE-323.C795-011.016E+001.SE5E+0C3.0545+CC5.247E+CC7.32£c+CC9.082E+00

- 5 . 0W E N

2 . 4 2 9 E - 3 23 . C 7 8 E - 0 11 . Ü 1 6 E + C 01 . Í78S+005 . C 2 7 E + 0 0S . C 8 1 E + 0 06 . 7 9 S E + 0 0E . 6 1 6 E + 0 0

- . 0

2 . 4 3 1 E - 3 23 . 0 5 9 E - 0 11 . 0 0 1 E + 0 01 . 3 2 1 E + 002 . B 7 9 E + 0 04 . 5 3 5 E + 0 06 . 3 6 1 E + 0 Û1 . 1 4 4 E + O1

-3 .0

R E C

2.421E-32 22.9 30E-0 1 29.251E-01 61.6942+33 12.395E+00 13.S53E+00 43.398E+33 11.4Ï2E+01 1

-2 .0

U I T

.3706-32

.456E-01

.E85E-01

.1476*30,£50E*00>550E*00.3Í7E+31.239E+01

-1 .0

1.613E-021 .302E-013.3CÏÊ-016.31£E-311 .1706+004.6eiE+007.824E+001 .031E + 01

O.C

Í.631E-03 0.3.£86£-02 0,1.C936-C1 12.03eE-01 Z,1.CC2E+0C S.2.£«ÎE+00 2.£.0616+00 £•6.421E+0O 7,

1.0

C07£2E-C«4 94E-01SÍ6E-C1217E + CC££2E+C0E76E+C0

PUITS A PENETRATION DE 0.0 A C.2 ET PIEZCXETRE OUVERT DE 3.0 A 0.6

ABAQUE POUP L'INTERPRETATION DE POMPAGES EN NAPPE LIBRE ANISCTEOPE,


TABJ.EAU B 4

FENETfiATIONCU FUITS DEFCMFAGE (B)

PENETRATIONCUPIcZOMETKE (4)

R >| ANISOTROPE

LOG S / S ' = -3 .0

LOG K«R2/KB2 - 7 . 0

TT/R2S R A B

1 . O O O E - 0 13 . 1 Ö 2 E - 0 11 . O O O E + 0 03 . 1 6 2 E + 0 01 .OOOE+011 . 0 0 0 E + 021 . O C O E + 0 31 .300E+04

4.04 6E-025. 133E-011.69ÓE+003 .310E+005.0Ç5E+00B.793E+001 .2A8E+011.S91E+01

- e . oT T E

4.346E-025.132E-C11.6Ç6E+C03.3C9E+C05.C9CE+C08.741E+CC1.217E+011.476E+01

-5 .0

M E N

4.045E-02£.128E-011.6S3E+003.295E+00E.042E+00E.439E+001 .1 C2E + 011.213E+01

4.03 2E-325.092E-011.667E+003.195E+004.777E+007.335E+008.A33E+038.729E+00

-3 .0

R E C

3.929E-024.B46E-011.530E+002.7B4E+003.859E+004.940E+005.1B5E+305.967E+00

-2.0

U I T

3.4986-323.S4dE-011.093E+001.727E+002.0Ó4E+002.260E+002.616E+335.313E+00

-1.0

2.203E-021.948E-O14.039E-015.13aE-015.5c9E-016.2SSE-011.294E+304.632E+00

O . C

E.E70E-033.254E-02£.C7£E-02Ó.080E-026.463E-021.22SE-019.7Z2E-012 .434E+00

1.0

4 .961E-041.017E-031.C26E-C31.070E-031 .4 06E-C3C.673E-C21.CÍ05+003.224E+C0

LOG S/S» = - 2 . E

LOG K - R 2 / K B 2 - 7 . 0

T T / R 2 S R A S

1 . O O O E - 0 13 . 1 6 2 E - 0 1J . O O O E + 003 .162E+001 .OOOE+011 .000E + 021 . O O O E + 0 3i .003E+O4

4 . 0 A 6 E - 0 25 .133E-011.6Ç6E+003 .310E+005 . 0 Ç E E + 0 08.793E+00

1.591E+01

- 6 . 0

T T E

4 . 0 4 6 E - 0 25.132E-011.6Ç6E+C03.3C9E+005 . C 5 C E + C C8.741E+CC1.217E+C11.476E+01

- 5 . 0

M E N

4 . 0 A 5 E - 0 25 .12SE-0X1 .593E+003 . 2 9 5 E + 0 0£.042E+00E.439E+001.1C3E+011.217E+01

-4 .0

T S

4.032E-D25.092E-011.667E+003.195E+004.777E+007.338E+003.464E+009.031E+0 0

-3.0

R E C

3.936E-024-.847E-011.530E+002.784E+303.861E+004..958E+005.378E+037.476E+00

-2.0

U I T

3.502E-323.950E-011 .093E + 001 .729E + 302.072E+002.344E+OO3.396E+306 .231E + 00

-1 .0

2.203E-021 . 949E-014.0Ç7E—015.175E-015.709E-017.821E-012.654E+006.250E+00

O.C

E.E33E-033 .253E-02e .72SE-02e.39£E-0é7 ,£57E-023.045E-012.176E+004 .638E+00

1.0

4.664E-049.C21E-C41.C22E-C31.34CE-034.556E-C32.954E-C12.091E+004.373E+CC

LOG S /S 1 = - 2 . 0

LOG K'R2/KB2 - 7 . 0

TT/R2S

1 .OOOE-013.162E-011.OOOE+003.162E+001.COOE+011.OOOE+Oc1.OOOE+031.300E+04

R A B /

4.04.6E-025.133E-Û11.6Ç6E+003.210E+O05.0S5E+00e.793E+001.348E+011.591E+01

- 6 . C

4.046E-02E.132E-011.6Î6E+003.3C9E+C05.C50E+CC6.742E+CC1.217E+C11.47eE+01

- 5 . 0

M N

4.045E—32Í.129E-011.653E+C03.2S5E+00

E.440E+001.104=+011.230E+01

- 4 - . 0

4.333E-325.092E-011.667E+003.195E+004.778E+007.347E+008.560E+0 09.659E+00

.-3.0

R E C

3.941E-0 2

1.530E+002.786E+003.866E+005.017E+005.955E+001.0E9E+01

-2.0

U I T

3.516E-023.954E-011.1005+001.735E+302.095E+002.603E+005.302E+301 .071E + 01

-1 .0

2.212E-021.953E-014.123E-015.293E-016.1E7E-011.266E+O04.621E+3J7.566E+00

O . C

E.415E-033.246E-02£.S13E-027.434E-021 .191E-01S .644E-013.423E+30S .811E+00

1.0

3.739E-C4e.7S2E-041.166E-C34.225E-033.740E-X21.042E+CCJ.214E+00£.£21E+CO

LOG S/S» = -1 .5

OG K « R 2 / K B 2

T T / R 2 S

1 . O O O E - 0 13 . 1 S 2 E - 0 11 . O O O E + 003 . 1 6 2 E + 0 01 . O O O E + 0 11 .000E+021 . O O O E + 031 .O30E+O4-

- 7 . 0

R A B A

4 . 0 A 6 E - 0 25 . 1 3 3 E - 0 11 .6Ç6E+003 .310E+005 . 0 Ç 5 E + 0 0E.793E+001.24SE+011.552E+01

- 6 . 0

T T E

4 . 346= -025 . 1 3 2 E - C 11 .6ÇÉE+C03 . 3 0 9 E + C 05 . C 9 C E + C 0e.742E+C01.218E+011.483E+C1

- 5 . 0

M E N

4 . 0 4 5 E - 0 2S . 1 2 9 E - 0 11 .693E+003 .295E+03S.04 3E+00E.444E+001 .1 CEE+ 011.267E+01

- * . O

T S

4 . 3 3 5 E - D 25 . 0 9 3 E - 0 11 .667E+003 .196E+0 34 . 7 8 0 E + 0 07 . 3 7 5 E + 0 08 .851E+031.168E+01

- 3 . 0

R E C

3 . 9 5 3 E - 0 24 . 8 5 2 E - 0 11 .532E+002 . 7 9 0 E + 3 03 . Ö 8 1 E + 0 05 . 2 0 1 E + 0 07.4-45E + 001 .3Ö1E+01

- £ . 0

U I T

3 . 5 S 8 E - 0 £3 . 9 Ó 9 E - 0 11 .105E + 001 .755E + 302 . 1 6 9 E + 0 03 .365E+008 .195E4001 .238Ë + 01

- 1 . 0

S

2 . 2 4 1 E - 0 2i .967E-014 . 2 0 3 E - 0 15 . 6 6 7 E - 0 17 . 5 6 8 E - 0 12 .624E+006 .216E+008 .767E+00

K

ei2246

O . C

. 0 3 4 E - 0 3

. 2 3 3 E - 0 2

. E 1 7 E - 0 2

. 110E-01

.8915-01.14eE+00•60£E+00.954E+00

1.0

e . 6 9 4 E - C £É . 4 5 4 E - C 43 . 2 4 3 E - C 32 . 4 3 2 E - 0 22 . C 2 2 E - C 12 .064E+004 . 3 4 4 E + C 0e . É £ £ E + C C

- LOG S/S» = - 1 . 0

g LOG K'R2/KB2 - 7 . 0

í TT/R2S R A B

1 . O O O E - 0 13 .152E-011 . O O O E + 003 .162E+00I . O O O E + 0 1I .000E + 021 . O O O E + 031 . 0 33E + 04

4 . 0 4 6 E - 0 25.Î23E-011.6Ç6E+003.Î10E+30E.0Ç5E+006.793E+001.248E+011.594E+01

- 6 . C

T T E

4 . 0 4 6 E - G 25 .132E-C11.6Ç6E+C03 .3C9Ï+00S.C9CE+0Ce.745S+CC1.219E+011.49SE+C1

- 5 . 0

M E N

4 . 0 4 6 E - 0 2Î .129E-011.6Ç3E+003 .296E+03£ .C44E+00E.455E+001 .120E + 011 .357E + 01

-4 .0

T S

4 . 34 2E-325.095E-011.668E+003.I98E+0D4.7S8E+007.461E+009.64ÓE+001.463E+01

-3 .0

R E C

3.991E-024.864E-011.536d+002.B04E+0 33.931E+005.743E+001.023E+311.611E+01

-2.0

U I T

3.597E-3E4 .OloE-011.1225+001 .819E + 302.3985+005.212E+001.361E+311 .363E + 01

-1.0

2.325E-022.0Û8E-014.4E6E-016.8S3E-011.210E+004.519E+007.462E+039.878E+00

O.C

3.762E-033 .181E-02E.631E—022 .548E-01E .90ÊE-013.324E+00£.71£E+008 .050E + 00

1.0

0.07.030E-C42.5É2E-C22.525E-01S.711E-C13.128E+C0£.441E+C07.7E7E+CC

PUITS A PENETRATION DE 0.0 A C.î ET PISZOMETRE OUVERT DE 0.4 A 1 .0

ABAQUE POU" L'INTERPRETATION DE FCMPAGES EN NAPPE LIBRE ANISOTROPE»


TABLEAU 6 £

PENETRAT IONCU FUITS DEPCMFAGE (B)

-fi

0 . 2 -

0 . 4 -

0 . 6 -

o.s-1 . 0 -

PÊNETRAT1ONDUPIEZÜMETRE (6)

> | A N ISOTROPE

6-—6

66

/ / / / / / / / / / / / / 1MPERMEAELE /////////////

L06 S/S« - 3 . 0

LOG K ' R 2 / K B 2 - 7 . 0

TT/RÍ.S fi A B

1 .000E-013.162E-011 .OOOE+OO3.162E+001.OOOE+011 .OOOE+021.OOOE+031 .0J3E+04

- 6 . 0

T T E

- 5 . 0

M E N

- . 0 - 3 . 0

R E

1.015E-061.266E-054.181E-05S.1E2Ê-051.255E-042.1É5E-042.3E5E-043.0E5E-04

Ç.5Ç9E-C7 S.778S-07 1.027E-36 9.070c-1.259E-CE 1.260E-05 1.215Ë-05 3.553E4.174=-CE 4.161E-05 3.379E-05 5.566Ee.l47E-05 7.982E-05 4 .373E-05 2.378E1.2E2E-C4 1.130E—04 4.6025-05 1.546E2.035E-C4 1.269E-04 1.601E-02 3.466E2.17EE-C4 1.C15E-02 3.49ftE-01 Ó.235E

- 2 . 0

U I T

07 2.356E-0606 1.047é-0406 1.122E-0204 1 . U O E - 3 102 3.211E-01

5.947E-01-01

1.626E-C2 c.SOlE-01 6.267E-01 6 .919E-01 Ó.609E-0101 1.176E+00

- 1 . 0

6.489E-043.395E-021.74 3E-O13.401E-014.162E-O14.ôâ4E-0l8.620E-012.7S1E+00

0.0

.S72E-03

.0Ô4E-02

.626E-02

.063E-01

. 139E-O1

.149E-01

.107E+00

.397E+00

1.0

9 . 96.9c- 042 . 0 4 2 E - C 32 . 1 2 7 E - C 32 . 4 03c- C32 . 5 4 0 E - C 3E . 4 8 4 E - C 21 . 0 6 9 E + 0 03 . 2 2 9 E + CC

LOG S/S« = - 2 . 5

OG K«R2/KB2

TT/R2S

1 .00OE-013.162E-011.OOOE+003.162E+001.000E+011.000E+021.000E+031 .000E4-04

- 7 . 0R A B A

1.014E-061.266E-054.180E-053.150E-0E1.2E5E-042.164E-042.S57E-042.079E-04

- 6 . 0T T E

9.692E-C71.261E-C54.177E-CS8.153E-C51.2Ï3E-C42 . 042E-042.225E-C41.Ê33E-02

- 5 . 0M E N

S.741E-071.262E-054.I68E-058.005E-051.137E-041.324E-041.Í2 0E-023.5C8E-01

- 4 . 0

T S

1.100E-061.237E-053.437E-054.532E-355.113E-0 51.607E-023.501E-016.396E-01

- 3 . 0

R E C

1 .3 04E-0 64 . 9 7 5 E - 0 61 . 0 5 9 E - 0 52 . 5 4 3 E - 0 41 . 5 5 1 E - 0 23 . 4 7 3 E - 0 16 . 3 6 3 E - 0 18 . 3 0 5 E - 0 1

- 2 . 0U I T

7 . 3 S 3 E - 0 61 . 2 0 5 E - 0 41 . 1 2 7 E - 0 21 . 1 1 1 E - 0 13 . 2 1 3 E - 0 16 . 0 7 0 E - 0 17 . 9 4 7 E - 3 12 . 0 3 2 E + 0 0

- 1 .0

S

6 . 7 5 7 E - 0 43 . 4 0 5 E - 0 21 .747E-013 . 4 2 1 E - 0 14 . 2 6 8 E - 0 15 . 6 7 5 E - 0 11 .574E+004 . 1 3 8 E + 0 0

O . C

4 . 9 8 7 E - 0 3Í . 1 0 0 E - 0 2Ç . Ï 6 7 E - 0 21 . 128E-011 . 36SE-014 . E 5 7 E - 0 12 .194E + 004 .567E+00

1.0

Ç . É 7 2 E - C 42 . 0 4 8 E - 0 32 . 3 2 S E - C 32 . 4 4 3 E - 0 3S . É 4 0 E - C 33 . 2 S 9 E - C 1Í . 1 0 0 E + C C4 . 3 7 7 E + C C

LOG S / S 1 = - 2 . 3

LOG K ' R 2 / K B 2 - 7 . 0 - e . oTT/R2S B

- 5 . 0 - 3 . 0 - 2 . 0 - 1 . 0 O . C 1.0

1.O00E-013.1Ó2E-011.OOOE+003.162E+001.000E+011.000E+021.OOOE+031.0005+04

1.1.4 .S.1.2 .2 .3 .

014E-06 9.B33E-C7 1.009E-266E-05 1.2É3E-0E 1.271E-180E-05 4.1805-C5 4.193E-ÎÎ2E-0E E.161E-C5 8.069E-255E-04 1.255S-C4 1.154E-1Í5E-04 2.0555-C4 1.496E-955--04 2.356E-C« l.£3eE-077E-04 1.646E-02 2.S31E-

0605050504040201

1.231E-361.283E-053.565E-055.034E-356.777E-051.624E-023.523E-016.798E-01

3.107E-061 .052E-052.764E-053.076E-041 .568E-023.495E-016.763E-311.214E+0O

2.3215-051 .707E-041 .1436-021 .1166-013.239E-016.454E-011 .167£*303.34ÖE+00

7.765Ë-043.436E-021.760E-013.483E-014.538E-01S.526E-012.781E+305.397E+00

E.031E-03£ .149E-021.04 1E-011.235E-01£ .099E-011 . C 9 S E + 002 .387E+005 .755E+00

£2•a

iBi'S£

• 7 4 3 S - C 4. 0 7 7 E - C 3. 146E-C3. 1 4 6 E - C 3. 3 1 G E - C 2. 0 6 2 E + C 0•219E+0C•E24E+C0

LOG S/S« - l . E

LOG K « R 2 / K B 2 - 7 . 0 - 6 . 0


1 . C O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 003 . 1 6 2 E + 0 01 . O O O E + O I1 . O O O E + 0 21 . O O O E + 031 .300E + 04

1 . 0 2 1 E - 0 6 9 .713E-1 . 2 6 7 E - 0 5 1 .26 4E-4 . 1 8 2 Ë - 0 5 4 . 1 6 5 E -S . 1 E 5 E - 0 5 e.lSli-1 . 2 E 5 E - 0 4 1.261E-2 . 1 6 7 E - 0 4 2 .101E-2 . 5 E 9 E - 0 4 £ .321=-3 . 1 0 3 E - 0 4 1 .6S4E-

- 5 . 0

M E N

07 1c : iC5C504

03 5E267E

4.246Ee.22 5E1.205E

- 3 . 0

R E

C4 2.035EC4 1.6 92EC2 2.6 03E

D6 B.367E-3605 2.716E-0505 8.041E-0505 4 .747E-O404 1.621E-0 202 3.566E-0101 7.966E-01

-01 8.006E-01 2.063E+00

06 1.623E05 1.426E05 4.088E05 6.698E04 1.208E

1.677E-04-02 3.594E-0

-2.0

O I T

7.317Ê-053.268E-041 .193E-021 .133E-013.305E-017.612E-012.004E+004.707E+00

-1.0

1.381E-033.534E-021.799E-013.677E—015.362E-011.547E+004.108C+036.584E+00

0.0

£.160c-03E.300E-021.161E-011 -S83E-014 .368E-012.164E+004.£E£E+006

1.0

£ .6S6E-C42.270E-C37.£66E-034.933E-02S.119E-C1Í.072E+C04.248E+00

LOG S/S« = - 1 . 0

LOG K ' R 2 / K B 2 - 7 . 0

T T / R 2 S B A B

- 6 . 0

T T

- 5 . 0

M E N

- 4 . 0

T S

1 . O O O E - 0 13 . 1 Ó 2 E - 0 11 . 000E + O03 . 1 6 2 E + 0 0I .000E+011 . O O O E + 0 21 . O O O E + 0 31 .100E+04

1 . 0 2 7 E - 0 61 . 2 6 8 E - 0 54 . 1 8 4 E - 0 58 . 1 5 9 E - 0 51 . 2 S 6 E - 0 42 . 1 6 7 E - 0 42 . 9 C 2 E - 0 42 . 1 7 3 E - 0 4

9 . 9 4 2 E - 0 7 1 .1S7E-1 . 2 7 0 E - C Ï 1 .337E-4 . 2 C 6 E - C 5 4 .3S3E-8 . 2 3 7 E - 0 5 8 .740E-1 . 2 7 6 E - C 4 1 . 3 7 4 E -2 . 2 5 0 E - C 4 3 .755E-4 . 3 3 9 E - C 4 1 .E64.E-1 . 6 4 5 E - C 2 3 . E 2 6 E -

06 3 . 4 5 6 E - D 6C5 1 . 9 8 1 E - 0 505 5 . 8 0 0 E - 0 505 1 . 2 3 4 E - 3 404 2 . 8 9 1 E - 0 404 1 .84 4 E - 0 202 3 . S 1 3 E - 0 101 1 . 1 3 0 E + 0 0

- 3 . 0

R E C

2.502E-057.995E-052.473E-041.332E-031.788E-0 23.763E-011.1255+0 03.336Ë+00

-2 .0

U I T

2.311É-046 .275E-041.350E-021 .184E-313.E10E-011 .07SE + 003.26IE+335.914E+00

-1.0

2.333E-333.840E-021.9£lc-014.265E-317.702E-012.692E+005.336E+037.702E+00

0.0

E.474E-03E .754E-021.609E-OÍ3.944E-011.023E+002.292E+00

27.9S6E+00

1.0

0.02.753E-C33.642E-C22.60SE-01Ç.S0OE-C1Í.133E+C0S.443E+007.76OE+C0

PUITS CREPINE DE 0.0 A 0.2 ET PIEZOMHTRE OUVERT DE O.C A 0.*

AEAQUE POUR L'INTERPRETATION DE POMPAGES EN NAPPE LIBRE ANISOTROPE,

CANS L'HYPOTHESE DE NEUMAN, SELCN FORMULES DE EOULTON - STRELTSOVA

TABLEAU B 7


PENETRATIONDUPIEZOMETRE (7)

NAPPE LIBRE |<-0 .3- (5-

B0 . 2 -

0 . 4 -

0 . 6 -

0.3-

1.0-

>|ANISOTROPE• 7 s«7

+-K

///////////// IMPERMEABLE /////////////

Z LOG S / S ' = -2.0Dr LOG K ' P 2 / K B 2 - 7 . 0

rï T T / R 2 S R A B

1.COPE-013.162E-01l.OOOE+003.162E+0C1.COOE+011.000E+021.000E+031.OOOE+04

6.070E-02 6i7.699E-01 7,2.545E+00 24.966E+00 4,7.642E+00 7.1.3195+01 1.l.e72E+01 1.2.337E+01 2,

-6.0

T T E

068E-02693E-01544E+00963E+00634E+CC311E+01e25E+Cl211E+01

-5.0

M E N

6.067H-027.693E-012.5405+004.943E+0C7.563E+0C1.266E+011.651E+011.732E+01

-4.0

T S

6.049E-027.638E-012.500E+004.792E+007.165E+001.09ÔE+011.226E+011.254E+01

-3.0

R E D

5.892E-027.269E-012.295E+004.175E+005.765E+007.050E+007.252E+00Ô.033E+00

-2.0

U I T

5.245E-025.920E-011.6305+002.443E+002.770E+002,9245+003.277E+00S.9Ó1E+00

-1 .0

S

3.203E-022.487E-014.541E-015.332E-015.645E-016.303E-011.2B3E+304.562E+00

0.0

4.0085-032.473E-024, 161E-024.469E-024.814E-021.012E-0 19.152E-013.308E+00

37

81A.13

1.0

.«•75E-04

. 194E-04

.S-'OE-O'-

.920E-04•504E-03.042E—02.031E+00.177E+00

LOG S/S' = -2.E

LOG K'P2/KS2 -7.0

TT/R2S R A E

l.OOOE-013.162E-01l.OOCE+003.162E+00l.OOOE+011 .OOOE + 0?1.000E+C31 .C00E+04

6.070E-027.693E-012.545E+004-, 9Ó6E + 007 . 642E + 001.319E+011.S72E+012.387E+01

-6.0

T T E

6.068E-027.6S8E-012.5A4E+004.963E+C07.634E+001.3115+011.825E+312.211E+01

- 5 . 0

M E N

6 . 0 6 7 E - 0 27 . 6 9 3 E - 0 12 . 5 4 0 E + 0 04 . 9 4 3 E + 0 07.563E+0C1 .265E + 011.651E+011.7S6E+01

-4.0

T S

6.049E-327.638E-012.500E+004.792E+007.166E+001.098E+011.231E+011.234E+01

-3.0

RE

- 2 . 0

D U I T

5.905E-027.270E-012.295E+004.176E+005.766E+007.0Ó9E+007.446E+009.538E+00

5.24.eE-025.921E-011.631S+C02.445E+002.778E+003.00SE+004.054E+006.855E+O0

-1.0

3.204E-022.4ÖSt-01Í-.549E-C15.369E-015.7S4E-017.857E-012.626E+006.134-E + OO

0.0

4.835E-032.475E-024.219E-024.760E-025.903E-022.727E-0 12.035E+004.492E+00

1 .0

3.346E-047.23PE-048.557E-0A1.¿56E-035.3B8E-032.926E-012.056E+.10A.319E+00

LCG SVS« .= -.2»0.

LOG K'R2/KB2 -7.0

TT/R23 R A B

1.000E-C13.1Ó2E-01l.OOCE+003.162E+C01 .OOCE + 011 .000E + 021.OOOc+031.000E+04

6.070=-027.699E-012.545E+004.966E+007.642E+001.3195+011.872E+012.337E+01

-6.0

, T T E

6.068E-327.698E-012.544E+C04.9Ô3E+007.634E+001.311E+011.825E+012.213E+01

- 5 . 0 -

M E N

6.067E-027.693E-012.54 0E+CC4.943E+007.554E+0C1.266E+011.6525+011.799E+01

-4.0

T S

6.050E-32 5.7.638E-01 7,2.500E+00 2,4.792E+00 4.7.1665+00 5.1.099E+01 7,1.241E+01 8.1.367E+01 1,

-3.0

R E D

907E-02271E-01295E+00177E+00771E+00127E+00021E+00234E+01

-2.0

U I T

5.257E-025.924E-011.632E+002.450E+002.8015+003.2Ó6E+005.951E+001.129E+01

-1.0

3.207E-022.491E-014.574E-015.486E-016.227E-011.281E+004.552E+007.419E+00

0.0

4.3I4E-032.482E-02«..405E-025.723E-029.8325-029.081E-0I3.299E+005.653E+00

I . 0

7.Í.31E-041.3P3E-035.094E-033.917E-021.024E+003.16BE+005.463E+00

LCG S/S" -1 .5

LOG K'R2/KB2 -7.0

TT/R2S R A B

l.OOOE-013.162E-01l.OOCE+003.162E+0C1.OOOE+011 .000E + 021 .00CE + C21 .COCE+04

6.070E-027.693E-012.545E+004.956E+007.642E+001.319E+011.872E+012.3S7E+01

- 6 . 0

, T T E

6.068E-027.69SE-01

4.963E+007.C34E+001.311E+011.8265+012.21SE+01

- 5 . 0

M E N

6.067E-027.693E-012.540E+004.943E+007.564E+001.266E+011.6565+011.836E+01

-4.0

T S

6.051E-32 5.7.639E-01 7.2.500E+00 2.4.793E+00 4,7.153E+00 5.1.102E+01 7.1.270E+31 9.1.549E+01 1.

-3.0

R E D

916E-02274E-01296=400161E+00785E+00306E+00508E+00563E+01

-2.0

U I T

5.237E-025.935E-011.636E+002.469E+302.373E+004.025E+008.821E+001.290E+01

-1 .0

S

3.217E-022.501E-014.652E-C15.360E-017.645E-0 12.593E+006.103E+0C3.610E+00

0.0

4.584Ç-032.505E-025.0165-C29.165E-322.592E-012.057E+004.462E+0C6.701E+00

1.0

1.687E-0«-8.filOE-O44.221E-033.62 8E-022.800E-012.029E+004.291E+006.595E+00

- LCC S/S1 -1.0

LOG K'R2/K32 -7.0

TT/R2S R A B

l.COCE-013.162E-011 .OOCE + CC3.162E+C01 .000 = + 011.000E+021.C00E+O31 .C00E + 04

6.070E-C27.699E-012.54 5E+004.966E+007.642E+001.319£+011.872E+012.389Ï+0I

- 6 . 0

A T T E

6.C63E-327.693E-012.S44E+004.964E+007.Ó34E+C01 .3UE + 011.827E+312.232E+01

- 5 . 0

M E N

6.06SE-027.693E-012.54 0E+004.943E+007.565E+CC1.267E+011 .669E + 011.9265+01

-4.0

T S

6.056E-327.640E-012.501E+ÛO4.795E+307.175Z+001.1105+011.349E+011.843E+01

-3.0

R E

-2.0

D U 1 T

5.943E-C27.283E-012.299E+004.193E+005.631E+007.845E+001.226E+011.8095+0 1

5.375E-025.966E-011 .650E+002.528E+003.097E+005.SÔ4E+001.12CE+311.413E+01

-1 .0

3.247E-322.531E-01A.398E-017.043E-011.213E+00•Î.45SE+007.320E+009.703E+00

0 . 0

3.e22E-032.577=-027.170E-022.295=-018.410E-013.2C7E+005.565E+Q07.8B8E+00

1.0

0.01.964Ç-032.810E-022.516E-019.556E-013.085E+0C5.3S6E+007.698E+00

PUITS CREFINE DE 0.0 A 0.2 ET PIEZOMETRE OUVERT DE 0.6 A 1.0

AEAQUE POUR L'INTERPRETATION DE POMPAGES EN NAPPE LIBRE ANISOTROPE,

CANS L'HYPOTHESE CE NEUMAN. SELON FORMULES DE BOULTON - STRELTSOVA

TABLEAU B A

PENETRATIONDU PUITS DEPOMPAGE (E)

NAPPE LIBRE0 . 3 -

0.2-

0.4-

0.6-

0.3-

1,0-

PENETPATIONDUPIEZOMETRE (A)

->|ANISOTPOOE

E

1+- K A

AA—

— Si

S

///////////// IMPERMEABLE / / / / / / / / / / / / /

LOG S/S» = -3 .0

LOG K'R2/KB2 - 7 . 0

TT/R2S R A E

- 6 . 0 - 5 . 0 -4 .0 -3 .0 -2 .0 - 1 . 0 0.0 1 .0

1.00C5-C13.162E-011 .OOCE + 003.1Ê2E+001 .COOE + 011.OOOE+021.0005+031.OOOE+04

1.34 5E-073.021E-069.3235-061.926E-052.966E-055.104E-05ó.553E-056.5S4E-D5

2.5575-072.924E-065.8135-061.906E-052.921E-054.694Ï-054.901Ê-3E4.8955-05

9.S94S-CE2.804E-06Ç.614E-C61.886S-C52.6615-053.1035-055.534E-C58.4415-05

1.849E-072.799E-067.870E-061.073E-051.221E-052.238E-041.653E-014.525E-01

4.519E-071 .Û-09E-062.606E-065.381E-062.090E-041.645E-014.513E-014.973E-01

6,2,1,1 ,1.

.652E-07

.6=6=-06

.6015-04

.969E-02

.571E-014.407E-01Ù. ,•Ô60E—018.260E-0I

171233ó2

.692E-05•551E-03.C23E-01.726C-31.5655-0 1.955E-01.848E-31•228E+00

3.9825-035.2105-021 .037E-0 11.124E-311.2015-012.2155-011.053S+003.2092+00

1 .P96F-032.25TH-032.415E-032.O23E-C34.7885-036.3895-021.058E+003.ie2E+00

LOG S / S ' = - 2 . 5

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0 - 5 . 0

TT/R2S

l .OOOE-013.162E-011.OOCE+003.162E+001.OCOE+011.OOOE+02l.COCE+021 .OOOE+04

B T E M E N

- 4 . 0

1.987E-07 2 .652E-07 9.529E3.047E-06 2 .951E-06 2.789E9.871E-06 9.e78E-06 5.507E1.9325-05 1.918E-05 1.84152.9725-05 2.9625-35 2.605E5.1205-05 4 .93BC-05 2.923=6.557E-05 5 .457E-05 5.192E6.5S9E-05 5.452E-05 e.077£-C£ 4 .5985-

C8 2.004E-06 2.578c-C6 8.2555-05 1.192E-05 1.492E-C5 2 .4 185-

1 .655E-î-05

-3 .0

07 7 .685E-0706 2.147S-0606 4 .591E-0605 1.111E-0505 2 .260E-0404 1.648E-0101 4.585E-0101 5.845E-01

- 2 . 0

U I T

2.405E-067.868E-061 .761E-041.975S-021.574E-014.478E-015.716E-011 .«.37E + 00

-1 .0

2.865E-057 . 5 Ö Ö E - 0 31 .025E-C12.737E-013.623E-014.672E-011.227E+003.445E+00

0.0

3.9O4H-035.225E-021.051E-011.1905-011.435E-014.533E-012.057E+004.371-3+00

1 . 0

1.086E-P32.330E-032.Ê37E-0 34.684E-031.313E-023.352E-012.067E+004.322E+00

LOG S/S« = - 2 . 0 -•

LOG K»R2 /KB2 - 7 . 0 - 6 . 0


- 5 . 0

M E N

- 4 . 0

T S

l.OCCE-013.162E-011.OOCE+CO3.1C-2t+CC1.OOOE+011.000E+C21.000E+031.000E+04

1.6Î3E2.952E9.760E1.919E2.94054.9S1E6.191E6.1925

-07 2.860E--06 2.961E

06 9.906505 1.920E05 2.969c05 4.997505 5.575505 5.5S7E

E-0607 7.211S-08 4.246=-06 2.704506 9.491E

1.854505 2.645EOS 3.066E05 £.400505 S.330E

- 0 5

3.418EC6 S.390E05 1.425E05 2.082c05 2 .Ç44ECS 1.663505 4.8255

-3 .0

R E

07 9.1525-06 3.4035-06 9.467E-05 2.7195-05 2.7755-

1.6555--040101

4.6125-8.3435-

-2 .0

D U I T

•07 7 .344E-0606 2.3655-0506 2 .262E-0405 1.9915-0204 1.581E-0101 4.700E-0101 8.171E-0101 2.495E+00

-I .0

6.571E-057.706E-031 .0305-0 12.7715-013.8025-0 16.764E-012.2195+004.647E+00

0.0

4.0325-035.2705-021.0965-011.3985-012.1645-011 .045E+003.199Ï+305.5255+00

1 . 0

1 .0525-032.569E-034.3625-031.260E-026.218E-021.C51E+CC3.173E+005.466E+00

LOG S/S» = -l.S

OG K»R2/KB2TT/R2S

1.C00E-C13.162E-011.OOCE+003.162E+CC1.COûE+011.000E+021.0005+03l.COOc+04

-7.0R A 6 A

1.398E-073.013E-069.7S4E-061.92 0E-052.960E-055.169E-056.7635-056.7785-05

-6.0T T E

2.647E-372.935E-069.613E-061.639E-052.S25E-554.605E-055.243S-355.227E-05

-5.0M E N

7.262S-C82.767E-06S.657H-061.96&5-052.831E-052.4835-CS6.036E-C53.942E-05

-4.0T S

6.2285-073.954E-061.104E-051.9635-053.7C4E-054.594E-041.6865-015.516E-01

-3.0R E D

2.772E-068.776E-062.609E-057.9375-054.4215-041.6785-01S.502E-011.434E+00

-2.0U I T

2.323E-057.390E-053.852E-042.041E-021.602E-015.374E-011.409E+003.717E+00

-1.0S

1.819E-04S.075E-031 .C45E-012.877E-014.351E-011 .200E+003.416E+005.817E+00

0.0

4.147E-035.4105-021.2345-012.0A4E-314.34 63-012.C30=+?PÄ.341E+006.661Û+00

1.0

9.476E-043.414E-031.1C2E-025.823E-023.216E-012.P41E+P?4.294E+006.5975+0 0

LOG S /S 1 - 1 . 0

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0

TT/P2S R A B A T T

- 5 . 0

M E N

- 4 .0

T S

l.OOOE-01

îloocë+oo3.162E+CC1.00C5+011.00CE+021.000E+C31.O0CE+O4

1.6635-07 2.3S2E2.9575-06 2.eE559.770E-06 9.69951.921E-05 1.89152.9545-05 2.945c5.1665-05 4.753E6.7E2E-05 5.149E6.7625-05 5.1465

C7 2.1315-C6 3.0945-06 1.022E-

1.972=-05 2.783E-05 2.326E-35 5.699E-

8.647E-

-05

-05

C7 S.322E-06 5.294E-C£ 1 .602E-C5 3.6825-05 3.9105-C5 S.767E-05 1.7565-05 7.4625-

- 3 . 0

R E D

07 7 .647E-0606 2 .5025-0505 7 .759E-05•05 2 . 4 2 5 E - 0 405 9 . 5 7 6 E - 0 404 1.743E-0101 7 .443E-0101 2.440Û+00

-2.0

U I T

7.339E-052.32 15-04S.843E-042.200E-021.670E-017.277E-012.4085+004.866E+00

-1 .0

5.441E-049.223E-031.093E-013.197E-015.924E-0 12.133E+004.553E+006.911E+00

0.0

4.4.61E-035.3365-021.6555-013.9265-019.7355-013. 110E+005.4395+007.7605+00

1 . 0

6.145E-046.784E-034.6985-022.9085-019.81*-E-013.090E+C05.3885+007.700E+00

FLITS CREF1N5 D5 0.0 A 0.2 ET PIEZOMETRE CUVERT DE 0.0 A 0.2

ABAQUE POOR L•INTERPR5TATIJN DE POMPAGES EN NAPPE LIBRE ANISOTROPE.

CANS L'HYPOTHESE DE NÛMAN, SELON FORMULES DE EOULTON - STSELTSOVA

TABLEAU B B

PcNETkATICNDU PUITS DEPOMPAGE (5)

NAPPE LIBRE |<-00

PENETRATIONDUPIEZOMETPF (D)

0 . 0 -

0 . 2 -

0 . 4 -

0 . ó -

0 . 3 -

1 . 0 -

->|ANISOTROPE

- K 1 —

+-K

/ / / / / / / / / / / / / IMPEFMEABLE / / / / / / / / / / / / /

LOG S/S' = -3.0

LOG K»P2/KS2 -7.0

TT/R2S R A B A

l.OOOE-013.162E-011 .OOOE+003.1Ó2E+001 .00CE+C11 .000E+021.0CÛE+031 .OOOE+04

1. 193E-011.520E+005.024E+009.5C3E+Ö01.509E+0I2.6025+013.635E+014. 654E+G1

-6.0

T T E

1 .13SE-011.520E+005.022C+009.796E+001.5C6E+012.579E+013.547E+014.139E+01

-5 .0M E N

1.197E-011.518E+005.00HE+009.7345+001.485E+012.443E+013.032E+012.147E+01

-4.0

T S1.192E-011.502E+004.S89E+009.2325+001.3655+011.951E+012.062E+312.082E+01

-3.0

R E D1 .147E-011.3915+004.274E+007.433E+009.569E+001 .0665 + 011.0S1E+011.15SE+01

-2.0

U IT

S.431E-029.866E-012.363E+003.106E+003.321E+003.420E+003.770E+006.445E+00

-1.0

3.e74E-022.271E-013.603E-014.037E-01•1.2205-014.363E-C11 .135E+004.36 1E+0 0

C . 0

2 . 9 5 9 5 - 0 31 . 3 5 D E - 0 22 . 2 3 3 E - 0 22 . 4 3 2 E - 0 22 . 7 4 5 5 - 0 27 . 6 A 1 E - C 2S . 6 C 5 S - C 13.194E+00

1 . 0

1 . ei 1E-043 .834=-044 . t23E-046 . 4 3 3 Ç - 0 41.^535-034 . 118E-C21.013E+003.131E+00

LOG S / S ' = - 2 . 5

LOG K'R2/KB2 -7.0

TT./R2S R A B

l.OOOE-013.162E-01l.OOCc+003.162E+0C1.COCE+011.000E+021.OOOE+031.000E+04

1.198E-011.520E+005.024E+009.3C3E+001.5C9E+012.603E+013.6S6E+01«••6Ï4E+01

-6.0

, T T E

1 .1S8E-011.520E+005.022E+009.7Ç6E+C01.506E+012.579E+013.517E+01A..14QE + 01

-5 .0M E N

1.197E-011.513E+00E.OOSE+009.734E+001.485E+C12.443E+013.035E+012.152E+01

-4.0

T S

1.192E-011.502E+004.889E+009.2d2E+C01.366E+011.951E+012.065E+012.112E+01

-3.0

R E D

1.147E-011 .391E + 00A.27AE+007.433E+009.570E+001.06SE+011.100E+011 .309E + 01

-2.0

U I T

9.4S2E-029.366E-012.364E+003.107E+003.328E+003.503E+006-.545E + 009.320E+00

-1 .0 0.0 1 .0

3 .87A5-02 2.961E-03 1.831E-042.272E-01 I.363E-02 4.195E-043.611E-01 2.2955-02 6 .1B7E-044.075E-01 2 .707E-02 1.^175-034.3605-0 1 3 .7495-02 5 .B37E-036.393E-01 2.391E-01 2.897E-012.457E+00 1.9995+03 2.022E+005.39wE+00 4.3585+00 4.2665+00

LCG S/S' = -2-.-0

LOG K«R2/KB2 -7.0

TT/R2S R A B

l.COCE-013.162E-011 .OOCE+003.1S2E+001.OOOE+011.O00E+02l.COCE+031.000E+04

1.19SE-011.52JE+005.024E+009.803E+00'1.509E+012.603E+013.686E+01A.655E+01

-6.0

, T T E

1 .198E-011.523E+005.022E+009.796E+001.506E+012.579E+013.547E+014.141E+01

- 5 . 0H E N

1.197E-011.51SE+005.00SE+00S.734E+001.485E+012.4A3E+01-3.037E+013.165E+01

-A.0

T S

1.192E-011.502E+004.839E+009.282E+001.3665+011.952E+012.075E+012.194E+01

- 3 . 0R E D

1 .147E-011 . 391E + 00Ä . 2 7 4 E + 0 0

9.574E+001.074E+011.157E+011.S89E+01

-2.0

U I T

9.4S2E-329.366E-012.364E+003.113E+003.351E+003.761E+006.436E+001 .173E + 01

-1.0

3.874E-022.276E-013.633E-014.197E-01¿.805E-011.129E+004.252E+007.1C9E+00

0.0 1 .0

2.9715-03 1.890E-041.3895-02 5.416E-042.496E-02 1.3045-033.621E-32 5 .5B5E-037.421Ï-02 4.0025-023.5425-01 1.006E+003.1955+00 3.1225+005.5075+00 5.406E+00

LOG S/£' -1.5

LOG K'R2/KB2 -7.0

TT/R2S R A B

l.OOOE-013.162E-011.OOOE+003.162E+C01.OOOE+011.OOOE+Oa1.C00E+Û31.OOOE+04

1.199E-011.52 0E+005.024E+009.803E+001.50 9E+012.603E+013.63SE+01

-6.0

, T T E

1 .19SE-011.520E+005.022E+0C9.796E+001.50ÓE+012.579E+013.547E+014.1A65+Ü1

- 5 . 0M E N

1.197E-011.5133+005.008H+009.734E+001.485E+012.444H+012.0405+012.201E+01

-4.0

T S

1.192E-011.502E+004.eS9E+009.283E+001.366E+011.954E+012.103E+012.376E+01

-3.0

R E

-2.0

D U I T

1.147E-011.391E+00•V.274E+007.436Z+009.5B55+001.091E+011.3CÓE+011.916E+01

9.482E-029.868E-012.367E+003.130E+003.422E+004.519E+009.290E+031.330E+01

-1 .0

3.876E-C22.286E-012.723E-01•Í.533E-016.223E-012.433E+005.660E+003.322E+00

0.0

3.0005-031.472E-023.156E-026.915H-022.279=-011.9735+004.3305+006.6505+00

1.0

2.0835-049.854E-044.S39E-033.733E-022.766E-011.996E+C04.239E+006.537E+0 0

LCG S/S' = -1.0

LCG K'F2/KB2 -7.0

TT/R2E R A B

1.00CE-C13.162E-011 .OOCE + 003.162E+0C1 .OOCE + 011.OOCE+021 .OOOE+031.Ü0ÜE+04

1.193E-011.520E+005.0245+009.e032+0û1.5C9E+012.6033+013.636E+014.656E+01

-6.0

, T T E

1 .153E-011.520E+005.022E+CO9.797E+001 .5C6E + Û12.530E+013.543E+C14.159E+C1

-5 .0

M E N1.197E-011.519E+00E.003E+005.73*5+001.4S5E+012.4445+C13.0515+012.290E+01

-4.0

T S

1 .192E-011.502E+004.eS9E+009.283E+001.3665+011.662E+012.1B1E+312.669E+01

-3.0 •

R E D

1.147E-011.3Ç1E+004.275E+007.443E+009.622E+001.14-4E + 011.580H+012. 158E+01

-2.0

U I T

9.4335-029.374E-012.376E+003.1Ö3E+003.Ô43E+00Ö.356E+001.164E+011.450E+01

-1 .0

3.8645-022.317E-013.991E-015.812E-011.073E+004.2695+007.062E+009.413E+00

0.0

3.0675-03 2i1.7395-02 2.5.4725-02 2.2.0345-01 2,7.9455-01 9c3.1015+00 3,5.4275+OC 5.7.739E+00 7,

1 .0

3565-04907E-03=715-02494E-01397E-01042E+00332E+006405+00

PUITS CREPINE DE C.û A 0.2 El PIEZOMETRE CUVERT DE 3.2 A 0.4


CANS L'HYPOTHESE DE NEUMAN, SELCN FORMULES DE BOULTON - STSELTSOVA

TABLEAU B C

PENETRATIONDU PUITS DEPOMPAGE (B)

NAPPE LIBRE |<-0.0-

0.2-

0.4-

0.6-

0.3-

1 ,0-

PENHTRATIONDUPIEZOMETRE { O

+-K

->|ANISOTPOPE

- C -C

///////////// IMPEPMEABLE /////////////

LOG S/S» = -2.0

OG K'B2/KB2 -7.0

TT/R2S

l.OCCE-013.162E-011.0005+003. 162E + CC1 .COOE+011 .00C = + 021.OOOE+021.000E+04

R A B A

1.566E-031.937E-026.5705-021.234E-011 . 9 e 15- 013.502E-015.7425-011.186E+00

-6.0

T T E

1.568E-031.9 535-026.616E-C21.3055-012.0605-314.283E-011.03SE+C02.824E+0C

-5.0

M E N

1.586E-032.050E-027.0755-021.5125-012.767E-018.825E-012.ÓÓ5E+004.1555+OC

-4.0

T S

1.759E-032.5965-021 .1065-013.0215-016.756E-012.445E+003.9335+004.1235+00

36391333

-3.0

R E D

.214E-03•2S4E-02.159E-01.177E-01.961E+00.4335+00.6215+00.751E+00

-2.0

U I T

9.S56E-C31.972E-013.955E-011.779E+002.217E+002.401E+002.519E+003.439E+00

-1 .0

S

2.E39E-022.704E-0I5.479E-016.624E-317.062E-017.6605-011 .278E + 003.567E+00

0.0

6.8805-033.598E-026. 1135-026.5805-027.119E-02

9Í547E-313. 163E+00

1 .0

5.283E-041 .102E-031.222E-031 .3.5.1 .3.

611E-0304QE-03277E-02025E+001335+0 0

LOG S/S» = -2.5

LOG K'K2/KB2 -7.0

TT/R2S R A B

1.000E-013.162E-011.COCE+GO3.162E+0C1.000E+C11 .OOOE+021.00CE+031.000E+04

1.5Ó6E-031.937E-026.570E-021.234E-011.931E-013.5025-015.742E-011.1365+00

-6.0

, T T E

1.563E-031.9935-026.616E-021.305E-012.060E-014.233E-011.038E+002.324E+00

- 5 . 0

M E N

J.58 6E-C32.050E-027.075E-021.5125-012.767E-013.S25E-012.565E+004.157E+C0

-4.0

T S

1.760E-032.596E-021.1062-013.021E-316.756E-012.445E+003.9355+004.152E+00

- 3 . 0 - 2 . 0

R E D U I T

3.21AE-036.28CE-023.159E-019.177E-011.961E+003.435E+003.6505+004.0305+00

9.856E-031 .972E-018.965E-011.779E+002.2195+002.427E+002.772E+C04.727E+00

-1.0

2.539E-022.704E-015.435E-016.654E-017.132E-01B.957E-012.1B3E+004.9155+00

0.0

6.8845-033.611E-026.2165-027.049E-028.779E-023.4565-012.0105+004.3215+00

1 .0

5.325E-041 .175E-031 .562E-032.9e5E-039.653S-033.098E-012.026E+004.267E+00

L O G S/S»--= .-2-.Í» • •

LOG K'P2/KB2 -7.0

TT/R2S R A B

1.C0OE-C13.162E-C11 .OOCE+003.162E+001 .OOOE+011 .OOOE+021.000E+031.000E+04

1.566E-031.967E-026.5705-021.284E-011.961E-013.502E-015.7425-011.186E+00

-6.0

, T T E

1.5ÓSE-C31 .9935-326.616E-021.305E-C12.060E-014.2E3E-011.038E+CO2.824E+00

-5.0

M E N

1.586E-032.050E-027.075E-021.512E-012.767E-018.825E-012.665E+C04.1635+OC

-4.0

T S

1.760H-C32.596E-021.106E-013.021E-016.756E-012.445E+003.941E+304.242E+00

- 3 . 0

R E D

3.213E-036.2835-023.159E-019.177E-0I1.961E+003.441E+003.739E+004.74OE+00

-2.0 -1.0

U I T S

9.856E-031.972E-018.966E-011.780E+002.224E+002.507E+003.430E+006.303E+00

2.S39E-022.705E-015.502E-016.749E-017.5575-0 11.271E+003.558E+006.127E+00

0.0

6.8965-033.6515-026.551E-028.552E-021.428=-0 19.4805-013.159E+005.467E+00

1.0

5.45CE-041 .411E-032.790E-039.288E-035.139E-021 .018E+003.124E+0 05.407E+00

LOG S / S ' = - 1 . 5

LOG K ' R 2 / K B 2 - 7 . 0

T T / R 2 S R A S A

1.00CE-C13.162E-011.0005+003.162E+C01.OCOE+011 .0005+02l.CGCE+031 .OOOE+04

1.5665-031.9S7E-026.570E-C21.2345-011.931E-013.502E-015.742E-011.136E+00

-6.0

T T E

1.5635-331.9935-026.616E-021.305E-012.0605-014.2S3E-011.03SE+302.524E+CC

- 5 . 0

H E N

1.5875-032.051E-C27.075E-C21.512Z-012.767E-018.826E-012.665E+004.182E+0G

-4.0

T S

1.7605-032.596E-021.106E-013.021E-016.756E-012.4455+003.960E+004.5055+00

-3.0

R E D

3.214E-036.2645-023.159E-019.177E-011.9615+003.459E+003.9995+006.066E+00

- 2 . 0

U I T

9.857E-031.972E-018 . 9 Î J 6 E - 0 11 .782E+002.240E+00

4.699E+007.669E+00

-1 .0

2.539E-022.709E-015.5555-C17.046E-013.707E-012.157E+004.3875+007.283K+00

0.0

6.9335-033.7775-027.611E-021.3485-313.313E-011.984=+004.293E+006.609E+00

1 .0

5.8385-042 .222E-033.2005-0 34 .819E-022 .972E-0 12.001E+004.24CE+006.537E+0 0

LOG S / S 1 = - 1 . 0

LOG K ' R 2 / K S 2 - 7 . 0

T T / R 2 S R A B

1 .0CCE-C13 .162E-011.0005+003 . 162E + CC1 .OOOE+011 .OOOE+021 .000E+031 .C00E+04

1.566=-331.987E-026.5705-021.234E-011.9815-013.5025-015.742E-011.136E+00

-6.C

, T T E

1.563E-031.993E-G25.617E-021.305E-012.060E-014.2835-011.03SE+CO2.824E+0C

- 5 . 0

M E N

1.587E-C32.051=-027 .075E-C21.512E-01£.7675-018.826E-C12.66 5E+0 04.23ÎE+0C

-4.0

T S

1.7595-332.5965-021.1065-013.021E-016.7565-012.^455+004.017E+005.164E+00

-3.0

F E D

3.213E-036.283E-023.159E-019.177E-011.9615+003.5155+004.6525+007.604E+00

-2.0

U I T

9.S55E-031.972E-01S.969E-C11.78eE+002.2B3E+003.344E+006.215Z+008.S29E+00

-1.0

2.53SE-32 7.2.721E-01 4 ,5.721E-01 1.7.951E-01 2.1.199E+00 B.3.474E+00 3.6.040E+C0 5.S.375E+00 7.

0 .0 1 .0

0-85-03 6.7095-041775-02 5.330E-031035-01 3 .909E-029965-01 2.689E-01846E-01 9.522E-01

3S6E+30 5.332E+00697Î+00 7.640E+00

CO

DC

O

uuÜceo

goDCOill

-uu_j

13Ü

üUJQ_J<

O

'UJ

ccDCUJh-

LUtn1-zLUO

CO

cc

o

PUITS CREPINE DE 0.0 A 0.2 ET PIEZOMETRE OUVERT DE 0.4 A 0.6

ABAQUE POUR L*INTERPRETATION DE POMPAGES EN NAPPE LIBRE ANISOTROPE.

DANS L»HYPOTHESE DC NEUMAN» SELON FORMULES DE BOULTON — STRELTSOVA

TADLEAU 0 D

PHNETRATIONOU PUITS DEPOMPAGE (B)

NAPPE LIURE |<—B

ö

R—0 . 0 -

0 . 2 -

0.4—I

0.6-

0 .8 -

1,0-

PEN&TRAT1ONOVPIE ¿OMETTRE (O)

>| AtUSO TROPE

-K •DO

///////////// IMPCRMEABLE /////////////

LOG S/S» = -2.0

LOG K»R2/KD2 -7.0 - 6 .0 -5 .0 -4 .0

TT/RPS

1.000F-011.000E+00l.OOOfZ+011.000E+0?.1.000E+031.000E+04

R B M N

-3 .0

RE

—2.0 -1 .0 1.0

U

2.659E-06 2.428E-06 2.421E-06 2.170E-0f> 1.889E-06 l.tl57E—07 1.881E—03 6«950H—03 B1.079E-04 1.078E-04 1.067E-04 8.389E-05 »>.531E-06 3.329E—O2 3.189E—01 9«24OF:-0H 43.238E-04 3.224E-04 2.873C-04- 1 .057E-04 4.591E-02 6.&01C-01 5-698E-01 1 »85717-01 6-033E—OZ5.577E-04 5.206E-04 3.132E-04 4.754E-02 7.118E-01 9-428E-0I Ç.278E-01 9«824r-01 1.028F.+007.582E-04 5.468Ë-04 4.790E-02 7.186E-01 1.009E+00 1.417E+00 P.653E+00 3.105fc+00 3-125E+007.826E-04 4.827E-O2 7.201E-01 1.017E+00 1.499E+00 3.376E+00 5.068E+00 5.402F+00 5.4O7E+00

aiOOC

•LU_J

Ü

OLUQ

oo•LUcece

LUceI-LUO

CO

ce•zo

Üceü

1

LU

g;zoceüLU_J•LU_lZDO

PUITS CREPINE DE 0.0 A 0.2 ET PIEZOMETRE OUVERT DE 0.6 A 0.B


DANS L»HYPOTHESE DE NEUMAN. SELON FORMULES DE BOULTON - STRELTSOVA

TAHLCAU B E


NAPPE0.0—

0.2-

0.4-I

0.6-

0.0-

1.0-

LIBRE |< R

PENETRATIONDUPIE7UMETRE (El

->| ANISOTROPE-S«

Ü—K« —

E-E-E-

///////////// IMPERMEABLE /////////////

LOG S/S» = -2.0

LOG K»R2/KB2 -7.0

TT/R2S R A B

- 6 .

T

0

T E

-5 .0

M E N T

-4 .0

S

—3.0 - 2 . 0

R E D U I T

-1 .0 0 . 0 1.0

.OOOE-01 1 .19*E-0T 2 .212E-0T 4.861E-07 8 .433E-07 3-666E-07 0 .0 2.338E-05 4.839ff-03 1.0r7l£-03• OOOE+00 1.126E-05 1.116E-05 1 .2 07E-05 1 .266E-0S 2.216E-06 3-O32E-04 1.401E-01 1.0O4f;-01 4.941E-03•000E+01 3.397E-05 3 .450E-O5 3.506E-05 1.790E-05 3 .976E-O4 2.224E-01 4.103E-01 2.069E-01 6-644E-02•000E+02 5.938E-05 6. I64E-05 4.089E-05 4.242E-04 2.338E-O1 5.268E-01 6.819E-01 9.859t-01 1.034E+00.OOOE+03 7.G23E-05 6 .778E-05 8.670E-05 2.350E-01 5.420E-0I 8.452E-01 2.108E+00 3-052E+00 3.1?GE+00.000E+04 7.739E-05 6.875E-05 1.439E—04 5.437E-01 8.659E-O1 2.394E+OO 4.426E+00 5.341E+OO & . 4 07K+00

<OLUQ

PUITS CREPINE DE 0.0 A 0.2 ET PISZOMETRE CUVERT D5 0.6 A 1.0

ABAQUE FOUR L'INTERPRETATION DE POMPAGES EN NAPPE LIBRE ANISOTROPE,

CANS L'HYPOTHESE DE NEUMAN. SHLCN FORMULES DE eOULTON - STRELTSOVA

TABLEAU B F



NAPPE LIBRE t<-0.0-

0.2-

0.4-

0.6-

0 . 3 -

->|ANIS0TPOPESt

+-K

1,0- F-///////////// IMPERMEABLE /////////////

LCG S / S ' = - 3 . 0

LOG K ' F 2 / K B 2 - 7 . 0 . - 6 . 0 - 5 . 0 - 4 . 0 - 3 . 0

T T / R 2 S R A B A T T E M E N T S * R E

E-37 E.253S-E-06

1.00CE-C1 0.0 2.54SE3.162E-01 1.2455-06 1.335El.OOCc + 00 4.6655-06 4.733E3.162E+0C 9.1E2E-06 Ç.72*51.0005+01 1.426E-05 1.47751.000E+02 2.526E-05 2.432E1.C00E+03 3.238E-05 2.434El.COOE+04 3.299E-05 2.433E-05 1.633E-

1.4575-C6 4.766E-06 S.476E-05 1.353E-

1.5205-1.543E-

0505

C6 8.826E-08 2.6955-06 1.536F06 4.071E06 5.623E05 6.337=05 7.690505 9.594EOe 3.6653

-06-06-06

7.770E1 . 1371.437E

-2.0

U I T

07 0.007 1.588E-07-06

E-01

1.214E-0606 3.097E-0306 Ç.216E-0202 3.792E-01

150E-31

-1 .0 0.0

0.0 3.122E-031.310E-03 5.214E-02

1.0635-011.152E-01

-01

2.3535-013.229E-01 1.2275-013.5545-Cl 2.I095-OI

06 2.910E06 9.559E02 3.8575

2195-01 6.7085-01 1.8855+00 3.028E+00 3.135^+005.S33E-01 9.8565-01

1 .0

1 . 164Ç-032.403E-032.628E-033.3425-035.8585-037.12TE-02

LCG S / S ' = - 2 . 5

LOG K ' R 2 / K 3 2 - 7 . 0 - 6 . 0 - 5 . 0 - 4 . 0


E-06l.OCOE-01 0.0 1.990E-07 4.0805-3.162E-01 1.261E-06 1.2145l.OOOE+00 4.645E-06 4.610E'3.162E+00 9.235E-0Ö 5.562El.OOOE+01 1.435E-05 1.482E'1.000E+02 2.541E-05 2.5475I.OOOE+03 3.327E-05 2.80651.000E+04 3.3385-OS 2.805E'

1.4735-06 4.835E-06 9.677E-05 1.4025-OE 1.579E-05 1.6665-05 1.7505-

CE 1.234E-06 1.640E-C6 4.351E-06 5.90S5-05 6.5675-C5 8.349E-05 9.5975-05 3.9135-

07 506 306 706 106 206 902 301 4

-3.0

R E

.5135

.736E• 578E.272E• 559E• 561E.905tI• 858c

-2.0

U I T

-08 1.6445-0707 3.929E-0707 1.377E-0606 3.097E-0306 9.2195-0202 3.839E-0101 ¿.781E-01

-01 1.151E+00

-1.0

i.eoc=-071.310E-036.469E-022.3585-013.26ÖE-0 14.1095-011 .022E+002.Ç93E+00

0.0

3.1225-035.224E-021.0765-011.215E-011.452E-014.373E-011.924E+C04.164E+00

1.0

1.172E-032.5385-033.253E-035.748E-031.614E-023.4145-012.0335+004.2675+00

^ LCG SV-S». -2 -0-

LOG K'R2/KB2 -7 .0 - 6 . 0 -5 .0 - 4 . 0 -3 .0

T T / R 2 S R A B A T T E M S N T S RE

-2.0

D U I T

1.000E-C1 0.0 2.528=3.162E-01 1.241E-06 1.329E1.0005+00 4.795E-06 4.7E2E3.162E+0C 9.1645-06 9.395E1.00C5+01 1.3515-03 1.535E1.000E+02 2.5=25-05 2.577E'1.000E+C3 3.319E-05 2.591E1.00GE+04 3.330E-05 2.5395-35 é.083E-

07 4.131E-06 1.606E-C6 5.061E-06 1.021E-05 1.4615-05 1.734E-

2.005E-E-05

Ce 2.411E06 1.824EC£ 4.434E05 5.833505 6.674EOE 8.3855-06 9.5705-05 9.6065CE 4.063E

-07 3.477E--06 9.379E-

E-06 1.523E--06 2.0695--06 3.343E-

-02 4.0545--01 6.718c-

07 807 206 106 306 902 301 601 2

.536E-08

.7555-07

.234E-06

.0975-03

.227E-02

.9365-01

.6195-01

.0445+00

-1 .0

1.353E-071 .3105-036.4755-022.375E-013.3955-015.749E-011 .870E+004.1435+00

0.0

3.1255-035.2565-021.117E-0 11.4145-012.1472-019.6165-013.019E+005.3055+00

1.0

1.195E-032.9735-035.4115-031.559E-026.9565-021 .037F. +0 03.126E+005.407E+00

LCG S/5« = -1.5

LCG K'K2/K32 -7.0

TT/R2S R A B

1.00CE-C13.1625-011 .00C5+003.1625+001.0005+011.000E+021.C00E+03l.OOOE+04

0.01.196E-0Ó4.579=-069.026E-061.4095-052.Ü275-053.6105-053.613E-05

-6.0

, T T E

2.2S3E-071.296E-064.7435-061.0C9E-051 .5735-052.655E-0Ö2.eSoE-052.855E-05

-5.0

M E N

1.5935-071.6635-065.6745-061.1255-051.5535-051.760E-051.8803-051.9365-05

-4.0

T S

0.01.2415-063.9195-065.7725-066.758E-068.2165-065.634E-324.520E-01

-3.0

R E D

3.433E-078.468E-071.404E-061.899E-063.159E-069.598E-024.511E-011.137E+00

-2.0

U I T

0.03.8345-089.092E-073.097E-039.254E-024.436F.-011.123E+003.160E+00

-1 .0

6.435E-0e1.310E-03Ó.493E-022.430E-013.733E-0 19.957E-012.965E+0C5.238E+00

0.0

3.1305-035.3565-021.244S-012.025E-314. 1895-011.898E+004.1375+006.44 55+00

1.0

1.268E-0 34.416E-031.393E-C26.557E-023.281E-012.008E+0 04.240Ç+006.5375+00

LCG S / S ' = -1 .0

LOG k'R2/KB2 -7 .0 -6.0

TT/R2S

1.0005-G13.162E-011.00C5+003.162E+CC1.OOCc+Cl1.COOE+02I.OOOE+031.000E+C4

0.0 3.259E-1.20 6E-06 1.46 5E-4.7É3E-06 4.9925-9.1E4E-06 1.333E-1.422E-05 1.565c-2.520E-05 2.669E-3.1195-05 3.064E-3.1365-05 3.C72E-

-5.0

M E

-4.0 -3.0

P E

-2.0 -1 .0 0.0 1 .0

C7060635C5050505

2.0643-071.748E-065.360E-C61.033E-C51.439E-051.635E-051.763E-C51.8555-05

11A67655

.965E-07

.8125-06

.6795-06

.537E-06

.4585-06•986E-06.719S-D2.828E-01

15971951

.969E-07

.945E-07•417E-07•9305-07.638E-07.6325-02.817E-01•9755+00

3003951

.0

.0

.0•031E-03.335E-02.723E-01.957E+00•257E+00

01624146

.0•30 3E-0 3.543E-02.5955-31.905E-01.7B6E+C0.057E+00•369E+00

3. l«-5=-035.6643-021.629=-013.7755-019.1343-012.935H+0C5.2255+007.5335+00

1.462E-039.S0"E-035.419E-C22.982E-019.70BE-013.0465+005.332E+0 07.64 05+0 0

LUü

iI z.

o

LUOOCü

ai

goce

oLU_J•LU

PUITS CREPINE DE 0.0 A 0 .2 ET PIEZOMETRE PONCTUEL OUVERT A LA PROFONDEUR 0*05

ABAQUE POUR L'INTERPRETATION DE POMPAGES EN NAPPE LIBRE ANISOTROPE.

DANS L«HYPOTHESE DE NEUMANt SELON FORMULES DE BOULTON - STRELTSOVA

PENETRATIONDU PUITS DEPOMPAGE < B )

TAHLEAU B H

PENETRATIONDUPIEZOMETRE IH1

NAPPE0 . 0 -

0 . 2 -

0 . 4 -I

0 . 6 -

0 . 8 -

1 , 0 -

L1BRE |< R—B-8

-H-

B+-K

S"

S

///////////// IMPERMEABLE ////////////f

a_i

<oLU

a<zo•LUCC

ceLU

LOG S/S» = - 2 . 0

LOG K»R2/KB? - 7 . 0

TT/R2S

1.000E-011.000E+001.000F.+01I.000E+021.000E+031.000C+04

R A B A

1.116E-0I 1./».680E+00 4.1.406E+01 li2.435E+01 2.3.520E+01 3.4.579E+01 4«

-6.0

1 16E-01683E+004I3E+01488E+01546E+01•059E+0I

-5 .0

M E N

1.117E-014.721E+001.460E+012.508E+013.020E+013.101E+01

-4 .0

1.132E-014.974E+001.456E+011.962E+012.042E+qi2.170E4-0I

-3.0

RE

-'¿.0 -1.0

U S

1.214E-01 9.859E-02 2.752E-02 I.4.634E+0Í» 1-94CE+00 2.179E-01 1<9.186E+00 2.567E+00 3.047E-01 5.9.954E+00 3.05OE+O0 9».613E-01 B.1.105E+01 6 .5HE+O0 4.464E+00 3.1.675E+01 1.271E+01 7.328E+00 5,

0.0

59811-033S8C-02436H-02223E-0I187C+00513H+00

1.0

9-.T08C—059.13î>E-043-b92E:-021-U02F+003.122E*005.406E+00

LUCCHZLLUO

I

COCC•z.o

LUCJ

DCh-

uj PUITS CREPINE DE 0.0 A 0.2 ET PIEZOMETRE PONCTUEL OUVERT A LA PROFONDEUR 0.1_j

"^ ABAOUF POUR L»INTERPRETATION DE POMPAGES EN NAPPE LIBRE ANISOTROPE.

O DANS L»HYPOTHESE DE NEUMAN, SELON FORMULES DE BOULTON - STRELTSOVA

TABLEAU 8 M

<

(D•LUCCCCLUh-

LUDCh-

LUO

(OCC•z.

o

Üceo

I

LUz>a

LOG S/S» = -2.0

LOG K»R2/KB2 -7.0

TT/R2S

1.000E-01I.000E+0O1.000E+011.000E+021.000E4031.000E+04

R A D i

1.162E-014.874E+001 .464E+012.533E+013.639E+014.784E+01

-6 .0

1 .162E-0I4.876E+001.468E+012.565E+013.708E+014.476E+01

-5 .0

M N

1.163E-014.900E+001.497E+012.630E+0I3.397E+013.526E+01

-4 .0

1.I72E-015.053E+001.544E+0I2.304E+012.431E+012.493E+01


PENETRATIONDUPIE7OMCTRE (H)

NAPPE0.0-

0 .2 -

0 .4-1

0.6-

0.8-

1.0-

LIDRC —R-|BB

—>|ANISOTTtOPEM 3 •

B+—K

///////////// IMPERMEABLE S////S/Sf/f/f

-3 .0

1.222E-015.I77E+001.204E+011.329E+011.388E+011.720E+0I

-2.0

U I T

1.218E-013.016E+004.105E+004.507E+007.006E+001.209E+01

-1.0

4.674E-023.996F-015.204E-0I1.193E+004.406E+007. I99E+00

0 . 0

3.111E-032-529E-027.507C-02G.577F.-013.187e+005.509E+00

1.0

1.3 92E-041.308C—034-010E-021.006E+003.122E+005.4 06E+00

OCCh-oLU_i•LU

O

zLUceI-zLUü

i

COoczoui

le15

i

LUZ>

gzoocÜLU_l•LU

o

PUITS CREPINE DE 0.0 A 0.2 ET PIEZOMETRE PONCTUEL OUVERT A LA PROFONDEUR 0.2

ABAQUE POUR L» INTERPRETAT ION DE POMPAGES EN NAPPE LIBRE ANISOTROPE«

DANS L»HYPOTHESE DE NEUMAN. SELON FORMULES DE BOULTON - STRELTSOVA

PENETRAT IONDU PUITS DEPOMPAGE tB)

IABLEAU B I

PENETRATIONDUPIEZOHETHE Cl)

LOG S/S» = -2 .0

LOG K»R2/KB2 -7 .0

R A B

-6.0 -5.0

< TT/R2SÜLU 1O 1_i 1< 1Z 1O 1o•LUOCocLUh-zLUOC

zLUO

1

oc

t.OOOE-01l.OOOE+00L.OOOE+01l.OOOE+02l.OOOE+03t.OOOE+04

M N

5.992E-02 5.99IE-022.512E+00 2.513E+00T.546E+00 7.558E+001.304E+0I 1.313E+0I1.867E+01 1.888E-f012.442E+0I 2.423E-M)!

5.994F.-022.5 19E+007.638r.+001.333E+01I •868F.+012.043C+01

NAPPE LIBRE |<—BB

O.O-

0.2-

0.4-I

0.6-

0.O-

1.0-

—>|ANISOTROPE

B-K» —

+-KS

S//////////// IMPERMFABLF ////////////S

- 4 . 0

6.018E-022.562E+007.786E+001.309E+011.464E+011.518E+01

-3.0

R E

-2.0

D U I

-l.O

6 . 1 5 7 E - 0 2 6 . 2 2 5 E - 0 2 A.2 . 6 0 9 E + 0 0 2 . 3 3 7 E + 0 0 S«7 . 4 5 2 E + 0 0 3 . C 7 0 E + O O T .9 . 1 8 3 E + 0 0 4 . 1 7 1 E + 0 0 1.9 .5 I9E+00 5 . Ö 6 6 E + 0 0 4i1 . 1 1 O E + O 1 9 . 2 2 5 E + O O fo.

895E-01610E-0I373E+00063E+00T31E+00

0 . 0

S-56OE-034-71TSr- O?1.I26E-019«132fc-013.178E+005-4931-+00

1.0

3-724E—042.076E-034.608E-02I.013E+003.I23E+00S.4O7Ë+O0

gODC

OLU•LU_JIDü<OLUQ

OCD•LUOCtemI-LUDCI -

Oi

w

DC

ÜLUÜDC

O


ABAQUE POUR L • INTERPRETAT ION DE POMPAGES EN NAPPE LIBRE ANISOTROPE:,

DANS L»HYPOTHESE DE NEUMAN, SELON FORMULES DE BOULTON — STRELTSUVA


TABLEAU B J

PENETRATIONDUP1EZ0METUE (Jï

NAPPE LIBRE |<—0.0-

-R-

0.?-

0.4-I

0.6-

0.0-

1.0-

->| ANISOTROPE

-13-

BK» —

///////////// 1MPERMFAÜLE /////////////

LOG S/S» = -2.0

LOG K « R ? / K B 2 - 7 . 0 - 6 . 0 - 5 . 0 - 4 . 0


—3.0 —2.0

R E D U I T

-1 .0 1.0

1.000E-01-1.000C+001.000E+01I.000E+021.000E+03I.000E+04

9.011TÏ-05 8.999E-O5 8.899P-05 7.895E-05 2.691E-05 0-03.776E-03 3.749E-03 3.495E-03 1.860E-03 P.313E-05 1.1.I30E-02 1.086E-O2 7.781K-03 2-124E-03 2.15SE-O4 2-120E-011.906E-02 1.561E-02 8.093E-03 2.261E-03 2.224E-01 5-I69E-01 6.761E-01 9-862E-01 1.034E+002.3B6E-02 1.593E-02 8-229E-03 2.255E-01 5.311E-01 8.316E-01 2.095E+00 3-051fc+00 3.126E+002..419E-02 1.606E-02 2.319E-01 5.347E-01 8.510E—01 2.371E+00 4.411E+00 5.340^+00 5.407t+00

Ö-222E-0Ö 4.815F-03 1.0O1E-031.357E-01 1.067F-01 4-9ÎÎ9E-0J

:-01 2.074E-0I 6-6Í56E-02

13

g.oDCI -OLU•LU

e>•LUDCOCLUI -LUOCHLUÜI

COoczo

: O

! ocI

LU


ABAQUE POUR L'INTERPRETATION DE POMPAGES EN NAPPE LIBRÉ ANISOTROPE.

DANS L«HYPOTHESE DE NEUMAN, SELON FORMULES DE B0ULTON - STRELTSOVA


NAPPE LIBRE \< RB

TABLEAU O K

0.0-

0.2-

0.4-I

0.6-

0.8—

1.0-

PENETRA1IONDUPIEZOMKTRE fKl

—> |AMISOTRUPC

B—B-

B-K» —

+-K

g ///////////// IMPERMEABLE /////////////

oDCOLUtu_lz>o<oLUQ

LOG S/S» = -2.0

LOG K»R2/KB2 -7.0 -6.0 -5.0

TT/R2S

1.000E-011.000E+001.000E+01I.000E+02I.000E+031.000E+04

R B M N

5.4 12E-05 5 .A39E-052.278E-03 2 .262E-036.8I7E-03 6.552E-031.150E-02 9.427E-031.441E-02 9 .627E-O3I.461E-02 9.629E-03

5.363E-052.11OE-034.703E-034.898E-034.902E-034.903E-O3

- 4 . 0

4.83 1E-1.128E-1 .294E-1.297E-9.2 23E-4.025E-

—3.0

R E

-2 .0

D U

•05 1 . O O & E - O 5•03 5 . 3 9 5 E - O 503 5.656.E-0503 9 . 0 6 7 E - 0 202 4 .004E-0101 6 .646E-01

1 .737E-071 . 2 7 9 E - O 68 . 7 4 4 E - 0 23 .938E-016 .549E-012 .O31E+00

- 1 . 0

4 .802E-07i». 178E-023.366E-015.706E-011.B61E+O04.132E+00

0 . 0 1.0

3 .047E-03 1 .200E-O31.119E-01 5 .431E-032 .150C-01 6-9fo9E-029.8I4E-01 1.037fc+003.018E+00 3 .12ÖE+005.3031-100 5 .4O7C+OO

CD•LUOCDCLU

OC

LUt \

PUITS A PENETRATION DE 0.2 A 0.4 ET PIEZOMETRE OUVFRT DE 0.2 A 0.4

ABAOUE DOUR L'INTERPRETATION DIT POMPAGES EN NAPPE LI JRE ANISOTROPE.

DANS L'HYPOTHlrSF DE NEUMANt SELON FOPWJLFS DE BOULTON - STRELTSOVA

TA3LEAU C C

PENETRATIONDU PUITS DEPOMPAGE (C)

PENETRATIONDU

NAPPEO.O-

LIBRE |<—

0.2-

0.4-I

O.fe-

o.e-1.0-

C O

—>I ANISOTROPE

B

C-C -K«—

+-K

///////////// IMPERMEA3LE /////////////

UOG S/S« = -3.0

LOG K«R2/KB2 -7.0

TT/R2S R A B

l.OOOE-0 13.162E-01l.OOOE+003.162E+00l.OOOE+01l.OOOE+0?1.000E+03I.OOOE+04

1.214E-011 .5406+005.089E+009.93IF+00I.52BE+012.638E+013.743E+014.773E+01

- 6 . 0

T T

1.214E-01 1.1.540E+00 1,5.0R3F+00 5,9.927E+00 9.1.527E+01 1,2.622E+0I 2,3.650C+01 3,4.426E+01 3,

- 5 . 0

M E N

213E-0153OE+00079E+00886C+00513E+015 32E+01306E+0I*32E+0I

- 4 . 0

T S

1.210E-011.52FE+005.000E+009.584E+001.43 3S+ 012.200E+012.525E+012.575E+01

- 3 . 0

R E D

I.I79E-011.454E+004.5°0C+008.351E+001.1576+011.479E+01I.528E+011.535E+01

- 2 . 0U I T

1 .047E-011 .ie4fr + 003.293E+005.177E+006.182E+006.667IT+006 . 731 6+ 0 07.190E+00

- 1 . 0S

6.598E—025.9416-011.2266+001.537E+00I.655E+001.70 3E+002.04BE+003.740E+00

0 .0

1.677E—029.7716—021.699E-0I1.6066-011.872E-012.742E-O11.057E+0 03.161E+00

1.0

1.532E-033.156E—033.355E-033.978E-036.179E-036.608E—021.038E+003.134E+00

LOG S/S« = -2 .5

LOG K«R2/KB2 - 7 . 0

TT/R2S R A B

l.OOOE-013.162E-0IloOOOF+003.162F+00l.OOOE+011.000E+02J.000E+031.000E+04

1.540E+00 15.0B9E+00 59.931E+00 91.528E+01 12.63SE+01 23.743E+0I 34.773E+01 4

- 6 . 0

.214E-01

.540E+00

.088E+00,927F:+00.527E+0I.622E+01.650E+0I.426E+01

- 5 . 0

M N

1.213C-0I1.53PC+005.079E+009.886E+001.513E+012.532 6+013.306E+OI3.632EI+01

- 4 . 0

1.210E-011.528E+005.000E+00Ç.584E+001.433E+0I2.?00E+012.5S6E+0I2.576E+0I

- 3 . 0

1.179F-011.4S4E+004.590E+008.351E+001.IS7E+0I1.479E+01I.530E+011.547E+0I

-2 .0

U I T

1.047E-011.184E+O03.293E+005.I77E+006.183E+006.678C+006.850E+007.945C+00

-1.0

e>.597E-025.B40E-011.226E+001.53BE+001.662E+001.790E+002.670E+004.938E+00

0 . 0

1.677E-02«J.7Ç.3E-021.7I1E-011.862C—0 12 .069Ë-OI4.834E-012.037C+004.303E+00

1.0

I.538E—033 .2 70E-033.898E-036.081E-031.528E-023.308E-012.031E+O04.267E+00

LOS S/S« = -2 .0

LOG K«R2/-KB2 - 7 . C - 6 . 0

TT/R2S

l.OOOE-013.I62E-01I.OOOE+003.16?E+00I.OOOE+011.000E+021.000E+031.000E+04

B

1.214E-01 1.1.540E+00 1.5.099E+00 5.9.93IE+00 9.J.52EC+01 li2.631=+01 2.3.743E+0I 3.4.773E+01 4.

214E—01540E+00098E+00927ET+00527E+01622E+01650E+01426E+01

- 5 . 0

M E N

1.213F-011.539E+005.079E+009.886E+001.5136+012.532E+013.306E+013.632F+0I

- 4 . 0

1.210F-011.52BE+005.000E+009.584E+001.433E+0I?.200E+0I2.526E+0I2.580E+0I

- 3 . 0

R E D

1.179E-011.454E+004.590E+00B.351E+001.157E+011.4 796+011.5336+011.582IT+01

-2 .0

U I T

1.047E:-011.184E+003.293E+005.177E+006.184E+006.711E+007.18IE+009.096E+00

- 1 . 0

6.597E-025.B41E—01I.226E+001.544E+00I.685E+002.040E+003.725E+006.111E+00

C . O

1.678F-029.823e—O21.74Bfc-012.038E-012.6986-011.050E+003.152E+005.445E+00

1.0

1.556E-033.641E-03S.777E-031.478E-026.44BE-021.031E+003.125E+005.407E+00

LOG S/'S« -1.5

LOG K « R 2 / K B

T T / R 2 S

l . O O O E - 0 13 . 1 6 2 E - 0 I1 .000E+003.1fi?E+00l .OOOE+011.000E+021.000E+031 .0006 + 04

2 - 7 . 0

R A B

1.2I4E-011.540E+0 05 . 0 H 9 E + 0 09. r»31E+001.52PE+0I2 .63SF+013.743E+014.773E+01

- 6 . 0

A T T E

1.2I4E-O11.540E+005.098F+009.927E+001.527E+0I2.622E+013.6506+014.426E+01

- 5 . 0

M E N

1.2I3E-0I1.539E+00S.079E+009.88^ü+001.5136+012.532E+013.306E+OI3.R33E+01

- 4 . 0

T S

I.210E-0I1.52BE+005.000E+009.584E+00I.433E+0I2.2006+012.526E+012.590E+01

- 3 . 0

R E D

1.179E-0I1 .454E+004 .590E+008 .3516+001.157E+011.480E+011.544E+011.657E+0I

- 2 . 0

U I T

1.047E-011 .184E+003 .2936+005 . 1 7 7 E + 0 06 . 1 8 E E + 0 06 . 8 1 3 E + 0 07 .916E+001.031E+0I

- 1 . 0

S

6 . 5 9 7 E - 0 2S . B 4 1 E - O 11.228E+001.559E+001.756E+002 . 6 4 4 E + 0 04 .910E+007 .251E+00

0 . 0

1 . 6 B O E - 0 29.946E—021 .865E-012.593t—014 . 6 6 6 C - 0 12 . 0 1 2 E + 0 04 . 2 7 5 H + 0 0f>.S86E-»-00

1.0

1 . 6 1 2 E - 0 34 . 6 7 4 E - O 31 . 3 2 9 E - 0 26 . 0 7 5 E - 0 23 .17ÖE-0 I2 . 0 05E+004 .240E+006 .S37E+00

LOG S/S« = —1.0

LOG K«R2/KB2 -7.0 -6.0 - 5 . 0

TT/R2S

l.OOOE—013.I62E-01l.OOOE+003.1fi2E+00l.OOOE+01I.000F+021.000E+031.000E+04

1.214E-01 1,1.S40E+00 1,5.0f)96+00 5i9.932E+00 9.1.52PE+01 1,2.63^6+01 2,3.743C+0I 3,4.773^+01 4.

214-E-01 1.540E+00 1 .0B8E+00 5.927E+00 9,527E+01 1 ,622E+01 ?,650E+OI 3.426E+01 3.

! E N

213C-0IR39E+000796+008P6E+005I3E+01S32F+01306ti+016346+01

- 4 . 0

1.21OE-011.5286+005.000E+009 .5 84E+0 01.43 3E+ 0I2.200E+012.527E+012.(S 19E+01

-3.0

1.179E-011.454E+004.590E+00B.35IE+001.1576+011.4P1E+01I.572E+011.7ft7E+01

-2 .0

U I T

1.047F-011.184E+003.293E+005.1786+006.199E+007.08PE+009.009E+001.I43E+01

-1.0

6.597E-025.84 36-011.234E+001.607E+001.956E+003.64 0E+006.024E+00B.344E+00

0 . 0

I .689E-021.0336—012.229C-0I4.292E-019.838E-013.068 6+005.365fc+007.6T4E+00

1.0

1.753E-039.270E—035.0IIE-022.8856-019.646E-013.04bE+005.332E+007.64-lfc+OO

PUITS PENETRANT DE 0.4 A 0.6 ET PIEZDMHTPE CCMPLET

AEAOUE POUR L'INTERPRETATION D£ POMPAGES EN NAPPE LIBRE ANISOTROPIE t

CANS L'HYPOTHESE DE NËUMANI SELON FORMULES DE BOULTON - STRELTSOVA

TABLEAU D 1

PENETRATIONDU PUITS DEPOMPAGE (D)

PENETRATIONDUPIEZOMETRE ( 1)

NAPPE0.0-

0.2-

0.4-

0.6-

0.3-

1 ,0-

E LldRE | ANISOTROPE:

l S

///////////// IMPERMEABLE /////////////

LGG S/S' = -2.0

LOG K'P2/KB2 -7.0

TT/R2S R A B

1.000E-C13 . 1Ó2E-011 .OOOE+CO3.162E+0C1.OOCE+C 11 . O O O E + 021.C0CE+C31.0005+04

2 . 4 9 1 E - 0 23 .159E-011 . 044E+002 .03SE+C03 . 135E + 005 .416E+007.717E+001.002E+01

-6.0

, T T E

2.490E-023.159E-011.044E+CC2.333E+0C2.136E+C05.417E+0C7.717E4C01.0C2E+C1

-5.0

M E N

2.491E-022.159E-011 .044E+0C2.038E+005.136E+005.416E+007.717E+009.822E+C0

-4..0

T S

2.492E-023.159E-011.044E+002.033E+003.136E+005.416E+007.528E+008.466E+00

-3.0

R E D

2.490E-Q23.159E-011 .044E+002.C39E+003.136E+005.223E+006.165E+006.249E+00

-2.0

U I T

2.491E-023.15SE-011.044E+002.02IE+002.9S6E+003.382E+003.9Ó3E+00•a..470E+00

-1 .0 0.0

2.492E-32 1.966E-023.094E-01 1.767E-019.233--01 3.3¿3E-011.495E+00 3.559E-011.750E+00 3.640E-011.815E+0C 4.710E-012.203E+00 1.399E+004.136E+00 3.785=+00

1.0

3 . 3 3 E 0 36.79IE-03

7.117E-038. 173E-036.191E-021 .118E+003.332E+00

LCG S / S ' - 2 . 5

LOG K'R2/KB2 - 7 .0

TT/R2S R A B

1.C0OE-C13.162E-0 1l.OOOE+003.162E+0C1.00CE+C11.OOCE+02l.COOE+03l.OOOE+04

2.491E-023.159Î-011.044E+002.033E+003.136E+005.416E+007.717E+00I.O02E+O1

-6.0

. T T E

2.490E-323.159E-01

-E.0

M E N

-4..0

T S

2.038E+003.136E+005.417E+007.717E+0C1.0C2E+31

2.491E-C2 2.3.159E-01 3.1.044E+0C 1.2.033E+CC 2.3.136E+C0 3.S.416E+00 S,7.717E+00 7.9.832E+0C 8.

¿-90E-32159E-01044E+00038E+00136E+00417Ë+0052 9E+00479E+00

-3.0

R E

-2.0

D U 1 T

2.490E-023.159E-011 .044E + 002.033E+003.136E+005.229E+006.178E+006.385E+00

2.4-91E-023.160E-011.044E+002.021E+002.9S7E+003.894E+004.095E+00S.3I5E+00

-1.0

2.496E-323.09ÖE-019.238E-011 .Û9SE+001.758E+001 .913E+002.910Ë+005.528E+00

0.0

1.970=-021.769E-013.357E-0I3.627E-013.8S4E-017.232E-012.530E+005.012E+00

1.0

3.2725-036.736E-036.990E-038.025E-03

3.458E-012.180E+004.494E+00

LCG S/S'- -2.0-

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0 - 5 . 0 - 4 . 0


E-02 2.A90E-32 2.491E-02 2.*90E-02î-01 3.159E-01 3.159E-01 3.159E-01E + 00 1.044E+C0 I.044E+CC 1.044E+00E+00 2.038E+00 2.033E+00 2.038E+30E + 00 3.136E+00 3.136E+0C 3.136E+00E+00 5.417E+00 5.416S+00 5.A17E+00E+00 7.717E+C0 7.717E+00 7.532E+00

1.0C2E+01 9.835E+00 8.5135+00

13131111

. O O C E - 0 1

.162=-01

.OOCE+00

.162E+00

.OCOE+01

.OOOE+02•OCCE+03•OOOE+04

2.4913 . 1591.0442.0333.1365.4167.7171.002

-3.0

R E

-2.0

D U I T

2.491E-023.159E-011.044S+002.035E+003.137E+005.232E+006.217E+006.762E+00

2.494E-Q23.160E-011.044E+002.022E+002.960E+003.932E+004.46IE+006.637E+00

-1 .0

2.El1E-023.100E-019. 2555-011 .504E+001 .7855+002.195E+004.127E+006.S41E+00

0.0

1.983E-021.775E-013.4035-013.843E-Q14.653E-011.391E+003.774E+006.205H+00

1 .0

3.06 8E-0 36 . 5 7 6 E - 0 37 . 5 6 8 E - 0 31 .360E-025 . 9 9 1 E - 0 21 . 110E+0 03.322E+005.649E+0 0

LOG S/S' = -1.5

LCG K'R2/KB2 -7.0

TT/R2S R A B

1.CC0E-C13.162E-01l.OOCE+003.162=+001.OCOE+011.OOOE+021.OOOE+021.C00E+04

2.49IE-023.159E-011. 044E + 002.033E+003.13ÉE+005.41ÔE+007.717E+001.002E+01

- 6 .0

. T T E

2.490E-02"3.159E-011.044E+002.038E+003.136E+005.417E+007.717E+001.002E+C1

- 5 . 0

M E N

2.491E-023.159E-011.044E+0C2.033E+003.135E+CC5.417E+007.713E+00Ç.844E+00

- 4 . 0

T S

2 . 4 9 0 E - 0 23 . 159ÍÍ-011.044E+002 .033E+003.136E+005.418E+007.54QE+003.Ó37E+00

-3.0

R E

-2.0

D U I T

2.491E-023.160E-011.044E+002.038E+003.137E+005.241E+006.336E+007.605E+00

2.501E-023.163E-011.045E+002.024E+002.968E+004.046E+005.237E+003.059E+00

-1 .0

2.E57E-023.115E-019.30OC-011.525E+001.866E+002.382t+005.498C+00S.066E+00

0.0

2.022E-021.795E-0 13.5t4E-014.517E-017.013Ï-012.499E+004.Ç78E+307.360E+00

1 .0

2.436E-C36.199E-031 .156E-025.52ÇE-C23.302E-012 . 150E+PO4.462E+006.786E+00

LCG S /S 1 -1 .0

LOG K'R2/K62 -7.0

TT/R2S S A B

l.OCOE-013.162E-011 .OOCE + 003.162E+0C1 .COOE + 011 .OOOE+02i.oooe+03l.COOE+04

2.491E-023.159E-011.044E+002.03=5+003.136Z+005.416E+007.717E+001.002E+01

-e.o, T T E

2.4Ç0E-323.15ÇE-C11.0+4E+0C2.033E+003.136E + C-05.417E+0C7.717E+001.0C2E+01

- 5 . 0

M E N

2.491E-323.159E-011.044E+002.033E+0C3.136E+0CS.417Ü+0C7.723E+C0Ç.372E+CC

-4.0

T S

2.490E-323.159E-011 .0445- + 002.038E+003.137E+005.420E+007.567E+308.961E+00

-3.0

R E D

2.494E-023.160E-011.045E+002.035E+0C3.140E+005.267E+006.Ó63E+003.895E+00

-2.0

U I T

2.524E-023. 170E-011.047E+002.031E+002.993E+004.358E+00Ó.548E+009.302E+00

-1.0

2.702E-323.16lc-0 19.466E-011.E37E+002.096E+004.036E+005.747E+009.207E+00

0.0

2.131E-021.853E-013.974E-016.537E-011.307E+003.670E+006.104E+008.460E+00

1 .0

5.212F-046.064H-034.215E-022.953E-011.032E+0 03.228E+005.561E+007.885E+00

PUITS A PENETRATION DE 0.4 A C e ET PIEZCKETRE OUVERT DE 0.0 A 0.6

ABAQUE POUR L'INTERPRETATION DE FCMPAGES EN NAPPE LIBRE ANISCTROPE,

DANS L'HYPOTHESE DE NEUMAN, 5ELCN FORMULES DE BOULTCN - STRELTSCVA

TABLEAU O 4

PENETRAT IONCU PUITS DEPCMFAGE <D)

PENETRATIONDUPIEZDMETRE (4)

///////////A/ IMPERMtAELE /////S///////

~ LOG S/S« = - 3 . 0

S LOG K'R2/KB2 - 7 . 0

TT/R2S R A 3

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 0 03 . 1 Ó 2 E + 0 01 . O O O E + 0 11 . O O O E + 0 21 . O O O E + 0 31 .033E+04

A . C Ç 9 E - 0 25 .199E-011 .71SE-1-003 .3E3E+005 . ieiE + 00S.910E+00I .2Ê7E+011.631E+01

- 6 . 0

T 7 £

4 . 0 9 8 S - 0 25 . 1 9 9 E - C 11.718E+003 . 3 5 3 E + C 05.15e=+CCe.ES5E+CC1.2E1E+C11.573E+01

- 5 . 0

M E N

4 . C S 8 E - 0 2E . 1 Ç 7 E - 0 11.717E+0C•3.346E + 00E . 1 3 5 E + C 0E.733E+001.1 94E+011.416E + 01

-4 .0

T S

4 . 0 9 1 E - 3 25 .179E-011.703E+003 .296E+005 .002E+008.181E+001 .040E+011.107E+01

- 3 . 0

R E C

4 . 3 3 5 E - 0 25 . 0 5 5 E - 0 11 .635E+003 . 0 9 D E + 0 04 .543E+006.736E+0.07 .409E+037 .483E+00

- 2 . 0

U I T

3 . 3 1 5 5 - 0 24 . 6 0 5 E - 0 11.419E+002 .539E+003 .411E+004..075E + 004 . 1 4 Ó E + 3 04 . 623 = 400

-1 .0

3.17 2E-023.522E-019.13ÛE-011.333E+331 .509E+001.565E+001 .930E+J03.735E+00

O.C

Ê7ÉE-022S7E-01372E-01E26E-01595E-01EóEE-01209E+00449E+00

1.0

2.296E-C34.CS7E-C34.e45E-C3E.291E-03Í.966E-C3¿.413E-C21.077E+CC2.231E+C0

LOG S / S '

LOG K ' R 2 / K B 2

T T / R 2 S

1 . O O O E - 0 13 .162E-011.OOOE+003 .162E+001 . O O O E + 01Î .OOOE+021 .OOOE+03i . O O O E + O 4

LOG

LOG

S / S ' = -

K ' R 2 / K B 2

T T / R 2 S

- 7 . 0

R A B A

4 . C 9 9 E - 0 25.199E-011.719E+003.3E3E+005.1C1E+008.910E+001.267E+011.C31E+01

- 7 . 0

R A B A

- 6 . 0

T T E

4 . 3S8E-C25.199=-Cl1.718E+CC3.353E+C0E.l£e=+CC8.634E+C01.251E+C11.573E+01

- 6 . 0

T T E

- 5 . 0

M E N

4 . C 9 8 E - 0 2E.197E-011.717E+003.346E+03E.135E+006.733E+001.194E+011.416E+01

- 5 . 0

M E N

- 4 . 0

T S

4. .091E-025 .179E-011.7 03E+0 03.296E+005.002E+008.131E+001.O40E+011.1 08E+01

- 4 . 0

T S

- 3 . 0

R E C

4 . 0 35E-0 25 . 0 5 5 E - 0 11.635E+003.090E+034.543E+006 .737E+007.420E+007 .Ö13E+00

, - 3 . 0

R E C

- 2 . 0

U I T

3 . 8 1 5 E - 3 24 . Ó 0 Ó E - 0 11 .419E + 002.539E+003.411E+004.036E+004 .271E+005.426E+00

- 2 . 0

U I T

-1 .0 O.C

3.17SE-02 l.e77E-023.523E-01 1.289E-019.134E-01 2.38EE-011.335E+30 2.S87E-011.5175+00 2.ei£c-011.657E+00 S.e62E-012.593E+00 £.£6cE+005.030E+00 4.622E+00

1 . O O O E - 0 13 . 1 5 2 E - 0 11 . O O O E + 003 . 1 6 2 E + 0 01 . O O O E + 011 . O O O E + 0 21 . O O O E + 0 31 . 0 3 3 E + 04

4 . 0 9 9 E - 0 25 .199E-011.713E+003.3E3E+005 .161E+00S.910E+001.267E+011.621E+01

4 .098=- 025 .199E-011.718E+C03 . 3 5 3 E + C 0E . 1 5 5 E + C C8.685E+CC1.2E1E+C11.573E+01

4 . C 9 8 E - 0 2E . 1 5 7 E - 0 11.717E+003 .346E+03E.135E+00Ë.733E+001 . 194E + 011.416E+01

4.091E-025.179E-011 .703E+003.296E+005.002E+008.181E+001 .04OE+O11.112E+01

4.035E-025.055E-0 11.635E+003.090E+004.543E+006.739E+007.457E+307.970E+00

3.817E-024.606E-011.419Ë+002.543E+003.413E+004.122E4004.619E+306.660E+00

-1 .0

3.184E-023.526E-019.196E-011.341E+031 .542E+001.922E+003.726E+006.270E+00

O.C

1 .e81c-021 .293E-01£.42£E-012.781E-013 .E12E-011.201E+O03.43SE+005.799E+00

1.0

2.270E-C34 .732E-C3=.ieec-c36 . e 4 4 E - C 31 . 4 7 0 E - C 22 . 3 6 3 E - C 1Í .104E+CO4 . 3 7 S E + C C

1.0

£.1e2E-C34.e£5£-C3Í.465E-C31.411E-Q26.234E-C21.070E+CO2.222E+00E.E26E+C0

LOG S/S« = - 1 . 5

LOG K' R2/KB2 - 7 . 0

TT/R2S R A B

1.OOOE-013.162E-011.OOOE+003.162E+001 .OOOE+011 .030E+021.OOOE+031.300E+04

4.099E-025.199E-011.713E+003.3S3E+005.161E+008.910E+001 .267E+011.631E+01

• - 6 . 0

T T , E

4.398=-025.1Ç9E-C11.718Ï+C03.353E+C0E.1EEE+CC8.E8EE+0C1.2Î1E+C11.573E+0I

- 5 . 0

M E N

4 . 0 Ç 8 E - 0 2E . 1 S 7 E - 0 11 .717E+0 03 .346E+00E.135E + 00Ê.733E+001 .194E + 011.417E+01

4 . 0 9 1 E - 3 25 . 1 7 9 E - 0 11 .703E+003 .296E+005 . 0 0 2 E + 0 06 .181E+001.04-0E+311 .123E+01

- 3 . 0

R E C

4.336E-025.055E-011.635E+003.090E+034.543E+00Ó.745E+007.569E+008.766E+00

- 2 . 0

U I T3.821E-024.603E-011 . 420 E-1002.54.2E + 003 . 4 2 0 E + 0 04.229E+005.393C+337.965E+00

-1 .0

3.212E-023.525E-019.222E-011.3E9E+0J1.617E+002.566E+005.O3OE+O07.451E+00

O.C

1.694E-021 .307E-012.E50E-013.290E-01

2.233E+004.601E+006 .942E + 00

1.0

1.912E-03E.337E-031.25EE-C2E.eieE-C23.241E-C12.076E+004.349E+00

LOG S/S« = - 1 . 0

LOG K« R2/KB2 -7 .0

T T / R 2 S

1 . O O O E - 0 13 . 1 6 2 E - 0 11 . O O O E + 0 03 .162E+001 . O O O E + 0 11 . O O O E + 0 2 '1 . O O O E + 0 31 . 000E + 04

R A B /

4 . C 9 9 E - 0 25 .199E-011.718E+003.3E3E+005.161E+008.910E+001.267E+011.631E+01

- 6 . 0

4. 3Ç3E-325.199E-C11.713E+C02.353E+CCE.IE6E+CC6.835E+CC1.251E+C11.573=+C1

-5 .0

e2E.1S7E-011 .717E+C03.34.6E + 0 0E . 1 3 5 E + 0 0E . 7 3 3 E + 0 01.194E+011 .4195 + 01

4.091E-325.179E-011.703E+003.296E+005.002E+00B.163E+001.043E+011.153E+01

-3 .0

4 . 3 3 7 E - 3 25 . 0 5 6 E - 0 11 . 635E + 003 .091E+034 . 5 4 5 E + 0 06 .766E+007 .872E+039 .950E+00

- 2 . 0

IU

3 . 8 3 Ó E - 3 24 . 6 1 2 E - 0 11 .421E + 002 . 5 A Ó E + 3 33 .439E+004 .522E+006 .572E+309 .152E+00

-1.0

3.303E-023.563E-019.347E-011.¿13E+301 .821E + 003.633E+006.179E+038.56EE+00

O.C

1.727E-021 .347E-012.93EE-015.232E-311 .125E+002.344E+0C

E .041E+00

1.0

1.0eOE-Câ7.621E-034.6 34E-C22.S21E-C19.S78E-C13.12EE+CCE.445E+CC7.7Ê1E+0C

PUITS A PENETRATION DE 0.4 A C.6 ET PIEZCPETRE OUVERT DE 3.4 A 1.0


DANS :-• HYPOTHESE DE NEUMAN , SELCN FORMULES DE BOULTCN - STRELTSOVA

TABLEAU D £

PENETRAT IONCU FUITS DEFCMPAGE (D)

NAPPE LIEfic | <0 . 3 -0 . 2 -

0 . 4 -

0 . 6 -

0 . 8 -

1 . 0 -

PENETRAT1ONDUPIE23METRE ( £}

->|ANISOTROPEc i _ _

-K«—

•)—K66-66-6

/ / / / / / / / / / / / / IMPERMEABLE / / / / / / / / / / / / /

LOG S / S ' = -3 .0

LOG K«R2/KB2 -7 .0

TT/R2S R A B

1 .OOOE-013.162E-011.OOOE+003.162E+001.0O0E+O11.O00E+021 .000E+031.OOOE+04

4.099E-025.199E-011.718E+003.3E3E+005.1Ê1E+008 . 31 O E + 0 01.2 67E+011.621E+01

- 6 . 0

T T E

'4.0SBE-C25.199E-011.718E+003.353E+C0E.156E+CC8.É85E+CC1.2E1E+C11.573E+C1

- 5 . 0

M E N

4 . 0 9 8 E - 0 2E . 1 S 7 E - 0 11.717E+002.346E+03E.135E+0CE.733E+001.194E+C11.4-44E + 01

-4 .0

T S

4.091E-025.179E-011.703E+003.296E+335.002E+008.131E+001.068E+011.192E+01

-3 .0

R E C

4.035E-025.055E-011.635E+003.090E+004.543E+007.019E+00B.257E+038.314E+00

-2.0

U I T

3.815E-324 .605E-011 .419E+002.5685+003 .681 £4-004.90ÓE+004.962E+005.195E+00

-1 .0

3.173E-023.631E-011.097E+0Û1.BE2E+002.193E+002.246E+002.4E6E+333.694E+00

O . C

£ .421E-022.32SE-014.452c—014.733E-014 .E10E-015 .E03E—011.35EE+00

1.0

4.E33E-C3S.243E-C3S.E19E-C31.033E-C21.319E-Í2e.EC9E-C21.097E+CC2.237E*CC

LOG S/S» = - 2 . E

LOG K'R2/KB2 -7 .0

TT/R2S R A B

1 . O O O E - 0 13 .162E-01I . O O O E + 0 03 .162E+001 . O 0 0 E + 011 .OOOE-t-021 . O O D E + 031 .330E+04

4 . C Ç 9 E - 0 25.199E-011.71SE+003.3E3E+005.1Ê1E+00S.910E+001.267E+0I1.631E+01

- 6 . 0

T T E

4 . 3 5 3 E - C 25 .199E-011.718E+C03 .353E+C0E . I E E E + O Oe.eesE+cc1.25IE+C11.573E+CI

- 5 . 0

M E N

4 . C 9 8 E - 0 2í . l97E-011.717E+003.346E4-0DE.135E+00E.733E+001.194E+011.444E+01

- 4 . 0

T S

4 . 3 9 1 E - 3 25.179E-011 .703E4-003.296E1-0D5.002E+003.181E+001.063E+011.192E+01

-3 .0

R E C

4.035E-025.055E-0 11.Ó35E+003.090E+004.543E+007.019E+Û08.261E+008.372E+00

-2.0

U I T

3.815E-024.605E-011 . 419 = 4002.5Ó8E+333.661E+00

5.D19E+005.Ó4-0E + 00

-1.0

3.174E-023.631E-011.057E+001.8E3E4-302.1S6E+002.297E+002.867E+004.820E+00

0.0

2.424E-022 .331E-014.464E-014 .796E-01E .03ÊE-016 .007E-012.314E4-004 .624E + 00

1.0

4.S06E-C39.344E-C31.Û1EE-C21.301E-C22.470E-C23.6S4E-012.114E+C04.3C3E+C0

LOG S/S« = - 2 . 0 .

LOG K»R2/KB2 -7 .0

TT/R2S R A B

i . O O O E - 0 13 .162E-011 . O O O E + 0 03 .162E+001 . O O O E + 011 .000E + 021 . 0 0 0 E + 031.300E+04

4.099E-025.199E-011.718E+003.353E+005.161E+003.910E+001.257E+011.631E+01

-6.C '

T T E

4.39BE-02S.199E-011.716E+CC3.353E+C0E.15e=+CCe.665E+CC1.2E1E+C11.573E+C1

- 5 . 0

M E N

4.CS8E-32E.197E-011.717E+003.346=+0 3Î.135E+0C£.733E+C01.1S4E+011.444E+01

4.391E-325.179E-011.703E+003.296E+005.002E+008.181E+001.068E+011.19AE+01

-3 .0

R E C

4.035E-025.055E-011.635E+003.093E+004.543E+007.019E+008.274E+008.540E+00

-2.0

U I T

3.815E-D24.606E-011 .419E4002.568E+003.682E+004.923E+005.13ÓE+036 .498S + 00

-1.0

3.17eE-023.623E-O11.098E+001.355E+002.2Û8E+002.447E+003.ÓS6E+006.009E+00

O.C

2.434E-022 .33EE-014.502E-014 .993E-015 .742E-011.35GE+003 .44EE + 005.737E+00

1.0

4.4 27E-039.Ê68E-031.24ËE-C22.390E-C2a.29£E-C21.069E+00¿.227E+CCE.E3CE+C0

LOG S/S« = - l .E

LOG K « R 2 / K B 2 - 7 . 0 - 6 . 0


1 . O O O E - 0 13 .162E-01I . O O O E + 003 .162E+001 . O O O E + 011 . O 0 0 E + 0 21 . O 0 0 E + 03I .003E + 04

4 .099E-02 4..3 3SE-325.199E-01 5 .199E-C11.718E+00 1.7ie=+CC3.3E3E+00 3 .353E+C05.161E+00 5 .1E6E+CC3.910E+00 e.eesE+cc1.2Ê7E+01 1.2E1E+011.631E+01 1.573E+C1

- 5 . 0

M E N

4 . 0 9 8 E - 0 2E.197E-011.717E+003 .346E+00E.135E+006.733E+001.1 94E+011 .445E + 01

4 . 0 9 1 E - 3 25 .179E-011.703E+003.296E+005.002E+008.181E+001.06SE+011.198E+01

- 3 . 0

R E C

4 . 0 3 5 E - 0 25 . 0 5 5 E - 0 11.635E+003 .090E+004 .543E+007 .021E+008 .31ÓE+003 .976E+00

-2.0

U I T

3.817E-324 .606E-011 .419E + 002.563E+0D3.684E+004.962E+005.Ê12C+307 .624E+00

-1 .0

3.1S1E-023.637E-011.099E+001.861E+302.242E+002.839E+004.792E+307.176E+00

0.0

2.464E-022.349E-014.620E-01E .E9eE-017 .796E-012.28EE+004.E94E+00£ .92SE + 00

1.0

4 . 1 8 3 E - C 31 .07fiE-022 . 1 E 0 E - C 27 . Ê 0 1 E - 0 23 . S 4 S E - C 12.056E+CO4.2E3E+006.663E+C0

LOG S/S« = -1 .3

LOG K« R2/KB2 -7 .0

TT/R2S R A B

1 . O O O E - 0 13 .162E-011 . O O O E + 003 .162E+001 . O O O E + 011 . O O O E + 021 . O 0 0 E + 031.300E+04

4 . 099E-025 .199E-011.713E+003.3E3E+005.1£1E+OO8.91OE+001.2675+011.631E+01

- 6 . 0

T T E

4.393E-325.199E-C11.718E+CC3.353E+C05.156E+CC8.685E+0C1.2EIE+C11.573E+C1

- 5 . 0

M E N

4.CS8E-32E.I 97E-011.717E+003.346E+03E.135E+C06.733E+001.194E+011.445E+01

-4 .0

T S

4.091E-325.179E-011.703E+003.296E+335.002E+006.1B1E+001.069E+011.209E+01

-3 .0

R E C

4.336E-325.055E-011.635E+003.393E+004 .544E+007.026E+008.430E+009.772E+00

-2 .0

U I T

3.822E-324 .608E-011.420E+002.570E+303.685E+005.077E+006.411E+0D8 .760E + 00

-1 .0

3.231E-323.649E-011.102E+001.831E+302.342E+003.599E+005.921E+308.2905+00

O.C

a.EElE-022 .392E-0Í4.97EE-017.3ieE-011 .274E + 003.3E4E+00E.699E+00E .03CE+00

1.0

2 .413E-031 .4 94E-C2£ . 3 e E E - C 23 .209E-C11.017E+CC3.141E+C0S.449Ë+C07.7£4E+C0

PUITS FENETRANT DE C.4 A 0.6 ET PIEZOMETRE DE 0.0 A 0.«

ASAQUE POUR L'INTERPRETATION DE POMPAGES EN NAPPE LIBRE ANISOTKOPE,

DANS L'HYPOTHESE DE NEUMAN. SELON FORMULES DE SCULTON - STRELTSOVA

TABLEAU D 7


NAPPE LIBFE0 . 0 -

0 . 2 -

0 . 4 -

0 . 5 -

0 . 3 -

1 .0 -

PENETRATIONDUPIEZCMETRE (7)

IANISOTPOPE

D+-K

7—77

— S'

S

///////////// IMPERMEABLE /////////////

LOG S/S« = - 3 . 0

LOG K ' F 2 / K B 2 - 7 . 0

T T / R 2 S R A B

1.C0CE-C13.162E-01l.OOCÊ+003.162E+GG1 .OOOE+011 .0003+021.0003+031 .COOc+Ci

7.357E-049.9673-033.2S6E-026. A-39E-029.937E-021.7E7E-012.875E-015.9363-01

-6.0

, T T E

7.8633-04 7,9.996E-03 i.3.319E-02 3,6.5473-02 7,1.033H-01 li2.147E-01 4,E.1983-01 1,1.460E+G0 2,

-5.0

M E N

955E-04023E-0254 33-02581E-O2386E-C1416E-01380E+03913E+0C

-4.0

T S

6.a22E-041.301E-025.537E-021.512E-013.379E-011.2703+002.600E+003.280E+00

-3.0

R E

-2.0

D U I T

1.609E-033.142E-021.579E-014.595E-011.0205+002.5433+003.0223+003.0903+00

4.929E-03Ç.6683-024.8173-011.201E+001.368E+002.311E+002.4073+002.831E+00

-1 .0

1.455E-C22.287E-016.619E-C19.592E-011 .082E + 001 .133E + 001 .491E+003.2523+00

0.0

1.230E-029.225E-021.678E-011.791E-011.360E-012.766E-0I1.102E+003.231E+00

1 .0

1.601E-033.286E-033.449E-033.956E-035.806E-036.3'-2F-02I.C56E+003.182=+00

LOG S / S ' = - 2 . E

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0

T T / R 2 S R A B A T T E

l.OOOE-013.162E-011 .OCCE + 003.162E+001 .OOCE + 01- 1 .000E + 021.000Ê+C31.000E+G4

7.356E-049.967E-033.2S63-026.4393-029.3373-021.7E7E-012.67SE-015.936E-01

7.864E-049.Ç96E-033.319E-026.547E-021.033E-012.1473-01E.198E-011 .460E+00

-5.0

M H N

7.956E-041.029E-023.54e=-027.581E-021.386E-014.416E-011.330E+002.914E+0C

-4.0

T S

8.S25E-041 .301E-025.537E-021.512E-313.379E-011 .270E+002.301E+003.292E+00

- 3 . 0

R E D

1.608E-033 .142E-021.579E-014.596E-011.026E+002.543E+003.033E+003.217E+00

-2.0

U I T

¿.932E-039.889C-024.8 17E-011.201E+001.868E+002.352E+002.530E+003.664.E+00

-1 .0

1.461E-022.2S3E-016.621E-C19.609E-011 .090E + 001.223E+002.139E+004.50SE+00

0.0 1 .0

1.2813-02 1.590E-039.2373-02 3.35SE-031.6903-01 3.869E-031.8503-01 5.701E-032.0713-01 1.396E-024.9993-01 3 .324E-0 12.1243+00 2.067E+00

4.322E+00

LCG S/S>- =• - 2 . 0 •

LGG K ' R 2 / K B 2 - 7 . 0 .

T T / R 2 S R A B

l .OOOE-013 . 1 6 2 E - C 11 . O O C E + 003.162E+0Û1.OOOE+011.00ÛE+021.OCOc+021.OOOE+04

7 . 8 5 6 E - 0 49 . 9 6 7 E - C 33 . 2 9 6 E - 0 26 . 4 3 9 E - 0 29 . 9 3 7 E - 0 21.7 57E-012 . S 7 9 E - 0 15 .936E-01

- 6 . 0

; T T E

7.363E-049 .996E-Û33.319=-026.547E-021.033E-O12.147E-015.196E-011.460E+00

- 5 . 0

M E N

7.957E-041.029E-022.54e=-C27.581E-021.386E-014.A16E-011.381E+002.916E+0C

-4.0

T S

8.S24E-041.301E-025.537E-021.512E-013.379E-011 .270E + 002.803E+C03.328E+00

- 3 . 0

R E

- 2 . 0

D U I T

1.Ó10E-C33 . 143E-021.580E-014.536E-011.027E+002.545E+003.070E+003.Í571E+00

4.941E-039.892E-02•Í-.818E-011.201E+001.870E+002.337E+002.S72E+00

-1 . 0

1.A66ÎI-022 .269E-016.631E-019.663E-011 .114E + 001 .4S3E+003.243Ë+005.718E+00

0.0

1.2a3=-029.277E-021.729S-012.037E-0I2.73BE-011.095E+003.272E+305.600E+00

1 .0

1.556E-033.592E-035.3"»6E-r31.344E-0 26.175E-02

3.173E+005.466E+00

LOG S/S« = -l.E

LOG K'R2/KB2 -7.0

TT/F.2S R A B

l.OCOE-013.162E-01l.OOCE+003.162E+001 .OOOH+011.000E+02l.OOOE+03l.OOOE+C-4

7.356E-049.9Ô7E-033.2561-026.439E-029.937E-02I.7S7E-012.379E-015.936E-01

-6.0

: T T E

7.864E-049.997E-033.319E-026.5¿7=-021.033E-012.147E-015.198E-011.461E+30

- 5 . 0

M E N

7.9575-041.029E-02

7.5813-021.3863-014.416E-011.3813+CC2.9213+00

-4.0

T S

3.822E-041 .301E-025.5373-021.5123-313.3793-011.270H+C02.808E+003.438E+00

- 3 . 0

R E D

1.613E-033 . 14Í.E-021.580E-014.5975-311.0273+002.551E+003.180E+00V.351E+00

-2.0

U I T

Í.969E-039.901E-02Í-.S21E-011.202E+301.875E+002.492E+003.636E+006.134E+00

-1.0

1.432E-022.295E-016.e59E-019.831E-0I1.16SE+002.113E+004.Í80E+006.390E+00

0.0

1.233E-029.402E-021.852E-012.6253-014.5183-012.096E+004.415E+006.7363+00

1.0

1 .«-51E-0 34 . 4 1 2 E - 0 31.137E-0 25 . 7 3 7 E - 0 23.1fi9E-0 12.040E+CO4.294C+0 06.597E+00

LOG S / S ' = - 1 . 0

LOG K ' R 2 / K B 2 - 7 . 0

T T / R 2 S R A B

1 .0C0E-C13 . 162E-011 . O b C £ + CO3 . 162E + 0C1 .200E + 011 . O 0 0 E + 021 . O O 0 E + C31.000E+04

7.357E-049.957E-033.2SÔE-026.439E-029.937E-021.7E7E-012.8793-015.936E-01

-6.0

, T T E

7.8653-049.997E-033.319E-026.5473-021.033E-012.1473-015.1993-011 .462E + C0

- 5 . 0

M E N

7.953E-041.0293-023.54e=-027.581E-021.38Ô3-014.4173-011.382E+CC2.939E+C0

-4.0

T S

8.6383-041.301E-025.538E-021.5123-013.330E-Û11.271E+002.625E+C03.7373+00

- 3 . 0

R E D

1.622E-033 .147E-021.581E-014.600E-011.028E+002.566E+003.477E+005.506E+00

-2.0 -1.0

U I T S

5.058E-339.929E-024.830E-0 11.205E+001.391E+002.779E+004.780E+007.290E+00

1.E32E-022.311E-015.7463-0 11.034E+001.357E+003.156E+005.629E+007.984E+00

0.0

1.299E-029.7S2E-022.2323-014.Í.13H-011.0243+003.182E+005.514E+007.8353+00

1 .0

1.117E-C37.6E5E-034.680E-022.883E-019.797E-013.09CE+0C5.38BE+007.700E+00

PUITS FENETRAMT DE 0.4 A 0.6 ET PI EZ0V5TRE DE 0.6 A 1.0


CANS L'HYPOTHESE DE NEUMAN, SELON FORMULES DE BOULTON - STSELTSOVA

TABLEAU D A

NAPPE0.3-

0.2-

0.4-

0 • ô—

0.3-

1,0-


PENETRATIONDUPIEZCMETRE (A)

E LIBRE !|ANISOTROPE

A

AA

S

///////////// IMP3PMEABLE /////////////

LCG S/S1 -2.0

CG K'P2/KB2

TT/R2S

l.OOOE-013.162E-011.OOCE+CC3.162E+0Ci.cooe+oi1 .OOOE+021.000E+C31 .0005+04

-7.0

R A B A

7.3625-049.974E-033.2585-026.4435-029.943E-02I.7ESE-012.S30E-015.9375-01

-6.0

T T E

7.66S5-341 .0205-023.321E-026.551E-021 .03AE-012. 1*35-015.199E-011 .461E+0C

-5.0

M E N

7.960E-041.029E-023.5EOE-027.585E-021.3875-014.416E-011.381E+002.340S+CC

-4.0

T S

6.826E-041.3025-025.53B£-021.512E-013.379F-011.270E+003.2263+004.553E+00

-3.0

R E D

1.609E-033.142E-021.579E-014.595E-011.027E+002.967E+004.297E+004.351E+00

-2.0

U IT

4.928E-039.8eSE-02-..B20E-011.243E+002.274E+003.539E+003.642E+003.825E+00

-1 .0

S

l.iôIE-022.4515-019.3C9E-011 .73SE + 002.109E+002. 161E+002.330E+003.390E+00

22c

5613

0.0

.390E-02

.4 54.=- 01

.796E-01

.09SE-01

.170E-01•039E-01•319E+00•300E+00

1 .0

4,<J74E-0 31.012=-0 21 .n4BE-C21.1S3E-C21.511E-029.336E-021.083E+003.187E+00

LOG S/S' = -2.E

LOG K'R2/K82 -7 .0

TT/R2S R A 3

l.OOOE-013.162E-01l.OOOE+003.162E+001.COGE+011.000E+021.COOE+031.C00E+04

7.3615-049.974E-033.2S3E-026.4433-029.943E-021.7E3E-012.S30E-015.537E-01

-6 .0

, T T E

7.863E-341 .000E-023.321E-026.5E15-021 .0345-012.1485-015.199E-011.461E+00

- 5 . 0

M E N

7.960E-041.029E-023.550E-C27.585E-021.387E-014.416E-011.381S+C03.340E+0C

- 4 . 0

T S

3.B27E-04 1<1.302E-02 3i5.533E-02 1,1.5125-31 4,3.379E-01 1,1.270E+00 2.3.226E+00 4,4.561E+00 4 ,

-3.0F E D

6095-03142E-02579E-O1595E-01027E+00967E+00300E+00395E+00

-2.0U I T

4.9295-039.633E-024.320E-011.243E+002.274E+003.592E+003.6365+004.1B4E+00

S

1291222£.

-1.0

.462E-C2

.451E-01•309E-0 1.733E+00.11 1E + 0O.200E+00.667E+00.413E+00

0.0

2.391E-022.485E-014.806E-015.156E-015.330E-013.107E-012.2075+004.443E+00

1 .0

4.967E-0 31.029E-021 .136E-02l.'92E-022.669E-023.755E-012.078E+004.326E+O0

LOG S/=! = - 2 . 0

LOG K»P2/KB2 -7.0

TT/R2S R A B

l.CCCE-013.162S-011 .OOCE + 003.162E+001 .0005+011 .0005 + 021.000E+031.000E+04

7.361E-049.5745-033.2S3E-026.4A3E-029.943E-021.7E3E-012.880E-015.937E-01

-6 .0

. T T E

7.B69E-041.000E-O23.321E-026.551E-021.034E-012.1485-015.199E-011.461E+ÛC

- 5 . 0

M E N

7.960E-041.029H-022.£503-027.585E-021.3875-014.416E-011.381E+C03.341E+00

-4.0

T S

8.323E-041.302E-025.533E-021.512E-013.379E-011.2705+003.2275+00A.570E+00

-3 .0

R E D

1.6C95-033.142E-021.579E-014.5965-011.027E+002.967E+004.308E+304.526E+00

-2.0

U I T

4.931E-O39.8885-02¿..820E-011.2435+002.2745+003.6005+003.816E+004.917E+00

-1 .0

1.4Ó3E-022.451E-019.211E-011.739E+002.1195+002.3205+003.372E+005.549E+00

0.0

2.396E-022.4385-014.838E-015.335E-016.027E-011.3115+003.291E+005.591E+00

1.0

a. OÙ. à.=-0 31 .0825-021 .433E-022.7865-029.1215-021.C75E+0 03. 178E+005.A69E+00

LOG S/S1 = -1.5

LOG K'R2/KB2 -7.0

TT/R2S R A E A

l.COCE-013.162E-011 .COCE + 003.162E+CC1.COCE+011.000E+021.C00E+C31 .Ü0OE+04

7.8525-049.974E-033.29SE-02Ó.443E-Q29.943E-021.7535-012.S30E-015.937E-01

-6 .0

T T E

7.869E-341.OOOE-023.2215-026.5E1E-021 .C34E-012.1435-015.199E-01I.461E+C0

-5 .0

M E N

7.961H-041.029E-023.550E-027.5B5S-021.387Ü-014.417E-011.381E+C03.341E+CC

-4.0

T S

8.826E-041.3025-025.533E-021.5125-013.379E-011.270E+003.227E+004.597E+00

-3.0

P E

-2.0

D U I T

1.610E-033.143E-021.5795-014.596E-311.027E+002.9635+004.337E+004.B74E+00

4.937E-Q39.390E-02Û-.B21E-01I.243E+002.2755+003.627E+004.156E+005.945E+00

-1.0

1.463E-022.4533-0 19.317E-011.742E+302.142E+002.É39E+004.364E+006.7005+00

0.0

2.4125-022.496E-01

5!B31Ë-Ô17.8983-012.1803+004.414E+006.726E+00

1 .0

1.256F-022.536E-023.6235-023.610E-012.C51E+OO4.298E+006.600E+00

LCG S/S' -1.0

OG K'R2/KS2 -7.0

TT/R2S

1.000E-C13.1625-011 .OOCE + 003.162E+0C1 .000C + C11 .0005 + 021.00CE+C31 .00CE + C4

R A B A

7.862E-049.974E-033.2535-026.443E-029.943E-021.753E-012.830E-C15.937E-01

-6.0

T T E

7.8703-341.0003-023.321E-026.551E-021.034E-012.1433-015.199E-011.461E+C0

-5.0

M E N

7.962E-041.023E-023.551S-C27.585E-021.3375-014.4172-011.381E+002.344E+C0

-4.0

T S

3.5283-341.3023-025.5395-021.5125-013.3795-011.271E+003.229E+C04.675E+C0

-3.0

P E D

1.6115-033.143E-021.580E-014.5963-011.027E+002.9705+004.4135+005.546E+00

9à.

12347

-2.0

U I T

.9565-03

.8965-02•823E-01•244E+30.2775+00.704E+00•B31E+00.0295+00

S

!2

12357

-1 .0

.A35E-02•45&3-01•333E-C1•752E+00.2125+00.2875+00•462E+30.789E+00

22

71357

0.0

.4575-02

.5223-01

.2323-01

.4223-01•233=+00.2043+00•508E+00.3263+00

1 .0

4.633F-031.850E-027.195E-023.283E-0 11 .006E+003.095E+CC5.391E+007.703-+00

PUITS FENETPANT DE O.-i A 0.6 ET PIEZOMETRE DE 0.0 A 0.2

AEAQUE POUR L'INTERPRETATION DE POMPAGES EN NAPPE LIBRE ANISOTROPE.

DANS L'HYPOTHESE De NEUMAN, SELCN FORMULES DE BOULTON - STRELTSOVA

TASLEAU P B

PENETRATIONDU PUITS DEPOMPAGE (C)

PENETRATIONDUPIEZOMETRE (P.)

•>|ANISOTPOPENAPPE LIBPE |<-0.0-

0.2-

0.4-

0.6-

0.8-

1,0-///////////// IMPERMEABLE /////////////

D+-K

ICO

CD — S1

S

LOG S/S' -2.0

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0


- 5 . 0

M E N

-4.0

TS

-3.0

P E

l.OOOE-013.1625-011.OOCE+003.162E+G01.OOCE+011 .00CE+021.COOE+021.OOOE+04

2.576E-06 2.385E3.247E-05 3.230E1.069E-04 1.C65E2.033E-04 2.032E3.203E-04 2.201E5.532E-04 5.195E7.547E-04 5.472E7.S43IE-04 4.326E

06 2.SISE-OS 3.210E-04 1.063E-3« 2.037E-04 2.87ÓE-

3.143E-- 0 4-04 4.793E-•02 7.184E-

06 2.412E05 3.046E04 6.51 IE

1.083E1.085E4. 754-E'

- 0 6

04040402 7.169E01 9.692E

1.A52E-0605 6 .343E-0605 6.159E-0604 6 .853E-3404 Í..591E-0202 7.101E-0101 9.619E-C1

1.024E+00-01

- 2 . 0

U I T

6 .54ÇE-072.922E-0&3.329E-022.933E-016.4d5E-01S.972E-019.570E-011.425E+00

-1 .0

1.381E-038.664E-023.181E-014.740E-015.3S5E-015.931E-C19.363E-012.668E+00

0 . 0

6.939E-03 84.829E-02 18.727E-02 1Ç.403E-02 21.007E-01 41.900S-01 69.894E-31 13.114E+00 3

1 .0

721E-03892E-03437E-03396E-03

035E+00134E+00

LCG S / S ' = - 2 . E

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0


-5.0

M E N

-4.0

T S

l.OCOE-013.162E-011.OOCE+003.162E+001.OOCE+011.OOOE+021.00CE+C31.000E+04

2.602E-06 2.334E-3.246E-05 3.226E-1.063E-04 1.C69E-2.033E-04 2.081E-3.207£-G4 3.1S8E-5.529E-04 5.183E-7.531E-04 5.449E-7.78EE-04 4.826E-

U6 2.500E-35 3.203E-04 1.062E-

2.035E-2.671E-

-3.0

R E

-2.0

D U I T

0404

06 2.467E-05 3.057E-04 6.495E-

1.074E-1.06SE-

0404

:-04' 4.754E-04 2.130E04 4.790E32 7.188E-01 9.803E-

i-02 7 .173E-

06 8 .101E-0705 5 .234E-0605 4 .755E-0604 6 .838E-0Ä04 4 .591E-0202 7.105E-0101 9.735E-0101 1.150E+00

9.201E-082.916E-043.329E-0 22.933E-316.489E-019.083E-011.079E+002.197E+00

-1 .0

1.881E-C38.664E-023.183E-014.756E-C15.460S-016.717E-011.E73E+003.387E+00

0.0

6.541E-034.84 2E-026.852E-029.979E-321.210E-014.042E-011.9S4S+004.259E+00

1 .0

8.381E-041.824E-032.36ÇE-034.310E-031.279E-023.256E-012.030E+0 04.267E+00

LCG S/S1 -2.0

LOG K ' P 2 / K B 2 - 7 . 0 - 6 . 0


-5.0

M E N

-4.0

T S

1.000E-C13.162E-01l.OOCE+003.162E+0C1.OOCE+011.00ÛE+021.O00E+C3l.OOOE+04

2.593E-06 2.433E-3.250Ü-05 3.231E-1.069E-04 1.C68E-2 .083E-04 2.081E-3 .2C7E-04 3.1Ç7E-5 .526E-04 5 . I7CE-7 .513E-04 5.421E-7 .743E-04 4.326E-

06 2 . 4 4 7 E05 3 .197E04 1 .061E34 2 . 0 2 9 E34 2 .859E04 3 . 11 SE04 4.790E02 7.201E

06 2 .305E-3605 3 .002E-0504 8 .361E-0504 1.056E-34

1.049E-0404 4 .754E-0202 7.1S6E-0101 1.017=4-00

- 0 4

- 3 . 0

R E D

2 .118E-066.927E-066.565E-066.859E-044 .591E-027.11SE-011.309E+001.499E+00

-2.0

U I T

1 .886E-082.915E-043.329E-022.934E-316.501E-015.427E-011.&17E+003.376E+00

-1 .0

1.S81E-033.666E-023.189E-014.807E-015.698E-019.278E-012.653E+005.068E+00

0.0

6.950=-034.883E-029.246E-021.183E-011.857E-019.824E-013.135E+305.402E+00

1 .0

8.559E-042.156E-034.0472-031.234E-026.033E-021 .028E+0 03.125E+005.407E+00

LCG S / S ' = - 1 . 5

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0 - 5 . 0 - 4 . 0

TT/R2S R A B A T T E M E N T S

-3.0

R E

-2.0

D U I T

l.OOCE-013.162E-011.OOOE+003.162E+001.OCCE+011.000H+C21.COOE+031.C00E+04

2.671E-06 2.432E3.2E1E-05 3.231E1.069E-04 1.067E2.0S3E-04 2.077E;.20£E-04 3.190G5.516E-04 5.147E7.486E-04 5.3=1E7.726E-04 4.826E

06 2 .470E-35 3 .195E-04 1.057E-34 2 .017=-04 2 .640E-

- 0 4 3 .033c-•04 4 .790=•02 7 .242E

06 1 . 7 7 0 E - 0 605 2 . 9 2 0 E - 0 504 3 . 2 7 3 E - 0 504 1 . 0 4 6 E - 3 404 1 .039Z -04C4 4 . 7 5 3 E - 0 202 7 .227E-31

-01 1 .125E+00

1.205E-065.894E-065.347E-066.842E-044.591E-027.158E-011.117E+002.268E+00

1.112E-072.917E-043.329E-C22.936E-016.539E-01l.Oû-ôE + 002.1Ó9E+00¿.609E+00

-1.0

1.831E-038.671E-023.208E-C14.966E-016.425E-011.E47E+303.359E+006.221E+00

0 . 0

6.977E-035.013E-021.049E-011.755E-013.87EE-011.95BE+004.231E+306.543E+00

1.0

9 . 1 1 4 E - 0 *3.273E-031.097E-025.675E-023.127E-012.004E+004.240E+006.537E+00

LCG S / S ' = - 1 . 0

LCG K'fi2/KB2 - 7 . 0 - 6 . 0 - 5 . 0 - 4 . 0


l.OOOE-013.162E-01l.OOCE+OC3.162E+001.0C0E+C11.OOOE+021.CCCE+C31.000E+C4

2.55ÓE-06 2.356E-3.246E-05 3.21SE-1.069E-04 1.065E-2.033E-04 2.073=-3.205E-04 3 .178E-5.510E-04 5.125E-7.433E-04 5.3=6E-7.745E-04 4 . 3 2 6 E -

06 2.320E-35 3.143E-04 1.046E-

2.032E-2.823E-

040404 3.0£4E-04 4.789E-02 7.3Ö3E-

06 2 .e70E-3605 3 .0ASE-0504 8 .395E-0504 1.C57E-3404 1.C48E-040* 4 .754E-0202 7.354E-3101 1.419E+00

- 3 . 0 - 2 . 0 - 1 . 0 0 . 0 1.0

R E D U I T S

1 . 4 4 3 E - 0 6 0 .0 1 .679E-03 7 . 0 5 7 E - 0 3 1 .051E-036 . 2 5 8 E - 0 6 2 . 9 0 9 E - 0 a 3 . 6 8 7 E - 0 2 5 . 4 1 9 C - 0 2 7 . 3 4 7 E - 0 35 . 5 1 3 E - 0 6 3 . 3 2 9 E - 0 2 3 . 2 6 9 E - C 1 1.434E-01 4 . 6 5 1 E - 0 26 . 8 3 8 E - 0 - 2 . 9 4 1 E - 0 1 5 . 4 * 6 E - 0 1 3 .510E-01 2 .836E-014 . 5 9 0 E - 0 2 6 .655E-01 8 . 4 3 3 E - 0 1 9 . 1 Ó 5 E - 0 1 9 .e i5E-017 . 2 8 4 E - 0 1 1.329E+00 2 .569E+00 3 .022E+30 3 .045E+001.410E+00 3 . 2 8 9 E + 00 4.Çai5; + 00 5 .322E + 30 5 .332E+003 .39SE+00 5 . 7 3 7 E + 00 7.301-E + OO 7 .631E+00 7 .640E + 00

PUITS PENETRANT DE O . ' A 0.6 HT PIEZOMETRE DE 0.2 A 0.4

AEAQUE POUR L'INTERPRETATION DE POMPAGES EN NAPPE LIBRE ANISOTROPE.

CANS L'HYPOTHESE DE NEUMAN, SELON FORMULES DE BOULTON - STRELTSOVA

TABLEAU D C

0.2-

0.4-

O.ô-

0.3-

1,0-

PENETFATIOSDU PUITS DEPOMPAGE (D)

NAPPE LIBRE |<-0.0-

PENETRATIONDUPIEZOMETRE (C)

K

+-K

->| ANISOTPOPESi

-c-c

///////////// IMPERMEABLE /////////////

LCG S/S' = -2.0

OG K'P2/KB2

TT/R2S

l.CCOE-013.162E-01l.OOCE+003.162E+0C1 .OOCE+011 .000E + 021.000E+031.O00E+04

-7.0

R A E

1.5Ó3E-031.990E-02Ó.5S2E-02J.286E-011.954E-013.503E-015.750E-011.186E+00

-6.0

A T T E

1.570E-031.9952-026.6285-021.3C7E-012.064E-014.288E-011.039E+002.B73C+00

-5.0

M E N

1.589E-C32.054E-027.086E-021.514E-012.770E-01e.829E-012.713E+00E.10BE+00

-4.0

T S

1.762E-032.599E-021.106E-013.022E-31Ó.757E-012.452E+004.683E+005.583E+00

-3.0

P E D

3.215E-03Ó.284E-023.159E-019.184E-C12.007E+004.37SE+005.079E+005.123E+00

9192333

-2.0

U I T

•356E-03.975E-01.301E-01. 10SE+00•037E+00.782E+00.631E+00•121E+00

-1 .0

S

2.729E-023.708E-011 .005E+001 .¿44E+001 .ó24 = + 001 .6Ó7E + 001.S14E+003.2S4E+00

0.0

1.364E-021.362E-012.4S3E-012.640E-012.710E-013.619E-011. 11CE + 0C3. 1343+00

2456S713

1 .0

.409E-D3•925E-03.ie9E-03•OG2E-03.61Ê-03•650E-02.047E+00.135E+0 0

LCG S/S» = -2

LOG K'R2/KB2

TT/R2S P

l.OOCE-013.162E-01l.OOCE+003.162E+CCl.OOOc+011 .000E + 021.C00E+C31 .OOOE + 04

1.1.S.1.1.3.5.1 .

- 7 . 0

A B A

.563E-03

.9S0E-02

.582E-02

.236E-01»384E-0150 3E-01750E-011S6E+00

-6 .0

T T E

1.570E-031.99ÔE-026.628E-021.3C7E-012.064E-014.288E-011.03SE+002.B73E+C0

- 5 . 0

M E N

1.589E-032.0E4E-027.086E-021.514E-012.770E-018.329E-012.713E+00S.1O8E+0C

-4 .0

T S

1.762E-032.599E-021.106E-013.022E-016.757E-012.Í-92E+004 .884E:+005.594E+00

-3.0

P E

-2.0

D U I T

3.215E-03Ô.2S4E-023.159E-019.184E-012.007E+004.375E+005.085E+005.202E+00

Ç.856E-031.975E-0 19.301E-012.X06E+003.037E+003.7S3E+003.903E+00A.645E+00

-1 .0

2.729E-023.703F-011 .OOSE+001.445E+001 .6295 + 001.72BE+002.379E+001.362E+00

0 .0 1.0

2.416E-031.363E-01 5.074E-032.4O4Ç-01 5.395E-032.693E-012.918E-015.695E-01

3.6B8E-031.989E-023.467E-0 1

2.036E+00 2.035E+004.2Ö83+00 4.26SE+00

LGG S/S» = - 2 . 0 . . .

LOG K'K2/KE2 - 7 . 0

TT/R2S R A B

l.OOOE-013.162E-01l.OOCE+003.162E+0CI .OO0E + O11 .000E + 021.000E+03l.OOCE+04

1.558E-031.950E-026.582E-021.236E-011.384E-013.503E-015.750E-011.186E+00

-6 .0

, T T E

1.571E-331 .S-56E-026.623E-021.3C7E-012.064E-014.2e3E-011.039E+002.S73E+00

- 5 . 0

M E N

1.5B9E-032.054E-027.08SE-021.514E-012.770E-018.829E-012.713E+005.10 3E+CC

-4.0

T S

1.762E-032.599E-021.105E-013.C22E-016.757E-012.492E+004.884E+C05.612E+00

-3.0

P E

-2.0

D U I T

3.215E-036.284E-023.159E-019.184E-012.007E+004.376E+005.103E+005.415E+00

9.856E-031.975E-0 1Ç.301E-012.106E+003.087E+003.806E+00¿.112E+005.566E+00

-1 .0

2.729E-023.70d=-011 .006E + OC1 .4*7E+00I .644E+001.906E+003.246E+005.506E+00

0.0

1.864E-021.366E-012.531E-012.361E-013.568E-011. 103E + 0C3.12E=+005.408E+00

1 .0

2.¿38E-035.552E-038.295E-031.928E-P2

1 .OAOE+003.127E+005.407E+0 0

LDG S/S1 = -1.5

LOG K'R2/KB2 -7.0

TT/R2S R A B

l.OOCE-013.162E-01l.OOCE+CO3.162E+0Cl.COOE+011 .OOCE + 021.CC-0E+C3l.COOE+04

1.5Ó3E-031.990E-026.582E-021.236E-011.534E-013.503E-015.750E-011.1S6E+00

-6.0

T T E

1.570E-031.996E-C26.Ó28E-021.3C7E-012.064E-014.268E-011.039E+002.673E+00

- 5 . 0

M E N

1.589E-032.054E-027.086E-021.514E-012.770E-013.S29E-012.7132+005.109E+C0

-4.0

T S

1.762E-332.599E-021.106E-013-. 022E-0 16.757E-012.492E+004.&85E+005.669E+00

- 3 . 0

R E D

3.215E-036.234E-023.159E-019.184E-012.0073+004.377E+005.160E+005.930E+00

-2.0

U I T

9.e56E-031.975E-0 19.301E-012.108E+003.088E+003.8Ô1E+00Ü-.617E + 00Ó.67ÓE+00

- 1 . 0 0.0 1.0

2.72ÇE-02 1.3653.703E-01 1.3761.006E+00 2.6441.455C+00 3.4A.61.633E+00 5.5122.353E+00 2.0104.334E+00 4.24C6.648E+00 6.548

•-02 2.508E-03:-01 7.123E-03=-01 1.7£-6E-02:-01 7.059E-02:-01 3.333E-01;+00 2.009E+00:+00 4.210E+00

6.537E+0 0

LCG S> = - 1 . 0

LOG K ' R 2 / K 3 2 - 7 . 0 - 6 . 0

TT/R2S R A B A T T

l.COOE-013.162E-01l.OOCE+003.162E+0C1.OOCE + 011 .OOOE + 021 .000E+031 .OOOE + 04

1.563E-03 1.5712-231.990H-02 1.996E-026.532E-02 6.628E-021.236E-01 1.3C7E-01

2.Û64E-013.503E-01 4.2ESE-015.750£-01 1.039E+C01.186E+00 2.S73E+00

- 5 . 0

M E N

1.589E-C32.051E-027.0e6S-021.5142-012.770E-01e.62 9E-012.713E+0C5.112E+C0

-4.0

T S

1.762E-032.599E-021.105E-013.022E-016.757E-012.492E+004.aS3E+C05.827E+00

- 3 . 0

R E D

3.215E-03Ó.264E-023.159E-019.134E-012.007E+004.360E+005.317E+006.794E+00

-2.0

U 1 T

9.S56E-031 .975E-0 19.30 1E-CI2.108E+C02.091E+O0í.015E+OO5.479E+C07.767E+00

-1.0 0.0 1 .0

2.729E-02 1.3S9E-02 2.690E-033.703E-0 1 1.406E-01 1.253E-02

2.991E-01 5.e78E-025.09eE-31 3.032E-01

1.815E+00 1.034E+00 9.738E-013.161E+C0 3.0*22+00 3.046E+005.«19E+00 5.327E+30 5.332E+007.723E+00 7.635E+00 7.641E+00

PUITS A PENCTRATTON DE 0.4 A 0.6 ET PIEZOMETRE OUVERT DE 0.« A 0.6

ASAOUE POUR L1INTERPRETATION DC DOMPAGES EN NAPPE LISRE ANISOTROPE.

DANS L'HYPOTHESE DE NEUMAN. SELON FORMIJL^S DE HOULTON - STRELTSOVA

TABLEAU D O

PENETRATIONDU PUITS DCPOMPAGC (D)

PENETRATIONDUPIEZUMETRE CD)

NAPPE LIBRE |<—0 . 0 -

0.2-

O.A—B

0.6—

0 . 8 -

1 .0-

-D-D-D

R- ->|ANISOTROPES'

-K'—

+-KDD-

///////////// IMPERMEABLE /////////////

— LOG S/S« = - 3 . 0

3 LOG K'R2 /KB2 - 7 . 0

_i TT/R2S R A 3

l.OOOE-013.162E-01I.OOOE+003.I62E+00,l.OOOE+011.000E+021.OOOE+031.OOOE+04

1.214E-011.540E+005.0P9E+009.932E+001.52RE+012.638E+013.7A3E+0IA.773E+01

- 6 . 0

T T E

1.2I4E-01 I1.540E+00 15.088E+00 59.927E+00 91.527E+01 12.622F+01 23.650E+01 34.426E+01 3

- 5 . 0

M E N

•213E-01.539E+00.079E+00•8P6E+00.513E+01.532C+0I.306E+01.665E+0I

- A . 0

T S

1 .2I0E-011.52BE+005.OOOE+009.58SE+001.A33E+012.200E+012.558E+012.66AE+01

- 3 . 0

R E D

1.179E-011.45AE+004.590E+00P.351E+O0I.15SE+011.S12E+011.61P.F+011.623E+0I

- 2 . 0U I T

1.0A7E-0I1.164E+003.293E+005.216E+006.495E+007.539E+007.587E+007.795C+00

- 1 . 0

S

6.599E-02S . Q O ] If—0 IÍ.430E+002.081E+002.360E+002.406E+002.S93E+003.704E+00

0.0

2.471E-02 3.2»0I8fc—01 7.3.760É-01 7 .3.992fc-0I 6.4.062f~ 01 1.4.950E-01 8.1.I97F+00 1.3.IA8b+00 3.

1.0

T25E-C3623E-03961E-03983C-03ZtbE—02779E-02057E+00I37E+00

£ LOG S/'S' -2.5

LOG K»R?./KB2 -7.0

TT/R2S R A 9

l.OOOE-013.162E-0Il.OOOE+003.162E+00l.OOOE+011.000E+021.OOOE+031.OOOE+04

1.214E-011.S40E+005.089E+009.932E+001.528E+0I2.638E+013.743E+0IA.773E+0I

- 6 . 0

A T T E

I .214E-01 11.540E+00 15.0eBE+00 59.927E+00 91.527E+01 12.622E+01 23.650E+01 34.A26E+01 3

- 5 . 0

M E N

•2I3E-01.539E+00•079E+00.886E+00.513 E+ 01.532É+01.305C+01.665E+01

- A . 0

T S

1.210E-011.528E+005 . O O O E + 0 09.585E+001.A33E+012.200E+012.558E+0I2.66AE+01

- 3 . 0

R E D

1.179C-O11.454 6+004.590E+00B.35IE+001.158E+01I.5I2E+011.618E+011.628E+01

- 2 . 0

U I T

1.0A7E-01I .1ÖAE+003 .293E+005.216F+006 .A96E+007.542E+007.637E+008 .193E+00

—1 . 0

S

6.599E-02Ü.991E-011.A30E+002.0PIE+002.363E+002.451E+002.960E+00A.732E+00

0 . 0

2 . A 7 1 E - 0 22 .018C-013 . 770 E—01A . 0 A 8 E - 0 1A .265E-016 .929F-012.07AE+00A.27AC+00

1 .0

3 . 7 3 3 E - 0 37 . 8 0 e E - 0 38.BASE—031 .230E-022 . 5 5 9 E - 0 23.b2Afc—012.036E+00A «26Qtf+00

LOG S / S ' = - 2 . 0

LOG K ' R 2 / K B 2 - 7 . 0

T T / R 2 S R A F

-6.0 -5.0 -4.0 -3.0 -2.0

1.000E—013.162C-01l .OOOE+003.162F+001.000F. + 01I . O O O E + 0 21 . O O O E + 0 3l . O O O E + O A

1 • ? I**3—0 11.5A0E+005.0B9E+009.932E+001.521E+0I2 • et3ii E + 0 13.743E+0I4.773E+0I

1.2IAE-011.540E+005.088E+009.927E+001.527E+0I2.622E4013.650E+0 14.426E+01

I.2I3E-011 .«539E+005.079F+PO9.8P6E+001.513E+012.532E+0I3.30ftE+013.665E+01

1.210E-0I 11.528E+005.OOOE+00 t9.585E+00 f1.433E+012.200E+01 12.558E+01 J2.665E+01 1

1.179E-01L.454E+00t.59OE+O0Í.351E+001.158E+01.512E+01

L.6I9E+01[.6A3E+01

1.OA7E-011.18AE+003.293E+005.216E+006.A96F+C07.553E+007.786E+008.962E+00

-1.0

6.599E-02 2.5.991Ë-01 2.1.A30E+00 3i2.0S2E+00 A,2.373E+00 A.2.&85E+00 1.3.69SE+00 3.5.8A8E+00 5.

0.0

472E—02020&-0I802E-01223E-01893E-01190E+00139E+0041IE+00

1.0

3.758E-03B.399E-031.181C-022.4S7E-028.S83E—021.050E+003.128E+005.A07E+00

LOG S/S" = -I.5

LOG K»R2/KB2 -7.0 -6 .0

TT/R2S

l.OOOE-013.162(7-01I.OOOE+003.162E+00l.OOOE+011.000E+0?1.OOOE+031 .OOOE+04

B

1.P14E-0I 1.1.540E+00 1.5.089E+00 5.9.932E+00 9.1.528E+0I 1.2.638E+01 2.3.7A3Í+01 3,A.7736+01 4.

2I4E-0I 15A0E+O0 108eE+00 5927E+00 9527E+01 1»S22E + 01 2650E+01 3A26E+01 3

- 5 . 0

M E N

.2I3E-01

.5?9E+00

.079ET+00

.886E+00

532H+01306E+01665E+01

- A . 0

1.210E-01I.528E+005.OOOE+009.585E+001.433E+012.200E+012.558E+012.669E+01

-3.0

1.179E-0I1.454E+004.590E+008.351E+001.I58E+011.512E+011.62 3E+011.6B1E+0I

- 2 . 0

U 1 T

1 .OATE-011 .184E+003.293E+005.216E+006.497E+007.&86E+008.I65E+009.988E+00

-1.0

6.599E-025.9«IE-011.430E+002.086E+002.401E+002.933E+00A.70AE+006.982E+00

0 . 0

2.A72fc-02 3.2.027C—01 1,3.901E-0I 2 .A.758C-01 8.6.732fc-01 3,2.0A8Ff00 2 .A.2At>û+00 A.6.550F+00 6.

1.0

83&E-03032E-0226ÖE-02129E-02A87E-01012E+00

537E+00

LOG S / S ' = - 1 . 0

LOG K ' R 2 / K B 2 - 7 . 0

T T / R 2 S R A R

-f>.0

T T1. OOOE-013.I62F-0I1.OOOF+003.162E+00l.OOOE+011.000E+021.OOOE+031.OOOE+04

1 .21A=--011.540C+005.089E+009.S32F+001.523E+0 12.63P.E+013.74?E+01A.773E+01

1 .540E+005 .0P8E+009.927E+001.527S+012.IS22E+01?.650S+014-.A26E+0I

- 5 . 0

M E N

1.213E-011.539C+005.079E+009.P86T+001.5I3E+012.S32E+013.306F+013.665C+01

-4 .0

T S1.2 10E-011.528E+005.OOOE+009.585E+001.433E+012.200E+012.558E+012.6 79E+01

-3.0

R E

1.178E-01 11.454E+00 1A.590E+00 38.3S1E+00 51.157E+01 61.512E.+ 01 71.632E+0I 81.752E+01 1

- 2 . 0

U I T

.04 7E-0I

.184E+00

.293E+00

.216E+00

.497C+00pf>Rl E+00.S76E+00.10SE+01

-1 .0

b.599E-025.991E-0I1.A31E+002.098E+002.485E+003.61OE+00i>.762E+008.060E+00

0 . 0

2.A731T-O22.0A8E-014.200E-01b.2fl8E-011.120F+003.056P+005.331E+0 07.638b+00

PUITS PENETRANT DE O.A A 0.6 HT PIEZOMETRE DC 0.3 A 1.0


CANS L'HYPOTHESE DE NEUMAN. SELCN FORMULES DE BOULTON - STRELTSOVA

TABLEAU D F


PENETRATIONDUPIEZ0METR5 (F)

0 .0 -

0 .2 -

0 .4-

0.6-

0 .8-

1 , 0 -

E LIBRE ||ANISOTROPE

S

F

///////////// IMPERMEABLE /////////////

LCG S / S ' = - 3 . 0

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0

TT /R2S R A B A T T

- 5 . 0

M E N

-4 .0

TS

l.OOCE-013.1Ó2E-011 .OOCE + 003.1625+001 .OOOÊ+011 .OOOE+021.GC0E+G31.0005+04

3.379E-06 3.239E4.253E-05 4.2E1E1.415=-04 1.411E2.7SSE-04 2.7E5E4.2»4=-04 4.232=7.320Ë-04 6.870E9.931E-04 7.236=1.0342-03 4.925E

06 3.369:05 4.237:04 1.402î

2.693:04 2.803:04 4.160:04 4.Seit02 1.380:

- C 4

[-06 3 .255E-06:-05 4 .030E-05:-04 1.129E-04:-04 1.433E-04>04 1.435E-04>04 4 .S38E-02>02 1.377E+00:+00 2.761E+00

-3.0

P E D

2.237E-069.303E-069.412E-066.881E-044.670E-021.368E+002.7495+002.601E+00

-2.0

U I T

1.5Ó7E-072.914E-043.389E-023.72CE-311.276E+002.643E+002.695E+002.8465+00

-1.0

I.927E-031 . 169E-017.2695-011 .562E+001 .«3515 + 002.001E+002.144E+0C3.064E+00

0.0

2.2855-022.564E-014.993E-015.339E-015.375E-016.220E-011.274E+003.1545+00

1 .0

1.067E-0 21.109E-C21.233E-C21.650E-029.95CE-021.066E+003.138E+0 0

LCG S/S1 -2.5

LOG K'R2/KB2 - 7 . 0

TT/R2S R A B

l.COCE-013. 162E-011 .OOCE + 003.1625+00l.COOE+011.000E+021.G00&+031 .0005

3.344E-064.2565-051.414Ê-042.756E-044.242E-047.318E-049.990E-041.036E-03

- 6 . 0

T T E

3.3015-064.258E-051.413E-042.758E-044.236E-046.876S-047.2455-044.925E-02

-5 .0

M E N

3.3972-064.243E-051.4C3E-042.697E-043.812E-044.173=-044.881E-021.3805+00

-4.0

T S

3.324E-364.093E-051.134E-041.438E-041.442E-044.e38E-021.377E+002.763E+00

-3.0

P E

-2.0

D U I T

2.254E-069.163E-069.2Ó7E-066.Ö80E-044.670E-021.368E+002.7515+002.837E+00

3.56 5E-072.918E-043.389E-C23.720E-011.276E+002.645E+002.7305+003.149E+00

-1.0

1.926E-031.168E-0 17.269E-011.562C+001 .9535+002.035E+002.432E+004.019E+00

0.0

2.285E-022.5642-015.002E-015.360=-015.567=-018.070E-012.104E+004.272E+00

1.0

5.251E-031.089E-021.216E-021.631E-023. 17AE-023.783E-012.042E+0 0Ä.268E+0 0

LOG S/S' - 2 . 0

OG K'R2/K82

TT/R2S

l.COOE-013. 162E-011 .COOE + 003.162E+C01 .00OE + C1l.OOCc+021.0C0E+031.000E+04

-7.0

R A B

3.326E-064.255E-051.4145-042.757E-C44.243E-047.323E-041.000E-031.037E-03

-6.0

A T T E

3.221E-C64.251E-051 .412E-042.757E-044.234E-046.8S3E-047.249E-044.926E-02

-5.0

M E N

2.391E-064.247E-051.4055-042.702E-043.8175-044.176E-044.881E-021.3SOE+00

-4.0

T S

3.314E-064.096E-051.136E-041.440E-041.442E-044.838E-021.3.77E + 002.769E+00

-3.0

R E D

2.194E-069.07ÖE-06S.059E-066.875E-044.669E-021.368E+002.757E+002.944E+00

-2.0

U I T

2.552E-C72.915E-043.389E-023.720E-011.276E+002.651E+002.837=4003.794E+00

-1 .0

S

1.928E-031.168E-017.269E-011.562E+001.958E+002.135E+003.356E+005.108E+00

0.0

2.285E-022.56 5E-015.027E-015.5215-016.15e=-011.266E+003.14£5«005.Í.06E+00

1.0

5.27PE-0 31 . I60F-021.5715-023.090E-029.737E-021.059E+CO3.129E+0 05.A07E+00

LCG S/S« - 1 . 5

LOG K ' R 2 / K B 2 - 7 . 0 - 6 . 0


l.OCOE-013.162E-011.OOCE+003.162E+CCl.OOCE+011 .oooc+oa1.C00E+C3l.OOOE+04

3.432E-06 3.239=-4.266E-05 4.254E-1.415E-04 1.413E-2.759E-04 2.763E-4.246E-04 4.247=-7.33ÍE-04 6.901E-1.002E-03 7.256E-1.039E-03 4.926E-

-5.0

E M E N

06 3.337E-C605 4.262E-0504 1.4C9E-C434 2.7C6E-0404 3.824E-0404 4.1822-0434 4.6325-3202 1.330E+00

-4.0

T S

3.154E-364.083E-051.132E-041.437E-041.440E-044.833E-021.3775+002.7835+00

-3.0

R E

-2.0

D U I T

2.3255-069.190E-069.319E-066.880E-044.670E-021.366E+002.778E+003.237E+00

1.944E-072.9 14E-0&3.389E-C23.720E-011.276E+002.669E+003.121E+00Í-.743E+00

-1.0

1.923E-03 2.i.ieac-01 2,7.269E-01 5,1.564E+00 6.1.97SE+00 7,2.405E+00 2.3.991E+03 4,6.234E+00 6.

0.0

285E-025695-011075-0101 15-018625-01078E+002&4E+305455+00

1.0

5.366E-0 31.3S8E-022.835E-029.2425-023.64 3E-012.016E+004.241E+006.537Ü+00

LCG S/S« -1 .0

OG K'£2/KB2

TT/R2S

l.OOOE-013. 162E-011.OOCE + 003.162E+0Cl.OOOE+011.000E+021.00CE+031 .OOOE + 0*

-7.0

R A B

3.3S7E-0Ô4.2S8E-0S1.4155-042.7535-044.2465-047.339E-041.002E-031.039E-03

-6.0

A T T E

3.3235-364.272E-Q51.416E-042.768E-044.252E-046.9C3H-047.2615-044.926E-Ô2

-5.0

M E N

3.468E-0É4.2745-051.410E-042.712E-043.8235-044.187E-044.3815-021.3ai5+00

-4.0

T S

3.187E-364.07SE-051.1335-041 .433E-341.438E-044.Ô33E-021.3785+aO2.643S+00

-3.0

R E D

2.1355-06B.963E-06Ô.748E-0Ô6.8685-044.669E-021.36SE+002.8315+003.819Ü+00

-2.0

U I T

3.354E-072.914E-043.3895-023.720E-011.276E+002.724E+003.738E+00b.7795+00

-1 .0

S

1.526E-031 .168E-017.27Û5-011.567E+002.025L+002.971E+005.022E+007.3095 + 00

0.0

2.2855-022.578Î-015.3475-017.3905-311.1955+003.062S+005.3265+307.6325+00

1 .0

5.605E-032.134E-0 27.821E-023.327E-C19.921E-0 13.049E+005.332E+007.641H+00

PUITS A PENETRATION De 0.5 A C.8 ET PIEZCKETRE CUVERT DE 0.6 A 1.0

AEAOUE POUR L'INTERPRETATION DE POMPAGES EN NAPPE LIBRE ANISOTROPE.

CANS L'HYPOTHESE DE NEUMAN. SELCN FGRMULES DF EOULTON - STRELTSOVA

TABLEAU E A

PENETRATION PENETRATIONDU PUITS DE DUPOMPAGE (E) PIEZOMETPF (A)

NAPPE LIBRE |< R >| ANISOTROPE

0 .0 - S'

;

K 'B E | . S

E «~K AE A

^ ^ ^ — ————™™ ™«™™™i. . — — ^ H ~ ~ H «

A

///////////// IMPERMEABLE /////////////

0 . 2

0.4-

0.6-

^ LCG S/S' = -3.0

OG K'R2/KE2

TT/R2S

l.OOGE-013.162E-011 .OOCE + 003.162E+C0l.COOE+0 11.000E+021 .OOOE+031 .000E+04

-7.0

R A B

4. 151E-025.265E-011.740E+003.396E+005.227E+009.027E+001 .2865+011.670E+01

-6.0

A T T E

4.150E-025.265E-011.740E+C03.396E+C05.227E+C0Ç.026E+001.2S6E+C11.660E+01

-5.0

M E N

4.150E-025.265E-011.740E+CC3.396E+C05.227E+00S.027E+001.276E+011.6035+01

-4.0

T S

4.150E-025.265E-011.740E+003.396E+005.227E+003.929E+001.2195+011.381E+01

-3.0

R E D

4.150E-025.265E-011.740E+003.384E+005.133E+00B.362E+009.983E+001.004-E + 0 1

-2.0

U I T

4.141E-025.219E-011.679E+003.155E+004.633E+00Ó.236E+00Ó.293E+006.443E+00

-1.0

S

3.891E-024.674E-011.442E+002.432E+002.676E+002.931E+003.073E+003.994E+00

0.0

3.200E-023.0555-015.E27E-016.1B4E-016.2515-017.10AE-011.368E+0C3.263E+00

1 .0

5.942E-031.212E-021.254E-021.3B0E-021.801E-021.021E-0 11.G79E+003.163E+00

LCG S/S« = -2.E

OG K'P2/KE2 -7.0

TT/R2S

1.000E-C13.162E-011.OOCE + 003.162E+00l.COOE+0 11 .OOOE + 021.OOOE+031 .OOOE + 34

CG £/£• = —-w

R A B

4.1515-025.265E-011.740E+003.396E+005.2275+009.027E+001.286E+011.670E+01

— i. n ...

OG K1R2/KB2 -7.0

TT/R2S

l.OOOE-013.162E-C1l.OOOE+003.162E+00l.OOOE+011.OOOE+021.OOOE+031.C0CE+04

R A B

4.151E-025.2Ó5E-011.740E+003.3565+005.227E+009.027E+001.2865+011.670E+01

-6.0

A T T E

4.150=-025.265E-011 .74CE + 003.3Ç6E+005.227E+009.026E+C01.286E+011 .6605 + 31

-6.0

A T T E

4.150E-025.265E-011.740E+003.396E+C05.227E+C05.026E+001.2E6E+311.660E+01

-5.0

M E N

4.150E-025.265E-011.740E+003.396E+005.227E+009.027E+0C1.276E+011.603E+01

-5.0

M E N

4.150E-025.265=-011.740E+003.396E+005.22 7E+C09.027E+001.276E+011.603E+01

-4.0T S

4.150E-025.265E-011.740E+003.396E+005.227E+008.929E+001.219E+011.381E+01

-4.0

T S

4.150E-025.265E-011.740E+003.396E+005.227E+003.929E+001.219E+011.382E+01

-3.0

R E D

4.150E-025.265E-011.740E+003.384E+005.1335+008.362E+009.985E+001.008E+01

-3.0

R E D

4.150E-025.265E-011.740E+003.364E+005.133E+008.362E+009.991E+001.013E+01

-2.0

' U I T

4.141E-025.219E-011.679E+003.155E+00C.Ó33E+006.238E+006.3265+006.745E+00

-2.0

U 1 T

4.141E-025.219E-011.Ó79E+003.155E+004.633E+006.2-4E+006.434E+007.390E+00

-1 .0

S

3.e91E-02a.674E—0 11.442E+002.432E+002.S78E+002.965E+003.3Ó0E+004.957E+00

-1 .0

S

3.892E-024.675E-011 .4425 + 002.433E+0C2.S33E+003.064E+003.985E+006.058E+00

0.0

3.201E-023.055E-015.835E-016.236E-016.44EE-018.970E-012.207E+004.39EE+00

0.0

3.204E-023.057E-015.861E-016.397E-017.040E-011.361E+003.259E+305.5355+00

1 .0

5.Q4 3E-031.233E-0 21.361E-021.780E-023.341E-023.84 2E-0 12.062E+004.298E+00

1.0

5.948E-C31.301E-021.715E-023.252E-029 *98?E—0 21.071E+003.154E+005.438E+00

LCG S/S' -1.5

OG KIR2/KB2

TT/R2E

l.OCOE-013.162E-011 .OOCE + 003.162E+001.0005+011.OOOE+021.OOOE+031.00QE+04

-7.0

R A B

4.151E-025.265E-011 .740E + 003.396E+005.227E+009.027E+001.28 6E+011.670^+01

-6.0

A T T E

4.150E-025.265S-011.74CE+003.3Ç6E+005.227E+0C9.026E+001.286E+011.660E+01

-5.0

M E N

4.150E-025.265E-011.740E+002.396E+C05.227E+CC9.027E+0C1.276E+011.&03E+01

-4.0

T S

4.150E-025.2655-011.740E+003.396E+005.227E+008.929E+001.219E+011.384E+01

-3.0

R E D

4.1505-025.265E-011.740E+003.384E+005.133E+008.3Ô2E+001.001E+011 .047E+01

-2,0

U I T

¿-.1415-025.219E-011.679E+003.155E+004.633E+006.262E+006.717E+006.3-4.65 + 0 0

-1.0

S

3.394E-024.675E-0 11 .442E + 002.434E+002.5005+003.333E+00A.929E+007.193E+00

0.0

3.211E-023.062E-015.941E-0I6.890E-318.758E-012.180E+004.367E+006.677E+00

1 .0

5.963E-031.519=-022.931E-029.472E-023.698E-0 12.035E+r<C4.270E+006.5695+00

LOG S/£' = -1.0

LCG K'R2/KE2 -7.0

TT/R2S R A E

l.f00E-O13.162E-011.OOCfc+003.162E+C0l.OJCE+011.OOOE+021.OOOE+031.000E+04

4.151E-025.265E-011.740E+003.396E+005.227E+009.027E+001.286E+011.670E+01

-6.0. T T E

4.150E-025.2Ô5E-011 .74CE + 003.396E+005.227E+CC9.0265+001.2S6E+C11.660E+31

- 5 . 0

M E N

4.15CE-C25.265E-011.740E+0C3.396E+005.227E+009.027E+001.276E+011.6035+01

- 4 . 0

T S

4.150E-02 4,5.2Ó5E.-01 5,1.740.P+00 1,3.396E+00 3.5.227:i+00 5,3.S295+00 8.1.219F+01 1.1.389E+01 1.

-3.0

R E D

149E-02265E-01740E+00384E+0C133E+00363E+00006E+0I106E+01

-2.0

U I T

4.142E-025.219E-011.679E+003.155E+004.634E+O06.316E+007.304E+009.396E+00

-1 .0

3.900Z-024.677E-01

2.439E+3C2.950E+003.90ÜE+0C5.972F. + 009.274E+00

0.0

3 . 2 3 3 E - 0 23.076E-01ó.131E-018.276E-011.2SSE+003 . 1"'4Î+005.454ÍE + 007 .765E+00

1 .0

5.979E-032.237E-027.992E-C23.37Ä-E-0I1.0035+003.073E+005.362E+007.672E+00

PUITS A PENETRATION DE 0 .5 A O . S ET PIEZOMETRE OUVERT DE 0.1 A 0 .2


DANS L 'HYPOTHESE DE NEUMAN. SELON FORMULES DE BOULTON - STRELTSOVA

TABLEAU E C

PENETRATIONDU PUITS DEPOMPAGE (E)

PENCTRATIONDVPIEZOMETRE CC>

NAPPE0.0-

0.2-

O.4—I

0.6-

0.8-

1.0-

LIBRE | < — -> |ANISOTROPE-S»

C

-c-

E-E

-K»-

E-E-

///////////// IMPERMEABLE /////////////

LOG S/S* = -3.0

LOG K»R2/KB? -7.0

TT/R2S R A B

I.000E-013.162E-011.000E+003.162E+00I.O00E+0I1.000F+021 .OOOE+031.000E+04

1.138E-06 1.1 .232E-05 1.3.93ftE-05 3,7 .672E-05 7,1 .186E-04 1,2 .045E-04 1,2 .79IE-04 2,2 .931E-04 6,

- 6 . 0

T T E

026E-062151: - O S978E-O5671E-O5183E-04926E-04055E-04728E-03

- 5 . 0

M E N

8.143E-07l.173E-053.943E-057.497E-051.066E-041.I92E-04ft.620E-035.028E-OI

- 4 . 0

T S

1.010E-061 .154E-0S3.266E-054 .220E-054 .370E-056 .526E-035.018E-019.124E-0I

—3.0

R E D

1.I83E-O63.376E-O64.44 8E-O61.020E-O56.304E-034.986E-0I9.086E-0I9.47IE-O1

—2.0

U 1 T

0 . 00 . 04 . 7 3 B E - 0 31.2S2E-O14-.687E-018.740E-019. I20E-011.165E+00

- 1 . 0

S

3.156E-O44.307E-022.728E-O15.229E-O16.350E-016.688E-O1B.887E-O12.119E+00

0.0

8.101E-037.6 88 E—O21.464E—011.569E—011.63BE-012 .52BS-O19.709 b—Ol2.927E+00

1.0

1.499E—O33 .09OE-033.367E—034..239E—O37 .229E-O37.601E— 021.027E+003.0B7E+00

LOG S/S« =

LOG K«R2/KE

TT/R2S

1.000E-013.162E-O1I.000F+003.162E+001.000E+011.000E+021.000E+031.000E+04

- 2 . 5

»2 - 7 . 0

R A B

1.15SE-1.23IE-3.934E-7.ft70E-1 .185E-2.045E-2.813E-2.963E-

- 6 . 0

T T

•06 1 . 1 2 9 E - 0 6 8.05 1.22IE-05 1 ,•05 3 . 9 9 3 E - 0 5 3.05 7 . 6 9 6 E - 0 5 7 ,04 1 . 1 8 R E - 0 4 1 ,•04 I . 9 4 3 E - 0 4 1 ,04 2 .074E-04 6.04 6 .720E-03 5.

- 5 . 0

M E N

222E-07181E-05972E-05568E-O50B4E—04205E-046 06E-030286—01

- 4 . 0

T S

1 .116E-1.191E-3 .368E-4 .375E-4 .417E-6 .512E-5 .018E-9 .172E-

- 3 . 0

R E

- 2 . 0

D U I T

•06 6 .278E-O7-05 2 .269E-O6•05 2 .086E-06•05 4 .242E-O6•OS 6 .287E-O3•03 4.986E—01•01 9 . 134E-0I•01 1.01IE+00

0 .00 .04 . 7 2 4 E - 0 31.252E—Ol4.ftR76—018.7876-019.746E-O11.630E+00

-1.0

3 . 053E-044 . 304 E—022.728E-015.234E-O1ft.389E—017.226E-011.308E+O03.175E+00

0.0

8.092K-037.696E—021.4756-011.627C-O11.843E-014.538E-011.86OH-0O4.040E+00

1.0

1.523E-033.274E-O34. 14SC-037.119E—03I.B8OË-O23.421E—011.998C+004.21ZE+00

LOG S/S» = -2.0

OG K«R2/0CB2

TT/R2S

1.000E-013.I62E-011.000E+003.162E+001.000F+011.000E+021.000E+031.000E+04

- 7 . 0

R A B

1.152E-061.232E-053 .939E-057 .676E-051.187E-042 .0S4E-042 .836E-042 .980E-04

- 6 . 0

A T T E

1.0e3E-061.225E-053 .996E-057.724 E-O51.195E-041.969E-042 . 0 7 0 E - O 46.687E-03

- 5 . 0

M E N

8.756E-071.201E-054.042E-057.724E-051.107E-041.184E-046.55BE—035.026E-OI

- 4 . 0

T S

1.338E-0 61.24IE-053 .439E-054 .338E-054 .032E-056 .463E-035.016E-019.321E-01

- 3 . 0

R E D

0.02 .894E-O80.00 .06 .237E-034.984E-OI9.283E-0I1.194E4-00

- 2 . 0

U I T

0 .00 . 04 . 6 7 6 E - 0 31.250E-0I4 .685E-018.933E-011.156E+002.478E+00

- 1 . 0

S

2.7IIE-O44.293E-O22.726E-015.250E-016.5I0E-018.804E-012.110E+004.286E+00

0 .0

B.065C-037.720K—021.511E-011.807E-O12.479E—019.641fc-012.918E+00S . 168E+00

1.0

1 .S96E-O33 .862E-O36 .779C-03I .825E-O27.433E-021.021E4-003.079E+00Ï..348E+00

OG K»R2/KB2 - 7 . 0

TT/R2S

1.000E-013.I62E-0I1.000E+003.162E+001.000E+011.OOOÇ+021.000E+031. 000E+-04

R A B A

1.190E-061.237E-053 .945E-057 .688E-051.189E-042 .072E-042 .867E-043 .003E-04

- 6 . 0

T T E

1.070E-Oft1.228E-054 . 0 1 2 E - O S7.794E-051.212E-041.989E-O41.976E-O46.57IE-03

- 5 . 0

M E N

1.006 E—Oft1.258E-O54.150E—057.886E—05I.112E-041.033H-O46.396E-035.020E—01

- 4 . 0

T S

8 . 3 9 0 E - 0 71.141E-053 .183E-053 . 7 09E-052 .307E-056 .305E-035 .011E-019.777E-01

—3.0

R E D

0.0O . OO . O0 .06.081E-034.979E-019.737E-0I1.646E+00

- 2 . 0

U I T

O . OO . O4 . 5 2 S E - O 31.246E-014 .680E-019 . 3 7 9 C - O 1I.602E4-003.534E+00

—1.0

S

1.639E-044.260E-022.721E-0IS.299E-016.882E-011 . 282 E-I-003.148E+005.407E+00

0 .0

7.982F-037 .797E-O21.624E-012.363E-O14 . 364. fe'—011.835E+O04.014F+006.302E+00

1.0

1.824E-035 . 7 7 O E - O 31 .66OE-O27.043fc—023.293E—Ol1.973E+004.1B6E+006.4SÖE+00

LOG S/S• = — 1 . 0

LOG K«R2>KB2 -7.0

TT/R2S R A B

1.000E-013.1ft2E-011.000E+003.162E+001.000E+0II.OO0E+021.000E+03l.OOOE+04

1.162E-061.234E-053 .953E-057 .714E-051.197E-042.1 OIE—042.892E-043 .010E-04

- 6 . 0

i T T E

I.055E-06 1,1.242E-05 1,4.069E-O5 4.7.934E-05 7.1.232E-04 1,1.963E-04 5.I.588E-04 5.6.193E-O3 5.

- 5 . 0

M E N

274E-06309 F—05220E-O5843E-C506BE-04287F-05883E-03002E-01

-4 .0

T S

0 .08 .878E-062.592E-052 .039E-050.05 .807E-034 .994E-011.1OftE+0 0

- 3 . 0

R E

- 2 . 0

U I T

0.0 0 .00 .0 0 .00 .0 4 . 0 4 9 E - 0 30.0 1.231E-O15.585E-03 4 . M > 4 E - 0 14.962E—01 1.064E+001.102E+00 2 .391E+002.440E+00 4.;>92E4-O0

-1.0

0.04.155E-O22.707E-01Ü.449E-017.951E-012.027E+004.201E+O0t..476E'K)0

0 .0

7 .756E-038.046E— 021.969E-013.972t-018.997E-010.00.00.0

PUITS CREPINE DE C.8 A 1. ET PIEZOMETRE COMPLET

ABACua POUR L'INTERPRETATION DE POMPAGES EN NAPPE LIBRE ANISOTROPE»

CANS L'HYPOTHESE DE NEUMAN, S5LGN FORMULES DE SOULTON - STfiELTSOVA

TABLEAU F 1

PENETRATIONDU PUITS DEPOMPAGE (F)

PENETRATIONDUPIEZOMETKE (1)

0.2-

0.4-

0.6-

0.3-

1.0-

E LIBRE |<

B11

.U.U

.11i

R

+-K

>|ANISOTROPE

1

1

1 S

1

11

///////////// 1MP-FMEABLE /////////////

LOG S/S' = -3.0

LOG K'P2/KB2 -7.0

TT/R2S R A E

l.OOCE-013.162E-011.OCOc+003.162fc+CC1 .OOOE+011 .OOOE+02l.OGGE+031 .CC0E+C4

2.4915-023.1595-011.044E+002.035E+003.1355+005.417E+007.717E+001.0025+01

-6.0

T T

3.15SE-311.044E+0C2.033E+003.136E+005.A17E+007.717E+CC1-0C2E+01

- 5 . 0

M E N

2 .4915-023.1595-011.0445+002.3335+0C2. 1365 + 00E.41Ó5+007.717E+00l.OOOE+01

-4.0

T S

2.A90E-323.159E-011.0445+002.03SE+003.136E+005.417E+C07.698E+333.976E+00

- 3 . 0

R E D

2.490E-023.159E-011.044E+002.033E+003.136E+005.39SE+006.6745+006.7385+00

-2.0

U I T

2.490E-023.159E-011.0«-45+002.038E+003.11BE+004.330E+004.Ä.43E + 004.728E+00

-1 .0

3.159É-011.031E+001.607E+002.160E+002.2195+002.474E+003.940E+00

0.0

2 .409E-022 .3925-014.5915-014.6a52~01

ôlÍ05Í-011.43ÖE+303.732E+00

1 .0

4 .679E-039.520E-03Ç.686E-031.015E-021.195E-027.5"'3=-P21.133E+0C3.336E+00

LOG S / S ' = - 2 . 5

LCG K ' P 2 / K B 2 - 7 . 0

TT/R2S R A B A

l.OOOE-013.162E-0 11 .OOCE + 003. 1Ô2E+0Cl.OOOE+011.000E+021.000E+C31.000E+04

2.431E-023.159c-011.044E+002.038E+003.136E+005.417E+007.717E+C01.002E+01

-6 .0

T T E

2.490E-023 .159E-0 1

2.033E+003.136E+005-.417E+007.717E+001.0C2E+01

- 5 . 0

M E N

2.491E-023.159E-011.0445+OC2.038E+003.136E+0S5.416E+007.717E+00l.OOOE+01

-4.0

T S

2.490E-023.159E-011.044E+002.03SE+003.136E+005.417E+007.699E+008.982E+00

-3.0

fi E

-2.0

D U I T

2.490E-023. 159E-011.044E4002.038E+003.136E+005.398E+006.680E+006.B09E+00

2.491E-023.159E-011.044E+002.03SE+003. 119E+00Í-.385E+004.513E+005.265E+00

-1.0

2.494E-C23.160E-011.031E+001.608E+OQ2.165E+002.2815+002.963E+005.207E+00

0.0

2.415E-022.394E-014.606E-014.9585-015.234E-018.6235-012.558E+005.000=+00

1 . 0

4 .617E-039.506E-039.99<-E-0 31.177E-022.051E-023.675E-0 12 . 1B3E+004.a99E+00

LCG S / S '

LOG K'P2/KB2 -7.0

TT/R2S R A B

l.OOOE-013.162E-011.OOCE+003.162E+001.000E+C11.000E+021.C00E+C3l.COOE+04

2.491E-023.159E-011.0445+002.038E+003.1365+005.417E+007.7175+001.002E+01

- 6 . 0

i T T E

2.490E-02 2,3.159E-01 3,

2.038E+00 2,2.1365+00 3,5.417E+00 £.7.717E+00 7,1.0C2E+01 1.

- 5 . 0

M E N

491E-021595-01046E+00038E+00136E+C0416E+00717E+00OOOE+01

-4.0

T S

2.4905-023.159E-011.044E+002.033E+003.136E+005.4I7E+007.700E+008.999E+00

-3.0

R E

-2.0

D U I T

2.490E-C23.159E-011 .044Ç + 002.038E+003.137E+005.3995+006.6975+007.016E+00

2.492E-023.160E-011.0-4E+002.038E+003.120E+00

¿.719E+006.278E+00

-1 .0

2.E03E-023.163E-011 .0325 + 00l.ailn+002.179E+002.4665+003.931E+006.485E+00

0.0

2.4365-022.402E-014.6555-015.1395-016.0425-011.4375+003.7725+006.190E+00

1 .0

4 .420E-0 39 .475E-031.120E-021.970E-027 .350E-021.125E+003.327E+005.654E+00

LOG S/S« * -1.5

LOG K'R2/KB2 -7.0

TT/R2S R A B

l.COOE-Cl3.162E-011.OOCE+003.162E+CC1 .COOE + Ol1.000E+02l.COCc+031.COOE+Oû

2.491E-023.159E-011.044E+002.033E+003.136E+005.417E+007.7175+001.3025+0 1

-6.0

, T T E

2.490E-023.159E-011 .04AE + 002.033E+C03.136E+C05.4175+OC7.717E+001 .002Î

- 5 . 0

M E N

2.491E-023.159E-011.044E+C02.0385+CO3.1355+CO5.4175+007.7175+001.3015+01

-4.0

T S

2.4905-023.159E-011.044E+002.0385+CO3.1365+005.417E+C07.7035+009.0535+00

-3.0

P E D

2.491E-023.159E-011.0445+002.0385+003.137E+005.403E+006.751E+007.540E+00

-2.0

U I T

2.495E-023.161E-011.0«5E+002.039E+003.123E+004.H56E+005.237E+007.549E+00

-1 .0

2.E29E-023. 171E-011 .035E + 0C1.821E+002.225E+002.941E+Û05.178E+007.7015+00

0.0 1 .0

2.499E-02 3 .803E-032.426E-01 9.C-91E-034.805E-01 1.724E-025.895E-31 6.8335-028.t02E-01 3 .514E-012.5285+00 2.158E+004.968=+00 4.467E+00

6.7905+00

LOG S/S1 = -1.0

LOG K.'R2/KE2 -7.0

TT/R2S R A B

l.OOOE-013.162E-011.OOCE + 003.1625+00l.CCOE+011.000E+021.000E+C31.OOOE+04

2 1 E 0 23.159E-01

2.033E+003.1365+005.417E+007.717E+001.002E+01

-6.0

\ T T ï

2.4905-023.1595-0 11 .044E + 0C2.335Û+0C3.136E+005.417E+007.717E+301 .0C25+C1

- 5 . 0

M E N

2.491E-023.159E-011.04&5+CC2.038E+C02.136E+005.417E+0C7.7ie5+CC1.0C2E+01

-4.0

T S

2.490E-023.1595-011 .0445 + 002.038E+003.137E+005.¿ieE+007.713E+C09.20SE+00

- 3 . 0

R E D

2 .4925-323 . lóOE-011.044E+002.0335+003.1335+005.<.13E + 006.9055+UO3.493E+00

-2.0

U I T

2.505E-023.164E-0 11 .046E+002.042E+033.133E+00A.608E+00Ô.191E+00S.774E+00

-1 . 0

2 . 6 1 1 E - 3 23 . 1 9 7 E - 0 11 .043E + 001 .652l£+002.359E+003 . 3 A 4 E + C 06.395E+0C3.8^25+00

0.0

2.6365-022.4995-015.2525-017.9015-011.406E+003.672E+-306.0945+308.44.95 + 00

1 .0

1.919E-031.055E-025.358E-023.1535-011.04 6E+0 03.234E+0 05.566E+007.889E+00

FUITS * PENETRATION DE 0.8 A 1.0 ET FIEZCMETRE CUVERT DE 0.0 A 0.6

AEAQUE FCUfi L•INTERPRETATICN CE POMPAGES EN NAPPE LIBRE ANIEOTROPE.

DANç L'HYPOTHESE DE NEUMAN, SELCh FCRXlJLES CE BCULTON - SlRE>-TSCvA

TABLEAU F 4

NAPPE0.0-

0.2-

0.4-

o.e-o.e-

B

PENETRATION PENETRATIONDU FUITS DE DU

PCMFAGE (F) PIEZOMETRE (4)

LIBRE | < — — — p —>[ANlSCTPOPE

4

4+-K 4-

F

/ / / / / / / / / • / / / IKPERfEAELE / / / / / / / / / / / / /

LOG S/S" * -3.0

L<-G K«"2/KCTT/R2S

1.OOOE-O13.162E-01l.OCCE+OC3.162E+0Cl.OOOE+011.00CE+C21.00CE+C31.OCCE+04

LCG S/S« =

LCG K«R2/KE

TT/R2S

1.0OOE-013.162E-01l.OOCE+OO3.162E+00l.OOOE+011.000E+021.000E+C31.00CE+04

LOS S/S« *

2 -7.0P A e1.S35E-061.738E-05S.703E-051.111E-041.711E-042.9E0E-044.026E-044.191=-04

-2.Ï

2 -7.0

R A E

1.E33E-C61.733E-0EE.7C5E-0S1.110E-041.709E-042.950E-044.029E-044.188E-04

••^ m%j ....

LCG K'R2/KE2 -7.0

TT/R2S

1.OOOE-013.162E-01l.OOOE+003.162E+0C1.OCOE+011.000E+021«OOOE+031.00CE+C4

R A S

1.542E-061.736E-0SE.708E-051.110E-041»710E-042.950E-044.030E-044.185E-04

-6*0A T T E

1.234E-061 .706E-05E.C91E-051 .1C9E-041.7C7E-042.770E-C42.936E-04l.£61E-02

-6.0

A T T E

1.296E-061 .717E-C5E.70CE-C51.109E-041.707E-042.772E-C42.942E-041.662E-C2

-6.0

A T T E

1.271E-061.710E-055.692E-0S1 .109E-041.7C7E-042.773E-C42.954E-041.665E-C2

— — . C

M E N

1.075E-061.6E2E-CEE.6E1E-CE1.084E-C41.E33E-041.695E-041.645E-C26.34eE-01

-E.CM g N

1.098E-061.690E-0SE.6E7E-CE1.CE6E-041.E2SE-041.716E-041.É47E-026.3E0E-C1

-E.CM E N

1.070E-061.694E-0Ef.É75E-CE1.0eÇE-041.S44E-041.775E-C41.653E-02£.356E-C1

-4.CT £

1 .42CE-061.626E-C54.E47E-0SE.EECE-CEE.S46E-CEl.£2eE-C26.334E-C11.478E+C0

-4.C

T £

1.375E-C61.621E-C54.EE3E-C5E.CÊ2E-CE6.1C0E-CS1.Í30E-026.336E-011.4E3E+C0

-4.C

T £

1.E14E-061.C49E-054.CC9E-056.04EE-CE6.£££E— OE1.626E-C26.342E-011.4Ç9E+0C

-3.0R E D

9.923E-074.034E-064.842E-062.334E-C41.571E-026.293E-011.473E+CC1.S24E+CC

-3.0R. E 0

1 .023E-064.283E-066.2C7E-062.3e9E-041.E73E-C26.295E-0 11.478E+001.591E+00

-3.0

R E o

1.673E-0 66.323E-061.23eE-052.B79E-041.579E-C26.301E-011.494E+001.785E+C0

-2.0U I T

1 .018E-061 .002E-041.141E-021 .392E-015.917E-011 .426E + 001.477E+001.743E+00

-2.0

U I T

2.909E-061.061E-041.143E-C21.393E-01E.919E-011.431E+001.543E+002.245E+0C

-2.0

U I T

8.eS4E-061.244E-041 .148E-021.394E-015.925E-011.447E+001.735E+0C3.186E+00

-1.0

S

6.574E-044.484E-023.537E-018.591E-011.102E+001 .1EOE + 001.36eE+002.75CE+00

-1.0

S

6.728E-044.489E-023.53eE-018.599E-011.106E+CO1.2CEE+0C1.848E+003.92eE+00

-1.0

S

7.211E-044.S04E-023.543E-018.624E-011.120E+001.379E+0C2.741E+O05.136E+00

0.0

1.23EE-021.5EOE-013.061E-013.270E-013.350E-014.387E-011.2E6E+003.404E+00

: o.o

1.239E-021.E51E-013.07EE-013.337E-013.589E-016.701E-012.245E+004.579E+00

0.0

1 .249E-021.E56E-013.1ieE-013.S47E-014.329E-011.248E+003.394.E+005.743E+00

1.0

3.240E—036.596E-036.E10E-037.4S5E-039.775E-037.579E-021.089E+003.234E+C0

1.0

3.213E-036.667E-037.324E-039.622E-031.96SE-023.569E-012.110E+004.3eiE+00

1.0

3.129E-036.900E-039.149E-031.695E-027.380E-021 .082E+003.22EE+005.52eE+00

LCG S/S« * -l.E

LOG K«R2/KE2 -7.0

TT/R2S R A E

-6.0

1.000E-C13.162E-01l.OCOE-tCO3.162E400l.OOOE+011.00CE+G21.OO0E4031.000E404

1.E55E-06 1.269E-061.740E-05 1.71SE-055.713E-O5 S.709E-C51.111E-04 1.112E-041.712E-04 1.712E-042.957E-04 2.780E-C44.032E-04 3.C34E-044.170E-04 1.673E-C2

-E.CK E N

1.162E-061.696E-0EE.C99E-051.09EE-041.S61E-041.S77E-041.673E-026.376E-01

-4.0

T S

1 .4E8E-061.671E-C54.74EE-056.£C4E-0Ee.E10E-0£1.6S5E-C26.362E-011 .E¿ieE + CC

-3.0

R E 0

3.748E-061.2E0E-CS3.1S0E-053.17eE-C41.597E-026.321E-011 .543E + 002.272E+00

-2.0

U I T

2.701E-051.827E-041 .1C7E-021 .400E-01E.945E-011.495E+002.217E+0C4.26ÊE+00

-1.0

S

8.729E-044.5E2E-023.559E-018.7C2E-011.16IE+0C1.82CE+003.90CE+006.309E+00

0.0

1.279E-021.572E-013.250E-014.191E-016.495E-012.217E+004.549E+006.885E+00

1.0

2.e68E-037.730E-03l.e83E-026.916E-023.423E-012.C82E+C04.352E+006.661E+00

CG K«R2/KE2

TT/R2S

1.OCOE-013.162E-01l.OCCE+OC3.162E40Cl.OOOE+011.0COE4021.OOOE+031.0C0E+04

-7.0

R A E

1.E32E-061.741E-05S.707E-051.110E-041.709E-042.9S2E-044.015E-044.170E-04

-6.0

A T T E

1.313E-06I.717E-C5E.709E-051.113E-041.713E-042.809E-C43.328E-041.7C1E-02

-E.CM E N

1.198E-061.713E-0ÍE.733E-C5l.llîE-041.621E-042.616E-041.737E-026.444E-C1

-4.C

T £

2.18EE-061.E73E-0EE.36EE-0E8.E2EE-0E1.4E1E-041.714E-026.424E-011.688E+0C

-3.0

R E D

9.442E-063.097E-059.040E-055.049E-041.657E-026.383E-011.683E+C03.158E+C0

-2.0

U I T

e.S53E-053.671E-041.225E-021 .419E-016.Ú05E-011 .633E + 003.098E+005.521E+00

-1.0

S

1.347E-024.7C2E-023.6CEE-0I8.940E-011.281E+002.655E+005.043E+O07.425E+00

0.0

1 .3Ê5E-021.619E-013.64eE-016.029E-011.172E+003.302E+005.65SE+007.986E+00

1.0

2.C59E-031 . 108E-025.594E-023.093E-011 .009E + 003.138E+005.447E+007.763E+00

P U T S A PENETRATION CE 0.6 A 1.0 E7 FIEZCME7PE CUVERT CE C.4 A 1.0

ABAQuE FCUF L'INTERPRETATION DE POMPAGES EN NAPFE LIERE ANISOTROPEt

DANS l"thYFCThEsE CE NEuM*N. SELCN FOfi*L'LES CE BOLLTCN - S T R E L T S C V A

TABLEAU F £


NAPPE0.0-

0.2-

0.4-1

o.e-

o.e-1 .0-

LIBRE

PENETRA7I0NDUPIEZ0VE7RE (6)

— — >| AMSCTROPE

///////////// IKPERCEAELE /////////////

LCG S/S« =L°G K«"2/Kl

TT/R2£

1.000E-C13.162E-O11.OOCE+OC3.162E40Cl.OOOE+011.000E+C21.0C0E+C3l.OCOE+04

-3.0

-2 -7.0

R A E

4.151E-025.266E-011.740E+003.396E+00E.227E+009.C2EE+0C1.286E+011.670E+01

-6*0

A 7 T E

4.150E-C25.2655-011.74CE+002.396E+005.227E+009.C28E+0C1.286E+011 .670E + 01

-E.C

M £ N

4.1E1E-02E.2e6E-011.74CE+003.39€E+005.227E+009.C26E+0C1.2eC54011.6EOE+01

-4.0

7 £

4.1EOE-025.266E-011 .74CE4003.3Ç6E+CC5.Z27E4009.028E4001.2Ê65+011.440E+C1

-3.0

R E D

4.150E-02E.265E-011 .74CE40C3.396E+0C5.227E400e.e23E+0C1.057E4011.063E+01

-2.0

U IT

4.1S1E-025.265E-011.740E+CO3.281E+00E.031E+006.754E+006.815E+006.984E+0C

-1.0

S

4.142E-025.205E-011.6C7E+002.673E+003.14CE+003.20EE+003.36EE+0C4.401E+00

3

0.0

.532E-023.29OE-01666712

.2E2E-01•634E-01•7C8E-01.6495-01,4eSE+00.503E+00

l'O

6.232E-031.291E-021.327E-021.434E-021.799E-029.675E-021.109E+003.240E+00

LCG K«R2/KE2

TT/R2S

1.OCOE-013.1625-01l.OOCE+003.162E40Cl.OOCE+011.00CE+C21.0CCE+031.000E+04

LOG S/S* * —

LCG K'B2/KE2

TT/R2S

l.OOOE-013.162E-011.OCCE+003.162E+00l.OOOE+011.O00E+021.0C0E4031.000E404

-7.0

R A E

4.151E-025.266E-011.740E+003.396E+005.227E+009.C28E+0C1.28 6E + 011.670E401

2.0

-7.0

R A E

4.1S1E-025.266E-011.740E+003.396E+005.227E+009.028E+001.2B6E+011.670E4C1

-6.0

A T 7 E

4.151E-C2E.2655-011.74CE+003.396E+005.227E+009.026E+001.28EE+011.670E+01

-6.0

A 7 7 E

4.151E-025.265E-011.740E+002.396E+005.227E+009.02eE+0C1.286E+011.670E401

-E.C

K E N

4.1E1E-02

l!740E+002.2SÍE+005.227E+009.02EE+0C1.28ÊE+011.6EOE+01

-E.0

M g N

4.1S1E-025.2665-011.74CE+003.3SeE+005.227E+0C9.02EE+0C1.2E6E+01i.eeoE+ci

-4.C

7 £

4.1S0E-025.266E-011 .74CE4003.3SCE+005.227E+009.028E+CC1.26CE+011.440E401

-4.C

7 £

4.1E0E-C25.266E-011.74CE4003.3ÇCE+C05.Z27E+CC9.02eE+C0i.2eeE+oi1.441E+C1

-3.0

R E D

4.150E-025.265E-011.740E40C3.396E+005.227E+00fi.623E40 C1.057E+011.067E+01

-3-0

R E D

4.1S0E-02E.265E-011.740E40C3.39CE+C05.2275+008.824E+00i.oseE+oi1.079E+01

-2.0

U 1.7

4.151E-025.266E-011.740E+0C3.381E+0CE.C31EH-006.756E+00e.es6E+oo7.324E+0C

-2.0

U I 7

4.151E-025.266E-011.740E+003.381E+0CE.031E+006.764E+006.S76E+008.041E+CO

-1.0

S

4.143E-02S.20SE-011.607E+002.673E+003.14ÇE4003.24EE+003.6e9E+005.433E+00

-1.0

S

4.145E-025.206E-011.6C7E+002.674E+003.1EÉE+003.3E7E+004.382E+006.E93E+0C

O.O

3.535E-023.2915-016.262E-016.693E-016.923E-C19.7025-012.3ees+oo4.6645+00

0.0

3.546E-023.2955-016.294E-016.875E-017.5e3E-Cl1.477E+003.494E+00E.e24E+00

1.0

6.309E-031.3055-021.414E-021.777E-023.19ZE-023.e82E-012.120E+004.2EEE+CC

1.0

6.239E-031.352E-021 .710E-023.099E-029.642E-021.101E+003.231E+005.E32E+00

LCG S/S« * -l.E

LOG K'R£/KB2 -7.0 -6.0 -S.C

77/R2S

1.000E-C13.162E-C1l.OOOE+003.162E+00l.OOOE+011.0005+C21.000E+031.000E+04

M N

4.151E-02 4,5.266E-01 S.I.740E+00 1.3.396E+00 2,5.227E+00 5.9.O28E+O0 9.1.2B6E+01 1,1.670E+01 1,

15CE-C2265E-0174CE+00396E400227E+0002EE+00286E+01670E+01

4.1E1E-02E.266E-011.740E+002.396E+0C5.227E+009.026E+001.2eCE+01l.£EOË+Cl

-4.0

4.1SOE-025.266E-011.74CE4003.2SCE+0C5.S27E+009.02EE4CC

1.443E+01

-3.0

4.150E-025.266E-011.740E4003.3S6E+C05.227E+00E.825E+001.060E+011.112E+01

-2.0

4.1S2E-02E.266E-011.740E+003.382E+005.032E+006.787E4007.296E+009.080E+00

-1.0

4.1E4E-025.209E-011.6C8E+002.677E+003.17eE+003.661E+005.40EE+007.762E+00

0.0

3.578E-023.307E-016.394E-017.430E-019.484E-012.3605+004.635E+006.966E+00

1.0

6.017E-031.5C5E-022.817E-029.100E-023.728E-012.092E+CC4.3E6E+006.eeíE+oo

LUQ_J

•z.

gCDUl

cece

RE IN

TE

LOG K«R£/KE2TT/R2S

l.OCOE-013.162E-01l.OOCE+003.162E+001«00054011 .000E4021.0C0E4031.000E404 '

-7.0R A E

4. 151E-02£.2665-011.740E+002.2S6E+005.227E+009.028E+001.28CE+011.670E+01

-6.0A T 7 E

4.15CE-C25.26SE-011.740E+003.396E4005.227E+009.02eE+001.28CE+01I.670E+01

-E.CM E N

4.1E1E-02E.Z66E-011.740E4003.39CE+005.227E+0C9.02EE+0C1.2S6E+011.6ECE+C1

-4.C

7 £

4.1E0E-C25.2665-011.74CE+003.3SCE+CC5.227E+009.028E+C01.2C6E+0I1.4SOE+01

-3.0

R E D

4.150E-025.266E-011.740E40C3.397E+C05.22BE+00e.827E+001.067E+011.177E+C1

-2.C

U I 7

4.155E-02E.267E-011.741E+003.382E+00E.035E+0C6.E56E+007.955E+001.019E+01

-1.0

S

4.180E-025.217E-011.61CE+OO2.66 7E + 003.241E4004.296E+006.506E+008.862E+00

C.O

3.673E-02 S.3.343E-01 2.6.691E-01 7,8.987E-01 3.1.4C1E+00 1,3.4CEE+00 3.E.738E+00 5.8.068E+00 7.

1.0

3C4E-03041E-02S46E-O23e4E-01029E+00144E+0C4E1E+00767E+C0

PUITS CFEPINE DE O . S A 1 . ET PIE2OMETRE CUVERT DE 0 . 0 A 0 . 4

ABAOUE POUR L ' I N T E R P R E T A T I O N OE POMPAGES EN NAPPE UlERE A N I S O T R O P E .

CANS L ' H Y P O T H E S E DE N E U M A N . SELON FORMULES DE BCULTJN - STR.ZLTSDVA

TABLEAU F 7

PENETRATIONDU PUITS DEPOMPAGE < = J

NAPPE LIBRE | <-0.3-

0.2-

0.4-

0.5-

0.9-

1.0-

PENETRATIDNDUPIEZOMETRE (7)

->|ANISOTROPE

F

+-K

7—77

— S'

S

IMPERMEABLE /////////////

LOG S/S« = -2.0

LOG K ' P 2 / K B 2 - 7 . 0 - 6 . 0


l.OCOE-013.162E-011 .OOCE+003.162E+C01.0005+011.000E+021.000E+C3l.OOOE+04

5 . 4 8 B E - 0 7 3 . C 4 0 E -4 . 3 3 3 E - 0 6 4 . C 5 8 E -1 . 3 4 7 E - 0 5 1.379=-2 . 6 C 8 E - 0 5 2 . 6 2 3 E -4 . 1 3 6 E - 0 5 4 . 0 8 2 E -7 . 1 0 6 E - 0 5 fc.6Có=-3 . 9 3 2 E - 0 5 7 . I43E-3 . 9 6 5 E - 0 5 6 .944E-

0706OE

5£050505

1412•a

4Ê9

-5.0

M E N

.384E-C7

.017E-06

.375E-C5•623E-05•702E-05.11BE-C5.3115-05•324E-C5

-4.0

T S

2.496E-073.374E-061.032E-051.335E-051.314E-052.2 OIE-042.612E-018.357E-01

-3.0

. R E D

8.956E-087.420E-07e.651E-072.071Z-062.032E-042.601E-016.337E-018.7ÖOE-01

-2.0

U I T

4.917E-07I.620E-061.566E-042.27BE-022.492E-018.167E-018.606E-011.121E+00

-1 .0

S

1.5B6E-053.a56E-031 .670E-C15.075E-016.767E-017.170E-019.A95E-012.275E+00

0.0

7. 105E-031.042E-012.094E-012.245=-012.3232-013.3255-011 .123E+O03.214E+00

1 .0

2.256E-034.610E-034.833E-035.523E-037.973E-037.396E-P21.0f-7E+003. 184E + 00

LCG S / S ' = - 2 . 5

LOG K ' P 2 / K E 2 - 7 . 0 - 6 . 0


l.OOOE-013.162E-011 .OOCE + 003.162Ê+CC1 .OOOE + 011 .000E + 021.C00E+C3l.COOE+04

5 . 6 1 1 E - 0 7 2 . 9 7 2 E -4 . 3 4 3 E - 0 6 4 . 0 Ô 0 E -1 . 3 5 7 E - 0 5 l .3e7E-2 . 6 4 5 E - 0 5 2 . 6 2 3 E -4 . 1 1 0 E - 0 5 4 . C 7 9 E -7 . 0 9 9 E - 0 5 6 .645E-3 . 9 Ê 8 E - 0 5 7 .218E-9 . 0 0 2 E - 0 5 7 . 0 C 6 E -

- 5 . 0

M E N

- 4 . 0

T S

07 3 .334E06 3.871E-05 1.333E35 »2.561E05 3 .638E05 4 .006E '05 É .301E'05 S .314E

-OS 2 . 0 7 2 E-06 3 . 2 7 0 E-05 1 .C16E-05 1 .330E

1.391=2 . 3 0 5 E

•05• 0 5•05 2 . 6 1 3 E -•05 8 .407E-

- 3 . 0

P E

07 2 . 2 7 7 E06 1 .070E05 1 .774E05 5 . 2 8 5 E05 2 . 1 3 6 E

2 .602E- 0 401 8 .336E-01 9.430=-

- 2 . 0

D U 1 T

•07 1 . 6 1 6 E - 0 6•06 5 . 0 4 8 E - 0 6

- 0 6 1.67 1E-04•06 2 . 2 8 1 E - 0 2•04 2 . 4 9 4 E - 0 1•01 S . 2 1 5 E - 0 1•01 9 . 2 4 5 E - 0 1•01 1 .611E+00

-1 .0

2.423E-058.883E-031 .670E-C15.081E-016.808E-017.738E-011 .398E + 003.419E+00

0.0

7.120E-031 .043E-012.107E-012.310E-012.554E-015.562E-0 12.084E+004.369E+00

1 .0

2 . 2 4 5 E - 0 34 . 7 1 3 E - 0 35 . 4 1 I E - 0 3

1 . 8 1 4 E - 0 23 . 4 9 6 E - P 12 .071E+004 . 3 2 4 E + 0 0

LCG S/.S> = - 2 . 0 . : .

LOG K ' R 2 / K B 2 - 7 . 0

T T / R 2 S R A B

-6.0

T T

-5.0

M E N

-4.0

T S

-3.0

P E

-2.0

D U I T

l.OOCE-013.162E-011.OOCE+002.162E+00l.OOCE+011.OOOE+021 .CCCE + 03l.OOOE+04

5.343E-07 3.255E-4.334E-06 4.131E-1.3E5E-05 1.390E-2.669S-05 2.653E-4.141E-05 4.135E-7.0S0E-05 6.673E-8.779E-05 7.215E-8.812E-05 7.003E-

07 9.234=06 3.372EOE 1.J35E05 2.532E

3.542E2.766E

050505 6.126E-05 S.113S-

C8 3.044E'06 3.505EC5 1.055='

1.437E05 1.721E'05 2.643E05 2.617E05 3.561E

:-os

07 4.940E-0706 2.066E-0605 5.144E-0605 1.592E-0505 2.471E-0404 2.606E-0131 8.540E-01

-01 1.132E+00

4.849E-061.536E-051.999E-042.292E-022.497E-018.367E-011.112E+002.525E+00

-1 .0

5.121E-053.967E-031 .673E-0 15.103E-016.939E-019.410E-012.266E+004.596E+00

0.0

7.167E-031 .047E-012.148E-012.514E-013.269E-011 .11ÓE+003.205E+Q05.521E+00

1 .0

2 . 2 1 5 E - 0 35.054ÍE-0 37 . A 3 0 E - 0 31 . 7 5 1 F - 0 27 . 2 0 9 E - 0 21 .05 9=+003 . 1 7 5 E + 0 05 . 4 6 7 E + 0 0

LCG S / S ' = - 1 . 5

LOG K ' P 2 / K B 2 - 7 . 0 - 6 . 0


-5.0

M E N

-4.0

T S

l.OOOE-013.162E-011 .OOCE + 003.162E+001 .OCCE+0 11.000E+021.00OE+031.OCCE+04

4.959E-07 2.S5SE-4.245E-06 4.013E-1.323E-05 1.3Ê1E-2.615E-05 2.606E-4.081E-05 4.002E-7.026E-05 6.441=-B.903E-05 7.102E-8.93ÊE-05 6.876E-

07 1.092E06 3.582E05 1.323=05 2.541E35 3.569E05 3.882E05 6.265E05 9.25SE

•08 3 . 7 S 1 E -•06 3 . 7 5 B E -•05•05

-05

1.145c1 .772E-2.793=

C5 3.715E05 2.629E05 9.033E

-3.0

P E D

07 1.766E-0606 5.661E-0605 1.606E-0505 4.990E-0505 3.539E-0404 2.618E-0101 9.011E-01

1«608E+00-01

-2.0

U I T

1.530E-C54.340E-053.043E-042.325E-022.509E-01Ó.331E-011.S33E+003.O71E+00

-1.0

1.354E-049.234E-031 .633E-015.169E-0 17.339E-011.371E+003.390E+005.760E+00

0.0

7.31IE-031.059E-012.277E-013.13SE-015.366E-012.057E+004.34QE+006.6E7E+00

1 .0

2 . 1 2 2 E - 0 36 . 2 0 8 E - 0 31 . 5 6 1 E - 0 26 . 7 7 7 E - 0 23 . 3 5 6 E - 0 12.044E-4-004.295E-t-306 . 5 9 e E + 0 0

LOG S / S ' -1 .0

LOG k ' R 2 / K E 2 - 7 . 0 - 6 . 0

T T / F 2 S R A B A T T

l.OOOE-013.162E-011.OOCE+003.162E+GCl.COCE+011.OOCE+02l.OCOE+031.G00E+C4

5.721E-07 3.316E-4.3573-06 4.0A1E-1.342E-05 1.343E-2.633E-05 2.54--5E-4.377E-05 3.83SE-6.967E-05 6.165E-S.Ó31E-05 Ê.669E-8.714E-05 6.634E-

-5.0

M E N

-4.0

T S

37 1.092E-06 3.741E-05 1.323E-35 2.501E-05 2.586E-05 3.952E-35 6.2B7E-05 9.3C3E-

C7 7.163E-0706 4.522E-06C5 1.490E-0505 2.643E-0505 6.166E-05C5 7.062E-0405 2.6Ö3E-01CE 1.C33E+00

- 3 . 0

R E D

4 . 3 5 0 E - 0 61 .594E-05* . 9 1 1 E - 0 51 . 5 5 2 E - 0 46 . 3 7 5 E - 0 42 . 6 5 6 E - 0 11.036E+002 .468Ê+00

-2.0

U I T

¿.S14E-051.519E-046.310E-042.428E-022.547E-011.016E+002.43BE+00

-1 .0

3.979E-041 .006E-021.712E-015.371E-018.496=-012.1S1E+004-.509E + 30Ó.853E+00

0.0

7.724E-031 .097S-012.663E-014.923E-011.04 3E+003. 116E + 005.437E+307.756Z+00

1 . 0

1 . 8 2 0 E - 0 31 . 0 4 8 E - 0 25 . 5 4 4 E - 0 23 . 0 4 2 E - 0 19 . 9 0 0 E - 0 13 . 0 9 2 E + 0 05 .389E+007 . 7 0 1 E + 0 0

PUITS CREPINE DE 0.8 A 1. ET PIEZOMETRE CUVEFT DE 0.6 A 1.3


CANS L'HYPOTHESE DE N5UMAN. SELCN FORMULES DE BOULTGN - STRELTSOVA

TABLEAU F A


PENETRATIONDUPIEZOMETRE (A)

NAPPE LIBRE | <-0 .0-

0.2-

0 .4-

0.6-

0.3-

1,0- -

- K ' -

+-K

F-F-

•>|ANISOTROPESi


•£ LDG S/S» - 3 . 0

LOG K ' F 2 / K E 2 - 7 . 0

T T / R 2 S R A B

-6.0 -5.0

T T E M E N

l .OOCE-013 .1625-011 . O O C E + 0 03 .1620 + 001.00OE+C11 .O00E + 02l .COOE+03l .OOOE+04

6 . 2 2 7 E - 0 27 . 3 9 3 E - 0 12 .5115+005 .0S4E+007 .841£+001.3545+011.929ET+012.5055+01

6 . 2 2 5 E - 0 27 .856E-012 .611E+C05.094E+C07.B41E+001 .354E+011.9295+012.5C3E+01

6 . 2 2 6 E - 0 27 .8935-012.6115+005.0945+007.8415+GO1.3545+011.9275+012.405E+01

-4.0

T S

6.226E-027.89aE-012.611E+005.095E+007.841E+001.352E+011.3305+312.C22E+01

-3.0

R E

-2.0

D U I T

6.225E-027.898E-012.611E+005.094E+007.618E+001 .2S5E + 011.4475+011.454E+01

Ó.226E-027.897E-012.594E+004.886E+006.908E+003.809E+008.671E+009.0125+00

-1.0

6.1I7E-027.224E-0 12.C46E+003.228E+003.745E+003.806E+003.939E+004.332E+00

0.0

4.156E-023.6523-016.8805-017.292E-017.360Z-01E.2135-011.4775+033.337E+00

1 .0

6.905E-031.4095-021 .453E-021.582E-022.017E-021.065E-011.093F+003.1905+00

LOG S / S ' = - 2 . 5

LOG K'R2/KB2 -7.0

TT/R2S R A B

l.COCfc-Cl3.162E-011.0005+003.1625+001.C0C5+011.000E+021.00CE+C31.0005+04

6.227E-027.8985-012.611E+005.0945+007.341E+001 .3E4E+011.929E+012.5055+01

-6 .0

i T T E

6.225E-027.693E-012 . 6 H E + 005.094E+CO7.841E+001 .3S4E+011 .929E + 012.5035 + 01

- 5 . 0

M E N

6 . 2 2 6 E - 0 27 .893E-012 .611E+C05.094E+007.841E+001.354E+011.927E4-012.405Ê+O1

-Í-.0

T S

6.226E-02 6.7.Ö93E-01 7,2.Ó11E+00 2.5.095E+00 5,7.841E+00 7,1.352C+01 I,1.830E+01 1,2.022E+01 1,

-3.0

R £ D

2255-02898E-01611E+000945+008185+00255E+01447E+01457E+01

- 2 . 0 - 1 . 0

U I T S

6 . 2 2 6 E - 0 27 .897E-012.59^-E+OO4.8365+00ó .9085+006 .810E+008 .904E+009 .298E+00

6 . 1 1 7 E - 3 27 . 2 2 4 E - 0 12.0465+003.223E+0C3.746E+003.837E+004.214E+005 .79 2E+00

0.0

4 . l£37E-0 23 .653E-016 .e83E-01

1.0

6.900F-031 .4.29E-0 21.562E-02

7.553E-011.OC75+O02.318E+304.5225+00

3 . 6 0 6 E - 0 23 .927E-012 .083E+004 .327E+00

2 LOG S/S' •= -Î.O-

LOG K'R2/KB2 -7.0

TT/R2S R A B

l.COCE-013.162E-C1l.OOCE+003.1625+00l.COOE+011.0005+021.000E+C31 .OOCE+04

6.227E-027.393E-012.Ó11E+005.094E+OO7.841E+001.3545+011.929E+012.5055+01

- 6 . 0

, T T E

6 . 2 2 5 E - 0 27 .35BE-012.611E+005.094E+OC7.841E+0C1 .3E4E + 011.529E+312.5Û3E+01

- 5 . 0

M E N

6.22 6 E - 0 27 .8983-012 .611E+005.094=+007 .841E+C01.354E+011.927E+012.405=+01

-4.0

T S

6.226E-027.898E-012.611E+005.0955+007.641F+001.3525+011.830E+012.023E+01

- -3.0

R E D

6.225E-027.898E-012.611E+005.094E+007.618E+001.2555+011.4485+011.467E+01

-2.0

U I T

6.226E-027.897E-012.594E+004.836E+00O.908E+006.816E+009.0035+009.9265+00

-1 .0

6.1185-027.224E-012.0475+OC3.226E+003.751E+003.930E+004.823E+006.9025+00

0.0

4.162E-023.655E-016.9133-017.504E-018.147E-011.469E+P03.37SE+005.668E+00

1 .0

6.8825-031.4955-021.9245-023.510E-021.0425-0 11 .0B65+003.131E+005.470E+00

2 LCG S/S« - 1 . 5

LOG K»R2/KE2 -7.0

TT/R2S R A B

l.OOOE-013.162E-011.OOCE+003.162E+C0l.OOCË+011.O00E+O21 .OCOE + 031 .OOuE

6.227E-027.3935-012.ail5+005.0945+007.341E+001.3E4E+011.929E+012.5055+01

-6 .0

T T E

6.225E-027.SÎ3E-012.6115+005.094E+007.Ê41E+C0

1.9295+012.5035 + 01

-5 .0

M E N

6.226E-027.89SE-012.6115+CC5.094E+007.8415+001.354=+011.927E+012.4055+01

-4.0

T S

6.2265-027.698E-012.611E+005.095E+J07.B41E+001.352E+011.e30E+012.024E+01

-3.0

R E

-2.0

D U I T

6.2255-027.S98E-012.6115+005.0945+007.ei8E+001.2555+011.450E+011.4955+01

6.2265-027.897E-012.594E+004.8S6E+006.909E+00Ö.8325 + 009.270E+001.0885+01

-1.0

6.1225-027.2255-0 12.O47E+003.230E+003.7Ó65+00a.187E+005.7645+00S.0455+00

0.0

4.1775-023.661E-016.99OE-C>17.9925-019.857H-012.291E+0?4.493E+006.S02E+00

1.0

6.825E-031.7095-0 23.2185-029.B78F.-0 23.77eE-012.0565+00A.299Í+006.601E+00

LOG S/S' = -1.0

0G K'R2/KE2 -7.0

TT/R2S

1.00CE-C13.162E-01l.CCCE+OO3.162E+001.0005+011.00CE+021 .00Cfc: + C31 .OUCE+04

R A e

Ó.227E-C27.393E-012.6115+005.054C+007.3415+001.3545+011.9295+012.50SE+01

-6.0

A T T E

6.2255-027.356E-C12.611E+CC5.394E+007.341E+001.3545+011 .929E+312.503E+01

-5.0

M E N

6.2263-C27.8935-012.611E+0C5.0945+007.3415+001.354E+011.927£+C12.4065+01

-4.0

T S

6.2255-327.3935-012.6115+005.095C+007.641E+001.252E+011.B335+312.C29E+01

-3.0

R E D

Ó.224E-027.o9SE-012.6115+005.0945+007.8185+001.2555+011.454E+011.5515+01

-2.0

U I T

6.227E-027.893E-012.594E+004.386E+00é.9105+008.379E+009.339E+001.194E+0 1

S

67233465

-1.0

.1335-32

.229Ü —0 1

.C43E+00

.2355+30

.3115+00

.7335+JO

.8165+30•131E+00

0.0

4.2235-023. 6305-017.2225-019.3625-011.3955+003.2925+005.535E+007.9025+00

62831357

1.0

.6195-03•413E-02.320E-02. £.44P — 0 1

•016E+00•097E+0 0.3925+00•T04E+00

PUITS CREPINE DE C.B A 1• ET PIEZCMETRE CUVcPT DE 0.0 A 0.2

ABAOU5 POUR L'INTERPRETATION DE POMPAGES EN NAPPE LIBRE ANISOTROPE.

CANS L>HYF0TH5SE DE N5UMAN, SELON FORMULES DE BOULTCN - STRELTSOVA

TABLEAU

PENETRATIONDU PUITS DFPOMPAGE < = >

NAPPE LIBRE 1<-0.0-

0.2-

0.4-

0.6-

0.3-

1.0-

PENETRATIONDUPIEZOMETOE (B)

->|ANISOTROPE

C

+-K

3— S1

S


LCG S/S1 = -2.0

LOG K ' P 2 / K B 2 - 7 . 0 - 6 . 0 - 5 . 0 - 4 . 0

n V R 2 E R A B A T T E M E N T S

1.000E-C13.162E-01i.ooce+oo3.1625+CO1 .COOC+011 .0C0E+02'1 .C0CE+G31 .COOE + O*-

5.412E-09 2.66SE-1.296E-06 1.3B7E-4 .7É2E-06 ¿ .6765-9.524E-06 1.026E-1.4745-05 1 .526E-2.5Ê5E-05 2 .4932-3.335E-05 2 .5135-3 .346E-05 2 .5125-

07 6.8475-06 1.Ó255-Oé E.137E-35 5.91B5-05 1.419E-05 1.614E-

l.t>04E-1.6835-

05C5

CS 1.226E-06 1.619E-06 4.255E-C£ 5.871E-05 6.5775-05 8.0825-05 9.5945-C5 3.865E-

- 3 . 0

R E

•37 2.3615-06 7.117E06 1.060E06 1.315E06 2.75IE06 9.559E02 3.8575-01 «..219c

- 2 . 0

U I T

-1 .0

-07 0 .0-07-06 1.1825--06 3.097E--06 9.216E-

3.792E-4.150E-6.70SE-

•02• 0 1• 0 1

2.1615-0807 1.310E-03•06 6 .4Ó3E-02•03 2.353E-01•02 3.229E-01

3.55tE-01=.8385-311.585E+00

01•0101

0.0

3 . 122E-0 35.214E-021 .062E-011.1525-011.227E-012 . 1995-019.saeE-oi2.02EE+00

1 .0

1 . 1645-032.A03E-032 . 6235-033.3¿-25-0 35.85SE-037 .127E-C2

3.135E+0 0

LCG S / £ ' = - 2 . 5

OG K ' R 2 / K E 2

T T / R 2 S

l .OOCE-C l3 . 1 6 2 E - 0 11 . 0005 + CO3 . 1 6 2 E + C 01 . O O O E + O 11 . O O O E + 0 21 . O O O E + 021 . O O C E + O4

CG SS S' -~ -

OG K ' R 2 / K E 2

TT /R2S

l.OOCE-Cl3.162E-O11.03CE+C03.162E+00l.COCE+011.0005+021.OOCE+031.0005+04

- 7 . 0

R A B A

0.01.299E-064.3175-069.44 05-061.4Ê45-C52.5e£E-053.344E-053.354E-05

2 . Q..

- 7 . 0

R A B A

3.047E-091.32 95-064.922H-069.810E-061.5105-052.63 7E-053.4795-053.439E-05

- 6 . 0

T T E

1.935E-071.251E-064.717E-069.E50E-C61.515E-052.5725-052.7725-352.7715-05

- 6 . 0

T T E

2.3175-071.3535-064.8155-061.010E-051.540E-352.^335-052.4215-352.4195-05

- 5 . 0

M E N

3.730E-031.551E-06E.089E-CÊ1.0125-051.450E-051.600E-C51.739E-051.824E-CE

- 5 . 0

M E N

3.S62E-CÊ1.663E-065.314E-C61.044E-051.5115-051.7845-052.0675-052.150E-C5

- 4 . 0

T S

1.646E-071.6S1E-064 .456E-065 .921E-0Ó6.600E-068.030E-069.597E-023.913E-01

- 4 . 0

T S

1 .7935-071.719E-064.303E-065 .671E-066.4685-068.2135-069.6 36E-024.063E-01

- 3 . 0

R E D

7.690E-093.0635-076.439E-071.096E-062.3645-069.561E-023.9055-014.8585-01

- 3 . 0

R E D

3.5135-075.8245-071.572E-062.1065-063.449E-069.5705-024.054E-016.7135-01

- 2 . 0

U I T

1 . 6 2 8 E - 0 73 . 6 4 7 E - 0 71 . 3 6 6 E - 0 63 . 0 9 7 5 - 0 3Ç . 2 1 9 E - 0 23 . 8 3 9 E - 0 1A . 7 3 1 E - 0 11.1515+00

- 2 . 0

U I T

0.01.50-6E-071 . 1 3 1 E - 0 63 . 0 9 7 E - 0 39 . 2 2 7 E - 0 23 . 9 3 6 E - 0 16 . 6 1 9 E - 0 12 .044E+00

-1 . 0

S

2 . 0 9 5 E - 0 71 .3105 -036 . 4 6 5 E - 0 22 . 3 5 8 E - 0 13 . 2 6 S E - 0 14 . 1 0 9 E - C 11.022E+002 .9935+00

-1 . 0

S

1 .8325 -371 .310E-036 . 4 7 5 5 - 0 22 . 3 7 5 E - 0 13 . 3 9 5 E - 0 15 . 7 A 9 E - 0 11 . S 7 0 E + 004 . 1435 + 00

0.0

3 . 1 2 2 5 - 0 35 . 2 2 4 5 - 0 21 .0765-011.215E-011.4525-014 .3735 -011.9245+004 .1645+00

0.0

3 . 1 2 5 5 - 0 35 . 2 5 6 5 - 0 21.1175-011.4145-312 .1475-019 .S16E-013 .0195+305.3055+00

1.0

1 . 1 7 2 E - 0 32 . 5 3 3 5 - 0 33 . 2 5 4 E - 0 35 . 7 4 8 E - 0 31 . 6 1 4 E - 0 23 #¿L 145—0 12.033E+004.2675+00

1 . 0

1 .1955-032 .Ç73E-035.41lE-031.5585-026.956F:-0 21 .037E+003.126E+005.A07E+0 0

LOG S/S1 = -1.5

LOG K'R2/KE2 -7.0 -6.0

TT/R2S

1.00CE-C13.162E-01l.OOCE+003.1625+001.0005+011 .0005 + 021.G00E+C3l.COOE + C-4

B

0.0 2.3675-071.1845-06 1.235E-064.6£2=-06 4.627E-069.1»55-06 1.324E-351.423S-05 1.581E-052.690E-05 2.6435-053.6345-05 2.7965-052.6865-05 2.eC5E-05

-5 .0

M E N

1.048E-071.6005-065.674E-0É1.1ieE-051.544E-051.752E-051.913E-C52.0205-05

- 4 . 0 - 3 . 0

0.0 3.253E1.2475-06 7.942E3.917E-06 1.310E5.756E-06 1.71856.694E-06 2.929E3.204E-0Ó 9.593E9.634E-02 4.51154.520E-01 1.137E

-2.0

07 C O07 0.006 8.5955-0736 3 .097E-3306 9 .254E-0202 4.436E-01

-31 1.123E+00+00 3.160E+00

-1 .0

1.431E-071.3105-036.4Ç3E-02

0.0 1 .0

3.733E-019.957E-012.965E+005.2355+00

3.1305-03 1.2685-035.35ÓE-02 4 . M 6 E - 0 31.2¿-45-ni 1.393E-022.3255-31 6.557E-024.189H-01 3.2815-011.8985+00 2.003E+004.137=+30 4.24CE+006.4&55+00 6.537E+00

LOG S/S1 = -1.0

LOG K'R2/KE2 -7.0 -6.0

TT/RZS

l.COCE-013.162E-011 .00C5 + 003.1625 + 301 .OOCE+011.00CE+021 .0005 + 03l.OOCE+04

R A B A

6.3235-03 31.3975-06 15.018E-05 59.784E-06 11.4655-05 12.5245-05 23.0375-05 23.0E3E-05

-5.0

M N

-4.0

-06-C6

.2C95-C7 1.6025-C7 2.978E-•4965-06 1.6661-•147E-06 5.2555-,0555-05 1.0335-•602E-35 1.4265-,563r-05 1.571E-,7775-35 1.6115-

-3.0

2.785E-C5 1.6975-

1.906E-4.719E-

05 6.439E-05 7.290E-05 ó.eoeE-05 9.7195-05 S.82BE-

07 1.695E-C706 5.652E-0706 3.6725-0706 6.4245-0706 0.006 9.682E-0232 5.Ö17E-0101 1.976E+00

-2.0

U I T

0.00.00.03.091E-039.335E-025.723E-011.957E+00A.257E+00

-1 .0

3.01 .303E-036.54SE-022.595E-014.905E-011 .7865 + 004.0575+30ó. 3695+00

0.0

3.1155-035.6645-021.6295-013.7755-019.1345-012.9355+005.2255+007.5335+00

1.0

1.A63E-039.5095-035.4195-022.9825-019.708E-01

5.332E+007.61-OE+OO

COce•z.

oaiODC

O

aiIDg

oceoai•ai

Ü

<OaiQ

ceai

ceH

LUü

i

CO

ce•z.o

PUITS CREPINE DE O.B A 1. ET PIEZOMETRFf OUVERT DE 0.2 A O.4


DANS L'HYPOTHESE DE NEUMAN, SELON FORMULES DE B0ULT0N - STRELTSOVA

TAOLF.AU F C

NAPPE0 . 0 -

0 . 2 -

0.4 —I

O . 6 -

0.8—

1 . 0 -

PENETRATIONDU PUITS ÜfcPOMPAGH (F)

LIURF |<

PONCTUATIONDUP1EZOMETRE (C)

R — —>|ANISOTROPE5 •

K1 —

+-K

C

„. . .p".

F

////////S//// 1MPERMEADLC /////////////

LOG S/S» = -2 .0

LOG K»R2/KB2 -7 .0 -6 .0 -5 .0

£j TT/R2S•ai

ce

R M N

-4 .0

S

-3 .0 -2 .0 -1 .0 0 . 0 1.0

U

8.309E-07 6.636E-07 1.664F-07 6.481E-0T O.O 0.0 2.399E—05 1.108C-022.146F-05 2.221E-05 2.200F-05 1.777E-05 2.161E-07 3.026E-04 2.692E-01 3.166E-01 1.102E-0X6.428E-05 6.607E-05 5.894E-05 2.203E-05 3.948E-04 4.062E-01 1.041C+00 4.253F.-01 W.522E-021.106E-04 1.097E— 0* 6.202E-05 4.272E-04^ 4.245E-O1 1 .265E+00 1.237E+00 1.126F+00 1.050E+00

1.000F-011.000F+001.000E+011.000E+021.000F+03 1.393E-04 1.182E-04- 1.084H-04 4.264E-01 1.293F+00 1.477E+00 2.303E+00 3.071E+00 3-12CÍE+001.000E+04 1.390E-04 1.177E-04 1.648E-04 1 .296E+00 1.506E+00 2.596E+00 4.4^46E+00 5.343E+00 S.407E+00

ai

LU_l•LU_l

Ü_l<ÜLU

O

o•LU

ceceLUHLUceh-zLUO

ICODC

zoLUüceü

I

LU

gzoceÜLU_J

•LU

PUITS CREPINE DE 0.8 A 1. ET PIEZOMETRE OUVERT DE 0.4 A 0.6

ABAQUE POUR L'INTERPRETATION DE POMPAGES EN NAPPE LIBRE ANISOTROP.

DANS L1HYPOTHESE DE NEUMAN, SELON FORMULES 0E BOULTON - STRELTSOVA

TABLEAU F D

LOG S/S» = -2.0

LOG K»R2/KB2 -7.0 -6.0

TT/R2S

.000E-O1•000E+00•000E+01«OOOE+02•000E+03•000E+04

R B

PENETRATIONDU PUITS DEPOMPAGE <K)

NAPPE LIHRE |<~0.0-

R—

0.2-

0 .4-

O.6—

0.8-

1.0-

PENETRATIONDUPIEZOMETRE ID)

> |AN 1 :SOTttUPH

BIN \-t

| D S+-K D

-FF

///////////// IMPERMEABLE /////////////

-5.0

M N

3.392E-06 3.212E-O61.42OE-04 1.425E-044.284E-04 4.273E-047.392E-04 6.935E-041.008E-03 7.312E-041.046E-03 4.926E-02

3.261E-061.413E-043.838E-044.203E-044.882E-021.380E+00

-4 .0

3.189E-061.137E-041.452E-044.838E-021.377E+002.769E+00

-3 .0

R

- 2 . 0

Ü U I

-1.0 0 . 0 1 .0

2 . 101E-06 2.812fc—O7 1.927E—O3 2«285E—02 5.27911-039.452E-06 3.3«9E-02 7.269E-01 5.027E-01 I.571E-024.67OE-O2 1.276E+0O 1.958E+00 6.158*:-01 9.737K-O21.368E+00 2.651E+00 2.135E+00 l-266fc+00 1.0S9E+002.7571:^00 2.837E400 3.056E+00 3-145E+00 3«129fc+002.944E+00 3.794E+00 5.108E+00 5-406G+00 5.4O7r+O0

o<ÜLUQ

FUITS CPEPINc DE 0.8 A 1. ET PIEZCM-TRE CUVEKT DE 0.6 A 0.3


CANS L'HYPOTHESE DE NEUMAN, SELON FORMULES DE HOULTON - STRELTSOVA

TABLFAU

PENETRATICNDU PUITS DEPOMPAGE (F)

PENETRATIONDUPIEZQMETRE (t)

NAPPE0.0-

0.2-

0.4-

0.6-

0.3-

1,0-

E LIBRE

B

1 <

F

„R

+-K

>!ANISOTPOPE

S

E

///////////// IMPERMEABLE /////////////

LOG S/S1 = -3.0

LOG K'R2/KE2 -7.0

TT/R2S R A B

1.0OOE-013.1Ó2E-G11 .COCE + 003. 1625+001 .00CE+C11 .O00H+021.C00&+031 .0005+04

1.571E-031.9943-026.594E-021.2e3E-011.968E-013.515E-015.759E-011.1873 + 00

- 6 . 0

i T T E

1 .573E-C32.000E-026.640E-C21 .310E-312.067E-014.294E-011 .0*05+032.921E+00

- 5 . 0

M E N

1.592E-032.053E-027.0993-021.517E-012.773E-0I6.832E-012.761E+0C6.253E+0C

-4.0

T S

1.765E-032.603E-021.107E-013.C23E-016.753E-012.54 0E+006.026E+C07.832E+00

-3.0

R E

-2.0

D U I T

3.217E-036.2e5E-023.159E-019.191E-012.053t+005.510E+007.313E+007.372E+00

9.856E-031 .97SE-0 19.637E-012.444E+00c-. I41E+005.924E+005.953E+00Ó.113E+00

-1 .0

2.919E-024.733E-011 .5935 + 002.696E+003.136E+003.244E+003.368E+00¿.202E+00

0.0

3.661E-023.4053-016.4665-016.e57E-016.920E-017.722E-011.391E+003.227Ü+00

1.0

6.561E-031.339E-021.386E-021.526E-021.992E-021.C^SE-Ol1.072E+003.13ÇE+00

- LOG S/£' -2.5

LOG K'P2/KE2 -7.0

TT/R2S R A B

l.COOE-013.162E-01l.OOCE+003.162E+001.OOOE+011.OOCc+021.000E+031.OOOE+04

1.571E-031.S94E-026.SS4E-021.233E-311.9Ë3E-013.5155-015.759E-01l.ie7E+00

-6.0

. T T E

1.573E-C32.C00E-025.6A05-021 .310E-012.067E-014.294-E-011.040E+002.921E + CC-

- 5 . 0

M E N

1.592E-032.053E-027.099E-021.517E-012.773E-018.832E-012.761E+0C6.253E+CC

-4.0

T S

1.765E-332.603E-021.107E-013.023E-016.753E-012.540E+006.026E+007.834E+00

-3 .0

R E D

3.217E-036.2E5E-023.159E-019.191E-012.053E+005.510E+007.314E+007.402E+00

-2.0

U I T

9.356E-031.978E-019.637E-012.444E+004.141E+005.925E+006.013E+006.37SE+00

-1 .0

2.919E-024.73SE-011 .593E + 0C2.C96E+003.183E+003.273E+003.623E+005.115E+00

0.0

3.6Ô1E-023.405E-016.473E-016.904E-317.101E-019.471E-012.192E+304.3t0E+00

1.0

6.570E-031.363E-021.506E-C21.970E-0 23.659E-023.8S8E-012.04AE+00A.269E+00

S LCGS/E» -2 .0

LOG K'R2/KE2 -7.0

TT/R2S R A B

l.OOOE-013.162E-011.OOCE+CO3.162E+C0l.OOGE+011.000E+021.0C0E+03l.OOOc+04

1.S71E-031.994E-026.S94E-021.2s8E-011.988E-013.51SE-015.759E-011.167E+00

-6.0

, T T E

I .S73E-032.COOE-026.6Í-0E-C21.310c-012.067E-014.294Ë-011.040E+002.921E+00

- 5 . 0

M E N

1.592E-032.053E-027.099E-021.517E-012.773E-018.832E-012.761E+0C6.2S3E+00

-4.0

T S

1.765E-032.603F.-021.1075-013.023E-016.758E-012.540E+006.026E+C07.a33E+00

- 3 .0

R E D

3.217E-036.2B5E-023.159E-019.191E-012.053E+005.510E+007.318E+007.494E+00

-2.0

U I T

9.e56E-031.976E-019.637E-012.444E+004.141E+005.930E+006.104E+306.966E+00

-1.0

2.919E-02•1.738E-0 11 .E93E + 002.696E+002. 192E + 003.359E+00A.194E+006.188E+00

0.0

3.561E-023.406E-016.494E-017.052E-017.657E-011.3335+003.218E+005.473E+00

1 .0

6 . 5 9 9 E - 0 31 .4Í.2E-0 21 .9015-023 . 5 6 6 E - 0 21 .056E-0 11.065E+0C3.130E+0 05.4.07E+00

LOG S/S» - 1 . 5

LOG K«R2/KE2 -7.0

TT/R2S R A B

l.OOOE-013.162E-011.OOCE+003.162E+00l.OOCE+011.000E+021.C00Ë+C31.OOOE+0A

1.571E-031.994££-026.5S4E-021.2E8E-011.983E-013.515E-015.759E-011.1S7E+Û0

- 6 . 0

, T T E

1 .573E-032.000E-026.Ö40E-021.310E-012.067E-014.294E-01

2.921E+C0

- 5 . 0

M E N

1.592E-032.05SE-027.099E-021.517E-012.773E-018.e32E-012.761E+C06.253E+00

-4.0

T S

1.7651-332.603E-021.107E-013.023E-316.758E-012.54 0E+C06.C26E+007.852E+00

-3 .0

R E D

3.217E-036.285E-023.159E-015.191E-C12.053Ë+005.510H+007.334E+007.749E+00

-2.0

U I T

9.856E-031 .978E-019.637E-012.444E+004.141E+00

Ó.351E+307.872E+00

-1 .0

2.919E-324.73BE-011 .593E + 002.697E+033.204E+003.596E+005.087E+307.305E+00

0.0

3.Ô615-022.407E-01C.559E-017.5035-019.258E-012.166E+00A.312E+006.611E+00

1 .0

6.637E-C31.694E-023.28AE-021.OOÊ-013.746E-012.018E+0 0

6.537E+0 0

LCG S/S» = -1 .0

ÍJJJ

i

5Dy.

U

Zit

r

LOG K'R2/KB2

TT/R2S

13131111

.COÛE-Cl•162S-O1•OOCc+00.1625+00.OOCE+01.OOCE+02.C00E+03.OOOfc+0-

-7.0

R A B

1.571E-031.994E-026.5943-021.2335-011.9835-013.5153-015.753E-011.137E+00

A

12612412

-6.0

T T E

.5735-03

.0005-02

.6415-02

.310=-01

.067E-01

.294E-01

.0403+00•921E+00

12712826

-5.0

M E N

•592E-03.0585-02.099E-C2.5175-01.'73E-01.8325-01•761E+00.253E+0C

-4.0

T S

1.7655-332.6035-021.107E-013.G23E-016.7533-012.5405+006.026t+C37.692E+00

3639257a

-3.0

R E D

.2175-03

.2853-02

.159E-01

.191E-C1

.0535+00•510E+00•372E+C3.2723+00

91O2^D6&

-2.0

U I T

.856E-03

.9763-01

.637E-0 1

.444E+00

.141E+00

.9Ó3E+00

.3303+00

.892Û+00

-1 .0

S

2.919E-024.73dE-011 .593E + 002.699E+003.241E+004.105E+00b • 1025 + 0 08.3825 + 00

336813

7

0.0

.551E-02

.4123-01•7575-01.7723-31.3113+00.1353+00. 393*t+ 00.6985+00

1 .0

6.9365-032.506E-023.53^5-0 23.425E-019.9S2E-013.050E+005.333E+007.6415+00

PUITS CREPINE HE 0.8 A 1. ET PIEZ-METRE OUVERT DE 0.8 A 1.0


DANS L'HYPOTHESE DE NEUMAN, SELON FORMULES DE SOULTON - STRELT5OVA

TABLEAU F F

NAPPE0 . 0 -

0 . 2 -

O . 4 -1

0 .6 -

o . e -1.0-

PENETRAT1ONDU PUITS DEPOMPAGE (F)

LIBRE |<


F-F-

->|ANISOTROPE

//////•/////// IMPERMEABLE

F-F-

LOG S/S» = -3.0

LOG K«R2/KB2 —7.0

TT/R2S R A B

1.000E-013.162E-011.000E+003.I62E+001.0O0E+011.000E+021.000E+031.000F+04

1.230F-011.560E+005.I55E+001.006E+011.54RE+C12.«73E+0I3.801E+014.892E+01

-6 .0

A T T

1.229E-01 1.1.560E+00 1.5.155E+00 5.1.006E+01 1,1.5A7E+01 1 ,2.665E+01 2.3.754E+01 3.4.713E+0I 4,

- 5 . 0

M E N

229n>01SS9E+00150E+000 04E+01540E+01620E+0I577E+01185E+0J

- 4 . 0

T S

1.227E-011.S54E+005.110E+009.887E+00] .501E+012.449E+013.056E+013.26IE+01

- 3 . 0

R E

- 2 . 0

D U 1 T

I.211E-O1 1.1.5I7E+00 1 ,4.906E+00 4,9.270F+00 7.1.358F+0I 9,1.959E+01 1.2.164E+01 J,2.170E+01 1,

144E-0I3B1E+00224Ë+0032SE+00675E+00169E+01176E+0I188E+01

-1.0

9.324E-029.711E-012.500E+003.759E+O04.303E+004 .364E+004.479E+005.274E+00

0 . 0

4.643E-023.899C-0I7.292C-017.723E-017.784E-018.563E-011.458E+003.274F+00

1.0

7.272E-031.4B3E—O21.534E-021.6S1E-022.172E-021.121E-011.075E+003.139E+00

LOG S/'S* = -2 .5

OG K'R2/KB2

TT/R2S

1.00OE-013.162E-011.000E+003.162E+001.OO0E+O11.000E+021.000E+031.000E+04

- 7 . 0

R A R

1.230E—011.560E+005.155E+001.0065+011.548E+012.673E+ 013.801E+014.092E+01

- 6 . 0

A T T E

1.229E-011.560E+005.155E+00I.006E+011.547E+012.665E+013.754E+014.7I3E+01

- 5 . 0

M E N

1.229E-011.559E+00S.150E+00I.004E+011.540E+012.620E+013.577E+014.185E+0I

1.227E-0I li1.554E+0P 1.5.110E+00 4,9.8B7E+00 9,1.501E+01 1.2.449E+01 1.3.0S6E+01 2,3.261E+01 2.

- 3 . 0

R E D

211F-01517E+00906E+00270E+00358E+01959E+0116AE+01I73E+01

- 2 . 0

U I T

I .144E-011.3B1E+004.224E+007.328E+009.S75E+001.169E+0I1.178E+01I.213E+01

- 1 . 0

S

9.324E-029.71IE-012.500E+003.759E+004.304E+004.390E+004.720E+006.167E+00

0 . 0

4.643E—023.899E-017.298E-0 17.768C-017.960E—011.026E+002.246E+004.383S+00

1 .0

7.280E-031.509C-O21.661E-022.149E-023.91IE-023.941E-012.045E+004.269E+00

LOG S / S ' = - 2 . 0

LOG K'R2/ rKB2 - 7 . 0

TT/R2S

1.000E-0]3.162E-011.000E+003.162E+001.000E+011.000E+021.000E+031.000E+04

R A B A

1.230E-01 11.560E+00 15.15SE+00 5l.OOñE+01 I1.548E+01 12.673F+01 23.801F+01 34.892E+01 4

-6.0

.229E-0I560E+00.155E+O0.006E+01•547E+01.665E+0I.751E+01.7I3E+01

- 5 . 0

M E N

1.229E-011.559E+005.150E+001.0 04E+011.540F+012.620E+O13.577E+0I4.185CT+0I

- 4 . 0

1.227E-011.554E+005.1ÎOE+OO9.887E+001.50IE+012.449E+013.056E+013.261E+01

- 3 . 0

1.211E-011.517E+004.906E+009.270E+001.358E+011.959E+012.1&4E+012.181E+01

-2 .0

U I T

1.144E—01]»38IE+004.224E+007.328E+009.675E+00I.I70E+0I1.I87E+0I1.269E+01

-1.0

9.324E-029.711E-O12.500E+003.759E+004.307E+O04.471E+005.265E+007.231E+00

0 . 0

4.644E-023.899E-017.317E-0I7.910E-018.497E-011.451E+003.2b5hrl-005.5I5E+00

1 .0

7 .309E-031.592E—022.076E-023.813E-021-098E—011.068F+003.130&+005.407E+00

LOG S/S' = -1.5

LOG K'R2/K?2 -7.0

TT/R2S R A 3

1.00OE-013.162E-011.000E+003.162E+001.000E+011.000E+021.000E+031.000E+04

1.230E-011 .5Í.0E+005.155E+00I.O06E+OI1.64.RE+0 1

3.801E+014.8O2E+0I

- 6 . 0

T T E

1.2?9F-011.560E+005.155E+001.006E+011.547E+012.665E+013.754F+014.713E+01

- 5 . 0

M E N

1.229E-0I1.559F+005 .150O001.004F+0I1.540C+012.620F+013.577E+014.ie5E+01

- 4 . 0

T S

I.227E-011 .554E+005.110E+0 09.887E+001 . 5 0 1 E + 012 .449C+013 .056E+013.262E+0I

- 3 . 0

R E D

1.211F-O11.517E+004.906E+009.270E+001.358E+011.959E+012.165E+012.20SE+01

- 2 . 0

U I T

1.144E-011.381E+004.224E+007.328E+00.9.675C+001.17IE+011.210E+011.3P7E+01

-1 .0

S

9.324E-029.7IIE-O12.500E+003.760E+004.318E+004.693E+00Û.139E+008.349E+00

0 . 0

4.643F-023.901E-017.376E-0I8.341E-011.005E+002.220E+004.356E+006.653&+00

1 . 0

7.396E-031.85SE-023.51SE-02I.044E—013.798C-O12.019E+004.242E+006.537C+00

LOG S/S» = -1.0

LOG K»R2/KB2 -7.0

TT/R2S1.000E-013.162E-011.000E+003.162E+00I.O00E+011.000E+021.000F+0?1.000E+04

R A B A

1 .230E-0I 11 .560E+00 15 . 1 5 5 E + 0 0 51.006E+01 11.543-1+01 12 . 6 7 3 E + 0 1 23 . B 0 1 E + 0 1 34.39.'»f=+01 4

-6.0

•229E-0I.560C+00•155E+00.0O6E+01.547E+01665E+01754 E+01

-5.0

M N

1.229ÍT-01I.559E+005.150E+001.004E+011.540E+012.620E+0I3.577E+01

- 4 . 0

1.227E-011.554E+005.110E+009.B87E+001.5O1E+012.449E+013.056E+013.2 66E+01

- 3 . 0

1.211E-011.5I7E+004.906E+009.270E+001.35BE+011.959E+0I2.168E+012.254E+01

-2 .0

U I T

1.144E-011.3S1E+004.223E+007.328E+009.675E+001.174E+011.260E+0I1.4S8E+01

-1.0

9.324E-029 . 7 U E - 0 I2.500E+003.760E+00

S.180E+007. 146E+009.4 22E+00

0 . 0

4 . 6 4 3 E - 0 2 7 .3 . 9 0 4 E - 0 I 2 .7 . 5 5 2 K - 0 1 B .9 . 5 5 4 E - 0 I 3i1 .37SE+00 1.3 . 1 & l = + 0 0 3 .5 .435t+00 Se7 . 7 4 0 F + 0 0 7 .

1 . 0

,64011—037 0 0 E - 0 28 9 7 E - 0 2475E-01001E+00050E+00333E+0064IE+00

IJ--LU

LUCCH•z.LUO

ce•z.o

LUoDC

oLUZ)

goDCHÜLU_J•LU

o<ÜLUQ

OO•LUD:ceLU

H

PUITS CREPINE DE 0.8 A 1. ET PIEZOMETRE PONCTUEL A LA PROFONDEUR 0.05

ABAQUE POUR L • INTERPRETATION DE POMPAGES EN NAPPE LIBRE ANISOTROPIE •

DANS L'HYPOTHESE DE NEUMAN, SELON FORMULES DE B0ULT0N - STRELTSQVA


NAPPE LIBRE |<—O.O—

TABLEAU F H

PENETRATIONDUPIEZOMETRE (H)

0.2-

0.4 —I

0.6-

0.8-

1.0-

H > | ANISOTROPEH 5 •

B+-K

///////////// IMPERMEABLE /////////////

LOG S/S» = -2.0

LOG K»R2/KB2 -7.0

TT/R2S R A B

- 6

T

. 0

T E

- 5 . 0

M E N T S

. 0 —3

R

. 0

E

—2.0 —1.O

D U I T S

0 .0 1.0

5.756E-08 1-49OE-O3 6-175E-042.90TE-02 5.935E-02 3-929E-03

.000E-0I 2.657E-05 2.663E-05 2.635E-05 2.389E-05 B.685E-06 0.0•OOOF+00 I.116E-03 1.108E-03 1.035E-03 S.534E-04 2.550E-05 0.0•000E+01 3.340E-03 3.211E-O3 2.307E-03 6.31ÖE-04 2.528E-05 4.209E-02 1.788E-01 I-607E-01 6.52SE-02•OOOE+02 5.635E-03 4.62IE-O3 2.405E-03 6.314E-04 4.362E-02 2.088E-01 4.271E-01 9-459E-01 I.034£*00•000E+03 7.058E-03 4 .722E-O3 2.406E-03 4 .438E-02 2.123E-01 4.O94E-0I I.792E+00 3.009E+00 3.12bC+00• OOOE+04 7.I51E-03 4 .723E-O3 2.40f>E-03 2.133E-01 4.964E-01 1.952E+00 4.I02E+00 5.299H+00 5.407h+00

LUD:H•z.LUÜ

i

en

I.IJzazoceüULI

•LUo_l<üLUQ

CDLU

ceocLU

PUITS CREPINE DE 0.8 A 1. ET PIEZOMETRE PONCTUEL A LA PROFONDEUR 0.1



TAOLLAU F M

PENETRAT IONOU PUITS DEPOMPAGC <F)

NAPPE LIBRE J<—0.0-

0.2-

0.4

0.6-

0.8-

1.0-

—R

PENtTRATIONDUPIE/OMETRt (HI

—>|ANISOTRCH»E

Ü--K. • —

4—K

///////////// IMPE-RMEABLE /////////////

LUtrh-•zLU

O

ce•z.

oLUODC

üi

LU

goceoLU

LOG S/S» = -2.0

LOG K»R?/KB2 - 7 . 0 - 6 . 0 - 5 . 0 - 4 . 0


—3.0 - 2 . 0 - 1 . 0

R E D U I T S

O . D 1.0

1.000E-01 5.410E-05 S.439E-05 5.366E-05 4 .828E-05 1.645E-05 1.054E-0T 0.0 3.047C-03 1-2OOC-O31.000E+00 2.280E-03 2 .264E-03 2.112E—03 1.128E-03 5.307E—05 9.941E—O7 6.178E-02 1.119C— 01 Î».431E-O31.000E+01 6.822E-03 6 .557E-O3 4.707E—03 1 .294E-03 S.4B3E-05 8.744E—O2 3.366E-O1 Z - U J O C — 0 1 t>.9t>9E-021.000F+02 1.I51E-02 9 .435E-O3 4.902E-03 1 .296E-03 9.067E-02 3.93QE-0I 5.706E-O1 9-814E:-01 1 .O37E+OO1.000E403 1.442E-02 9.636E-03 4.903E-03 9.223E-02 4.004E-01 6.S49E-01 1.861E+O0 3.018r+00 3.I26E+001.000E+04 1.462E-02 9.639E-03 4.904E-03 4.025E-01 6.ft4i>E-Ol 2.O31E+OO 4.132E+00 5.303F+00 5.407F+O0

•LU

CDLU

ceceai

aiceh-zaiO

i

COcezo

aiüceo

ai

a

ooch-CJai_i-ai

Ü

<ÜaiÛ

PUITS CREPINE DE 0.8 A 1. ET P1EZOMETRE PONCTUEL A LA PROFONDEUR 0.2

ABAQUE POUR L•INTERPRETATION DE POMPAGES EN NAPPE LIBRE ANISOTROPE.


TABLfcAU F I

LOG S/S* = -2.0

LOG K»R2/KR2 - 7 . 0 - 6 . 0 - 5 . 0 - 4 . 0


PENETRATIONUU PUITS DEPOMPAGE CF)

NAPPE LIBRE |<—O.O-

PENK1RAT1ONDUPIEZOKETRE CI)

R —

0.2-

O.4-I

0.6-

0.8-

1,0-

->| ANISOTROPES m

1-

K" —

+-K

///////////// IMPERMEABLE /S///////////

—3.0 —2.0

R E D U I T

1.0 O.ft 1.0

OOOE-01 1.169E-04 1.169E-04 1.148E-04 1.029E-04 3.401E-05 2.394E-07 1..047E-06 6.551.H-03 2-334E-O3.OOOE+00 4.095E-03 4.861E-03 4.533E-03 2.416E-03 1.O6HE-O4 4.473E-O6 1.413E-01 2-160E-01 8.334E—03>OOOE+01 1.465E-02 1.408E-O2 1.009E-02 2.760E-03 1.132E-04 2.039E-O1 6.671E-0I 3-221R-01 7.794K-0Ä.000E+02 2.471 E-02 2.024E-02 1.050C-02 2.767E-03 2.119E-0I 7.890E-01 H.786E-01 1-05311+00 1.044E+00.OOOE+03 3.095E-02 2.065E-02 1 .050E-02 2.153E-0I 8.034E-01 1 .020E+00 2.042E+00 3.04011+00 3.127E+00.OOOF+04 3.137E-02 2.065E-02 1.050E-02 8.078E-01 1.037E+00 2.251E+00 4.244E+00 5.318E:+00 5.4Ü7E<00

<zO•LU

ceceai\-zaiceH

oceo

I

111

goceü111_1•LU_JZ3O

<oLUQ

OO•LUCC

ceLU

h-LUOC

•zLUO

I

(/)CC

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PUITS CREPINE DE 0.8 A 1. ET PÏEZOMETRE PONCTUEL A LA PROFONDEUR 0.T

ABAQUE POUR L'INTERPRETATION DE POMPAGES EN NAPPE LIBRE AN15OTROPK,

DANS L»HYPOTHESE DE NEUMAN» SELON FORMULES DE BOULTON — STRELTSOVA

TAEÍLEAU F J

LOG S/S» = -2.0

LOG K » R 2 / K B 2 - 7 . 0 —6.0 - 5 . 0

T T / R 2 S R A B A T T . E M E N

I.000E-0I 2 . A 2 9 E - 0 3 2 . 4 2 6 E - 0 3 2 . 3 9 4 C - 0 31.000E+00 1 .018E-01 1 .011C-01 9 . 4 1 5 E - 0 21.000E+01 3 .046E-0 I 2 . 9 2 5 E - O 1 2 . O 7 T R - O 11.000E+02 5 . 1 3 6 E - 0 1 4 . 1 8 5 E - 0 1 2 . 3 1 P E - 0 11.000E+03 6 . 4 1 0 E - 0 1 4.4^29E-01 1 .516E+001.000E+04 6 . 6 5 4 E - 0 I 1 .T30E+00 4 .9T1E+00

- 4 . 0

T S

2 . 1 3 5 E - 0 34 . 8 9 7 E - 0 27 . I 6 5 E - 0 21 . 34 9E+0 04 . 7 9 7 E + 0 06 . 6 1 7 E + 0 0

NAPPE0.0

0 . 2 -

O . 4 -I

0 . 6 -

0 . 8 -

1 , 0 -

PENETRATI0NDU PUITS DEPOMPAGE CF)

LIBRE |<

PENETRATIONDUPIEZOMETRE tJI

R >| ANISUTRUPEs •

o—K» —

+-K

-F-F-F-

S///////S//// IMPERMEABLE /////////////

- 3 . 0

R E D

6 . 6 0 1 E - 0 4I.44 9 E - O 21 .224E+004 . 6 4 3E+0 06 .460E+006 . 6 3 5 E + O 0

U

- 2 . 0

I T

8 - 3 6 Ö E - 0 47.41SE—Ol3 . 8 B P E + 0 05 . 6 0 4 E + 0 05 . « 5 8 E + 0 06 . T I S E + 0 0

—1.0

2.628E—02 31.585E+00 C»3.191E+00 73.358E+00 14.1«?1E+OO 36.184E+00 5

0 . 0

. 6 7 0 E - 0 2 6.

. 521E-O1 1.

.684E-01 1.

.385E+00 1.

.220E+00 3 ,

.474E+00 &«

1.0

626E-0390ÜE-02O5OF.-O1065E+00130E+004O7E+O0

LUOceoLU

gOce

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CD•LUDC

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PUITS CREPINE DE 0.8 A 1» ET PIEZOMETRE PONCTUEL A LA PROFONDEUR 0.9

ABAQUE POUR L•INTERPRETAT ION DC POMPAGES EN NAPPE LIBRE ANISOTROPE,

DANS L'HYPOTHESE DE NEUMAN» SELON FORMULES DE BOULTON — STRELTSOVA

TABLEAU F K


NAPPE LIBRE | <—0 . 0 -

0.2-

PENirTRATlONDUPIEZOMETRE <K>

B0.6-

0.0-

1,0-

F-F K

///////////// IMPERMEABLE /////////////

LU

ooc

Ü

LU

•LU

Ü

LOG S/S» = -2.0

LOG K»R2/KB2 -7.0 -6.0 -5.0

TT/R2S

l.OOOE-01l.OOOE+00l.OOOE+011.000E+02l.OOOE+03I.OOOE+04

R B M N

1 .203E-01 1 . 2 0 3 E - 0 1 1 .204E-015 .045E+00 5 . 0 4 6 E + 0 0 5 . 0 5 B E + 0 01.515E+01 1.517E+01 1.532E+012.619E+01 2 .635E+01 2.669E+0I

3 .782E+01 3 .68BE+0I4 .803E+01 4 .309E+01

-4.0

1 .208E-0 I5 . 1 3 5 E + 0 01.557E+012.567E+0I3 .186E+013 .392E+01

-3.0 -2.0 -1.0 0.0

U

1 . 2 3 3 E - O 1 1 .234E-015.205F.+00 4.4i>2E + 001.443E+01 1 .003E+012 .057E+01 1.206C+0I2 .263E+01 1.223E+012 .280E+01 1.305E+01

9.692F.— 02 4.701F-02 7«2.545E+00 7.353ÎI—01 '¿.4.360E+00 8.534E-01 1.4.524E+00 1.454E+0 0 1.5.317E+00 3.267E+00 3.7.282E+00 5.517E.+ 00 5.

1.0

340C-03

i.oon-oi06«E+00130E+00407t+00

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Documents

CATALOGUE D'ABAQUES POUR L'INTERPRÉTATION DE POMPAGES …