1 ................................................................................................................. 1

1.1 ....................................................................................................................... 1 1.1.1 ........................................................................................................... 1 1.1.2 ........................................................................................................... 1 1.2 ................................................................................................................... 2 1.3 ..................................................................................................................... 4

2 CLT ........................................ 5 2.1 ................................................................................................. 5 2.1.1 .................................................................................... 5 2.1.2 ....................................................................... 8

.................................................................................................................... 10 ............................................................................................................................ 10 ............................................................................................................................ 15

........................................................................................................................ 25 ........................................................................................................................ 28

2.2 ............................................................................................................................ 31 2.2.1 ......................................................................................................................... 31 2.2.2 CLT ........................................................................................... 31 2.2.3 .............................................................................................................. 32 2.2.4 .................................................................................................................. 32 2.2.5 ................................................................................................ 32 2.3 ........................................................................................................................ 33 2.3.1 ....................................................................................................... 33 2.3.2 .............................................................................................................. 39

............................................................................................................................ 39 ................................................................................................................. 39

............................................................................................................................ 46

............................................................................................................................ 56 2.4 ..................................................................................................................... 58 2.4.1 .................................................................................................................. 58 2.4.2 .............................................................................................................. 58 2.4.3 .............................................................................................................. 58 2.4.4 .................................................................................................................. 59 2.4.5 ..................................................................................... 65

............................................................................................................. 65 ............................................................................................... 75

2.5 .......................................................................................................... 78 2.5.1 ....................................................................................................... 78

............................................................................ 78 ............................................................................................... 79

............................................................................................. 80 2.5.2 .................................................................................................................. 82 2.5.3 .................................................................................................................... 84

...................................................................................................................... 84 ...................................................................................................................... 85

............................................................................................. 85 2.5.4 ................................................................................................ 86 2.5.5 .................................................................................................................... 90 2.6 ............................................................................................................... 91 2.6.1 ............................................................. 91 2.6.2 CLT ..................... 95

........................................................ 95 ........................ 95

2.6.3 .................................................................... 96 ..................................................................................... 96

2 CLT .................................................................................. 98 2.6.4 .......................................................................................................... 100 2.6.5 ............................................................................................... 106

............................................................................................................. 106 .................................................................................................. 107

2.7 ........................................................................................................... 111 2.7.1 ........................................................................................................ 111 2.7.2 ........................................................................................................... 111 2.7.3 .................................................................................................... 115 2.7.4 1 ....................................................................... 117 2.8 ...................................................................................................................... 118 2.8.1 .......................................................................................................................... 118 2.8.2 ...................................................................................................................... 118 2.8.3 ................................................................................................................... 119 2.8.4 ............................................................................. 120 2.8.5 .................................................................................................................. 120 2.9 ............................................................................................................. 138 2.9.1 ......................................................................................................................... 138 2.9.2 .................................................................................................................. 138 2.9.3 ......................................................................................................................... 138 2.9.4 ......................................................................................................................... 139 2.9.5 ......................................................................................................................... 139

........................................... 140 ..................................................................... 143

3 .................................................................................................................. 165 4 ............................................................................................................... 165

2

1.2

CLT CLT

CLT CLT CLT CLT

11.11.1.1

CLT CLT

CLT 13 1540

CLT

1.1.2

CLT

CLT CLT CLT

CLT

CLT

1

1 2

3

CLT CLT

CLT CLT CLT CLT

CLT

CLT CLT

4

1.3

26 2014 3 19 1 WG

4 18 1

5 9 2 WG

6 6 3 WG

7 23 4 WG

8 22 1 WG

9 10 5 WG

9 22 2

10 23 2 WG

11 5 6 WG

11 25 3 WG

WG

27 2015 1 14 7 WG

2 12 3

3 4

6

CLT 13 1540 4 1 73.1

1) CLT

2 ) CLT

3) 82 1 3

3.2 CLT CLT

3.3 CLT

3.4 CLT 1) 2 3 CLT

2)

4.1

4.2

4.3

1) CLT

2)

2 CLT2.12.1.1

CLT

3CLT

2.1 CLT

CLT 25 3079

A Mx60 3 3 90 Mx60 5 5 150 Mx60 5 7 210 Mx60 7 7 210

2.2

CLT CLT 1) JISA5508 CN CNZ BN

2) 3)

C

2.3 CLT 20

1751

5

5 6

7

5.1 1) CLT

2) CLT

3) 82 1 3

5.2 CLT

CLT

5.3

5.4 CLT

2.1.2

CLT 13 1540

CLTKreuzinger 7)

2-1-2-1 CLT

8

7 8

9

3CLT

13 1540

3 1 1 CLT

2.1 CLT

CLT 25 3079

A Mx60 3 3 90 Mx60 5 5 150 Mx60 5 7 210 Mx60 7 7 210

CLT 4 Mx60 3 3 Mx60 5 5 Mx60 5 7 Mx60 7 7

CLT CLTKreuzinger

7)

10

9 10

11

Kreuzinger

2-1-2-2 EI

5 7 2 M60

12 1452 1.8N/ 2

2-1-2-1 CLT

2.2

CLT CLT1) JISA5508 CN CNZ BN

2) 3)

C

12

CLT CLT 1)

JISA5508 CNCNZ BN E T F

CN90 CNZ90 BN90 CN75 CNZ75BN75 38 CN90 CNZ90 BN90

2.5 3)

2)

2-1-2-2

2-1-2-3

2) CLT CLT

11 12

13

STS65( ) ( )

2-1-2-4

2-1-2-5

14

2-1-2-6

3)

6) C

No.

2-1-2-7

2.3 CLT 20

1751 2.3

CLT20 1751

CLT

13 14

15

CLT

2-1-2-8

CLT 13 1540 4 1 73.1

1) CLT

2 ) CLT

3) 82 1 3

3.1

1)8)

CLT

( )

16

2-1-2-9 CLT

CLT

CLT

2-1-2-10

CLTCLT

15 16

17

2-1-2-11 CLT

2) CLT

2-1-2-12 CLT

CLT

T

CLT

18

2-1-2-13

3) CLT

2-1-2-3

CLT CLT

T

17 18

19

2-1-2-14

2-1-2-15

20

2-1-2-16

3.2 CLT CLT

3.2 CLT

2-1-2-17

L=

19 20

21

3.3 CLT

3.4 CLT

1) 2 3 CLT

2) 3.3 CLT

2-1-2-18 1

22

2-1-2-19 2

2-1-2-20 1

21 22

23

2-1-2-21 2

2-1-2-22

3.4 CLT

1)

24

2)CLT

CLT

23 24

26

CLT

2-1-2-4

2-1-2-5

2-1-2-6

2-1-2-23

2-1-2-24

4.1

4.2

CLT4.1

25

25 26

27

2-1-2-7

4.2 13 1540 5 8

2-1-2-8

28

4.3 1)

CLT

2)

4.3

1) CLT

600

2-1-2-25

2)

5.1 1) CLT

2) CLT

3) 82 1 3

5.1

27 28

29

1) CLT

CLT

2) CLT 3.1 3) CLT

CLT 1

2-1-2-9

30

5.2 CLTCLT

5.2 CLTCLT 3.2

5.3

5.4 CLT 5.3

1)

2-1-2-26 5.4 CLT

29 30

32

2.2.3

2-2-3-1 CLT 2.2.4

2-2-4-1

103N/mm2

N/mm2

Mx60-3-3 90 5.2 11.6

Mx60-5-5 150 4.2 9.8

Mx60-5-7 210 4.8 11.0

Mx60-7-7 210 3.6 3.0

25 3079 2.2.5

2-2-5-1

GPa 103N/mm2

GPa 103N/mm2

GPa 103N/mm2

M60A M30A

6.0 3.0

5.0 2.5

27.0 19.5

20.0 14.5

16.0 11.5

12.0 8.5

25 3079

2.22.2.1

CLT JAS

2.2.2 CLT

2-2-2-1 CLT

Mx60

Mx S

A

JAS

3 3 Mx60-3-3

5 55 3

5 5

Mx60-5-5

5 7 Mx60-5-7

7 7 Mx60-7-7

XY 2

30mm

M60A M30A

A

2.76

22.4

47 1

22

35 10 11

270

31

31 32

33

2.3 2.3.1

1)

2 4 CLT CLT 2 4CLT 2 4

2-3-1-1 CN CNZ1 (N)

2007

2-3-1-1

34

2) CLT 2 4

3 STS65( )

/

2-3-1-1

/

2-3-1-2

33 34

35

STS65

2-3-1-3

3) CLT CLT 2 4

CLT CLT 2 4

2-3-1-4 CLT 1

36

2-3-1-5 CLT 2

2-3-1-6 CLT 1 T

35 36

37

2-3-1-7 CLT 2

CLT 2 4 CLT

CLTCLT 2 4

2-3-1-8 CLT 1

38

2-3-1-9 CLT 2

CLTCLT

2-3-1-10 CLT 3

1540

5 1600N 41100N

4 2100NCLT

37 38

39

2.3.2

CLT CLT CLT CLT 2 4

CLT 1 2) CLT3)

CN75 CN90

2-3-1-1 2-3-1-2 CLT /Mx60-5-7/A / 2 / 9/

(C-D) 2 4 S-P-F/ 2

2-3-2-114 6 2-3-2-1

2-3-2-2 2-3-2-13 TSS-N90a

TSS-N90b2-3-2-2

2-3-2-1

40

2-3-2-1 (1)CLT - ( )

CNL

CNL

2-3-2-2 FSS-L85FSS-N75

CNL

CNL

2-3-2-3 FWT-L85FWT-N75

39 40

41

(2)CLT - ( ) -

L290

(3)2 4 ( ) CLT

2-3-2-4 FSS-L290

L

LL

2-3-2-5 FST-L290

LL

LL

2-3-2-6 TWS-L85 2-3-2-7 TSS-L85

42

(4)2 4 ( ) CLT

(2) -

CN

CNCN

CN

CNCN

2-3-2-8 TSS-N90a 2-3-2-9 TSS-N90b

L

L L

L

2-3-2-10 TWS-L290 2-3-2-11 TSS-L290

41 42

43

LL

LL

2-3-2-13 TSS-L135 2-3-2-12 TWS-L135

2-3-2-2

44

2-3-2-2

43 44

45

2-3-2-2

46

(2008 ) 4)

4

1y 1/2, 1, 2, 4, 6, 8, 12, 16

( )

(1)CLT - ( ) L85 CN75 2-3-2-14

2-3-2-15 2-3-2-3 2-3-2-4 2-3-2-3 2-3-2-4

2-3-2-1 2-3-2-2

2-3-2-14 FSS-L85 2-3-2-15 FSS-N75

45 46

47

L85 CN75 2-3-2-162-3-2-17 2-3-2-5 2-3-2-6 2-3-2-5 2-3-2-6

2-3-2-3 FSS-L85

2-3-2-4 FSS-N75

2-3-2-3 FSS-L85 2-3-2-4 FSS-N75

48

2-3-2-16 FWT-L85 2-3-2-17 FWT-N75

2-3-2-5 FWT-L85

2-3-2-6 FWT-N75

47 48

49

(2)CLT - ( )

L290 2-3-2-182-3-2-7 2-3-2-7

2-3-2-5 FWT-L85 2-3-2-6 FWT-N75

2-3-2-18 FSS-L290 2-3-2-7 FSS-L290 CLT

2-3-2-7 FSS-L290

50

L290 2-3-2-192-3-2-8 2-3-2-8 Py

0.4Pm (3)2 4 ( ) CLT

L85 CN90 2-3-2-202-3-2-23 2-3-2-9 2-3-2-12 2-3-2-92-3-2-12

2-3-2-19 FST-L290 2-3-2-8 FST-L290 CLT

2-3-2-8 FST-L290

2-3-2-20 TWS-L85 2-3-2-21 TSS-L85

49 50

51

2-3-2-22 TSS-N90a 2-3-2-23 TSS-N90d

2-3-2-9 TWS-L85

2-3-2-10 TSS-L85

52

2-3-2-11 TSS-N90a

2-3-2-12 TSS-N90d

2-3-2-9 TWS-L85

2-3-2-10 TSS-L85

51 52

53

(4)2 4 ( ) CLT

L290 L1352-3-2-24 2-3-2-27 2-3-2-13 2-3-2-162-3-2-13 2-3-2-16 TWS-L290 TSS-L290Py 0.4Pm

2-3-2-11 TSS-N90a 2-3-2-12 TSS-N90d

2-3-2-24 TWS-L290 2-3-2-25 TSS-L290

2-3-2-26 TWS-L135 2-3-2-27 TSS-L135

54

2-3-2-13 TWS-L290

2-3-2-14 TSS-L290

2-3-2-15 TWS-L135

53 54

55

2-3-2-16 TSS-L135

2-3-2-13 TWS-L290

2-3-2-14 TSS-L290

2-3-2-15 TWS-L135

2-3-2-16 TSS-L135

56

(1)CLT - ( ) CN75 L85 Py

L85 1.5 PyCN75 L85

CN75 K

CLT

(2)CLT - ( ) 2-3-28 1 FSS-L290 FST-L290

FST-L290 2Py 0.4Pm

Py Py (3)2 4 ( ) CLT

TWS-L85 TSS-L85TSS-N90a TSS-N90d CN90

72-3-2-16

( )

5

CLTTWS-N90d

2-3-2-28 FSS-L290 FST-L290 1

55 56

57

(4)2 4 ( ) CLT

TWS-L290 TSS-L290 (2) FST-L290 Py0.4Pm (2) FSS-L290

(2)

L290 L135 PyK

1)Minoru OKABE Motoi YASUMURA Kenji KOBAYASHI Takeshi HAEAMIISHI Yo NAKASHIMA Kazuhiko FUJITA Effect of Vertical Load under Cyclic Lateral Load Test for Evaluating Sugi CLT Wall Panel Proceedings of the WCTE2012, Auckland city, New Zealand, 2012

2) ( ) CLT ( 25 ),64-78,2013

3) CLT,556-561,2013 No.11

4)( ) .579-587(2008) 5) CLT

( 2)CLT 2013, 23 , pp. 24-25, 2013

2-3-2-17 TWS-N90a TWS-N90d

58

2.4

1 150mm 210mm90 150

2 1000mm 12000 2P 1 2P 1 3P 1 4P

1

2 1

3 1 3

2

1

2

W B W' B

'

2-4-2-1

2-4-2-2

57 58

59

3

4

1 2 1 2

CLT CLT

3

2-4-4-1

2-4-4-2

2-4-4-2

60

4

5

1 6

7

8

9

10

11

1 2015 1

59 60

61

Y X

b

X Y

S 85S CN65 100

b

X Y

S 60S CN65 150

b

X Y

S 60S CN65 150

b

X Y

S 60S CN65 150

b

X Y

S 85S CN65 100

b

b

X Y

S 60S CN65 150

62

12

2

2-4-4-3

2-4-4-4

61 62

63

64

2-4-4-5

63 64

65

2.4.5

5 7

5 7 5529

840 1680 1800 4320N/

5 7 108514N m 400

2-4-5-1

890

2-4-5-2

66

FEM

FEM

2-4-5-3

2-4-5-4

2000 5000Super Build FEM

1305

1 4.041 kN/mm2

0.866 kN/mm2

840 N/180 N/ 1800 N/ 2820 N/

65 66

67

2-4-5-5

1/4

68

2-4-5-6

67 68

69

2-4-5-7

70

2-4-5-8

69 70

71

2-4-5-9

72

2-4-5-10 1/3

71 72

73

2-4-5-11 1/4

FEM

74

2-4-5-12

73 74

75

FEM2000 5000

2

2-4-5-13

1/4

76

2-4-5-14 1/4

75 76

77

2-4-5-15

1 35

78

2.5 2.5.1

Kreuzinger

CLT

1/2

2-5-1-1

77 78

79

2-5-1-2

5 7 2 M60

2-5-1-1

80

2-5-1-3

2-5-1-4

( 3 3

2 1452

1.8N/ 2 2-5-1-2

79 80

81

2-5-1-5

2-5-1-3

2-5-1-3

82

2.5.2

2-5-2-1

81 82

83

.

84

2.5.3

83 84

85

2-5-3-1

86

2.5.4

2-5-4-1

85 86

87

2-5-4-2

88

2-5-4-3

87 88

89

2-5-4-4

2-5-4-5

90

2.5.5 2-5-5-1

89 90

91

2.6 2.6.1

2-6-1-1

2-6-1-2

92

2-6-1-3

2-6-1-4

91 92

93

4

2-6-1-5

2-6-1-6

2-6-1-7

2-6-1-8

94

( )

2-6-1-9

93 94

95

2.6.2 CLT

2-6-2-1

2-6-2-2

96

2.6.3

95 96

97

2-6-3-1

2-6-3-2 100

2-6-3-3 200

98

2 CLT

97 98

99

2-6-3-4

2-6-3-5 100

2-6-3-6 200

100

2.6.4

2-6-4-1

99 100

101

102

101 102

103

2-6-4-1

104

2-6-4-2

103 104

105

2-6-4-2

2-6-4-3

106

2.6.5

2-6-5-1

105 106

107

/ /

/ /

108

2-6-5-3

107 108

109

110

109 110

111

2.72.7.1

CLT

6 2.7.2 1) 1)

1984 12P10.92m 4P 3.64m 3

4 5 2.7-1 Hem-Fir 208 204

No.5 1 12mm CN50 150mm200mm PB No.6 200 15mm PB CN65

150mm 200mm 2-7-2-2

No.5,6 120kNCN65 No.6 Pmax

No.5 7

2-7-2-1 2-7-2-2 2) 2)

1992 1) 12P 4P 4 52-7-2-3

SPF 208 1 12mmCN50 150mm 200mm

2-7-2-41) No.5, 6

50kN 50mm 1)1) No.5

112

2-7-2-3 2-7-2-4 3) 3)

1992 1),2) 12P 4P 4 52-7-2-5

SPF 2 208 204 2P 4P6 15.5mm OSB

CN65 150mm 200mm MP412A2P 4P OSB 1820 3640mm 1 MP412B

3 OSB 1213 1820mm 2-7-2-6

2) CN65 15mm70 80kN

Pmax 70mm 2) 3

2-7-2-5 OSB 2-7-2-6 MP412A MP412B MP412A MP412B

111 112

113

4) 4) 1999 12P 4P 4 5

2-7-2-7 SPF 2 208 12mm

JAS 2 CN50 150mm 200mmA,B C

2-7-2-8

C 90kN100mm

2-7-2-7 2-7-2-8 C

5) 5)

2011 8P 4P 2 32-7-2-9

JAS E120-F330 105 210mm910mm

105 24mmJAS 2 N75 150mm 200mm

6No.1

2-7-2-10

1820mm No.1175kN 0.04rad 73mm

24mm N75

114

2-7-2-9 2-7-2-10 No.1

6) CLT 6)

2013 8P 4P 135mm CLT3 5

2-7-2-11 JAS E105-F300 120 240mm

135mm CLT 5 5ply 1351820 3640mm 2 (1)

215mm 150mm155mm (2) 220mm

150mm28mm 80mm 150mm

2-7-2-122730mm (1)

(2)

2-7-2-11 CLT

113 114

115

(1) (2)

2-7-2-12 2.7.3

2-7-3-1 1)~5) 6)1)~5)

1)~4) 2-7-3-2 1/2

3p1)~4)

75% 5)2.7-15

CLT OSB

CLT

CLT 6)CLT CLT

CLT CLT

116

2-7-3-1

12P 4P 8P 4P

2-7-3-2

2-7-3-3 1/2

115 116

117

2.7.4 1 1 2-7-4-1

7) 8)

2-7-4-1 1

(N)

CN50 SPF

12mm 433 Py(650N) 2/3 CN65 15mm 587 Py(880N) 2/3 CN75 24mm 810

-1 2480 Wurth -2 3640 Rotho Blass

1) 12P

pp.2669-2670 1984 2) (1)

pp.97-98 1992 3)

(5) OSBpp.105-106 1992

4) pp.77-78 1999

5) 61 H18-04-1100 2011

6) CLT68(11) 556-561 2013

7) ( ) p.702007

8) Ver.8 p.382008

118

2.8

2.8.1 15

2-8-1-1

(1)(2) (3) (4)(5) (6)

2.8.2

15 4170mm 2680mm 150547.5mm 150mm 210mm 2

2-8-1-2 2-8-5-12

2-8-1-2

No. CLT

150mm SPL

210mm

SPL

12.5mm

12mm

-1 ( ) -2 ( ) -3 -1 -2 SR

SPL

117 118

119

2.8.3

2-8-5-1 2-8-5-4

120

2.8.4

2.8.5 2-8-5-1

2-8-5-1

No.

Lr-98 Lr-69 Lr-72 Rr-28 G=101 Lr-97 Lr-69 Lr-68 Rr-29 G=101 Lr-94 Lr-64 Lr-66 Rr-21 G=100 104 Lr-93 Lr-66 Lr-67 Rr-32 G=103 104 Lr-84 Lr-65 Lr-66 Rr-34 G=101 109-1 Lr-72 Lr-65 Lr-66 Rr-34 G=90 95-2 Lr-52 Lr-65 Lr-63 Rr-34 G=77 81-3 Lr-63 Lr-65 Lr-65 Rr-34 G=81 89 Lr-58 Lr-65 Lr-57 Rr-35 G=47 50-1 Lr-69 Lr-72 Lr-63 Rr-38 G=46 51-2 Lr-66 Lr-70 Lr-59 Rr-39 G=53 58 Lr-67 Lr-66 Lr-55 Rr-42 G=54 61 Lr-80 Lr-65 Lr-66 Rr-36 Lr-76 Lr-64 Lr-58 Rr-42 Lr-57 Lr-64 Lr-55 Rr-46

RC150 Lr-82 Lr-57 Lr-53 Rr-47 G=114 2x4 Lr-80 Lr-72 Lr-69 Rr-34 G=43 74

2-8-5-10

119 120

121

2-8-5-22-8-5-3

122

2-8-5-2

2-8-5-3 (Lr )

121 122

123

2-8-5-42-8-5-5

2-8-5-5

124

2-8-5-4

123 124

125

2-8-5-5 ( Lr )

126

2-8-5-6 ( 63Hz 1/1 Oct.Band)

125 126

127

2-8-5-72-8-5-8

128

2-8-5-7

127 128

129

2-8-5-8 ( Lr )

2-8-5-9

130

2-8-5-9

2-8-5-10

129 130

131

2-8-5-10

2-8-5-11

132

2-8-5-11

131 132

133

2-8-5-12

134

2-8-5-12

133 134

135

2-8-5-1

136

2-8-5-2

135 136

137

2-8-5-3

2-8-5-4

138

2.9 2.9.1

2.9.2

1 2 2014 10 4 9 00 17 00 3

1 4 5

100

6

2 5 5 5 7 150 210

3841 5527 3420 4959

3222 4686 3222 4639

4000 5500 1

902

7 2

2.9.3

137 138

139

2.9.4

2.9.5

1 2

140

26 9 17

CLT /2X4

139 140

141

142

404 75125

250

M 12 L 150

CLT 90

204 89

CLT 150 210

141 142

143

1502 4

15090

2102 4

21090

CLT

( )

8S RC

1)-3)

S RCCLT

( )

CLT

143 144

2014 10 4 ( ) 9 00 17 00 ( ) 6

CLT4

4 4,000mm CLT 150mm 2×4 5,500mm CLT 210mm 2×4 4,000mm CLT 150mm CLT 90mm 5,500mm CLT 210mm CLT 90mm

K K’ J J’ AB K J

K J CLT4

3

1 K 2 K J 1 ( 75kg) 3 K J 1 ( 75kg) J’ 1 ( 65kg) 4 J

FFT 1(

25ms)

Amax( ) 1/2 1/4 1/81/2 1/4 1/8

3

4,000mm CLT 150mm 5,500mm CLT 210mm

2×4 CLT 90mm K J

4,000mm CLT 150mm 5,500mm CLT 210mm2×4 CLT 90mm

K J K K J J

K J K

K J J KJ J K

11 2

1

4,550mm K J 1 21.0 27.5Hz 1/2 0.103 0.246s 1/4 0.204 0.368s 1/8 0.295 0.538s

5,460mm K J 1 18.0 26.5Hz 1/2 0.060 0.273s 1/4 0.198 0.449s 1/8 0.306 0.605s

K − J1

145 146

1

K J 100kgfK J CLT

4,000mm CLT 150mm 5,500mm CLT 210mm

2×4 CLT 90mm K K J JJ K

100kgf4,550mm K K

100kgf 0.212 0.296mm 5,460mm K K

100kgf 0.083 0.312mm K 100kgf (mm) − K

100kgf

A B 1 ( 25 75kg)2Hz J CLT

2

5 1 A J 1 ( 60kg) 2 B J 1 ( 60kg)

1) 3) 3

1)wVAL(T.C. 25ms) ( 25ms) 2)wVAL(T.C. 10ms) ( 10ms) 3)VL(T.C. 10ms) ( 10ms)

(wVAL) (VAL10-5m/s2)

f 8Hz wVAL VAL f 8Hz wVAL VAL 20 log(8/f )

Vf VAL 8Hz VAL

A) D) 4

A)wVALmax VLmax wVAL VL

B) (wVALn wVALref ) (VLn VLref ) 1 1 wVAL VL wVALn VLn wVALref 67dB VLref 67dB wVALn VLn wVALn wVALrefVLn VLref

C) (wVAL wVALref )dt (VL VLref )dt wVAL VL wVALref 67dB VLref 67dB

wVALn wVALref VLn VLref D)wVALmax 20 log(T1/4) VLmax 20 log(T1/4)

wVAL VL wVALref 67dB VLref 67dB

T A) 20 log(T1/4)Tcr 1s T Tcr T Tcr

5

J A B

n=1 n=1

147 148

2

4 2 8

1 ( 25 75kg) 2Hz11 ( 21 60 53 83kg)

J

8

CLT

CLT

212

2 B)1 CLT

CLT

CLT

CLT 1100kgf

CLT

1)( 1)

78 691 pp.689-695 2013.9 2)

4D-1 pp.379-380 2014.9

3)5D-1 pp.381-382 2014.9

149 150

4555,500

4,00

0 455

455

J'

KJ K'

A3 K

B3 K'

K K'J J'

4,000455

4,00

0 455

455

J'

KJ K'

A2 K

B3 K'

K K'J J'

151 152

0.0 0.2 0.80.4 0.6 1.0 1.2 1.4-150-100-50

050

100150 ( 25ms)

Amax

1/2 Amax

T1/2

A(c

m/s

)2

T (s)

1/4 Amax 1/8 Amax

T1/4 T1/8

5,500mm CLT 210mm 2 4K K 1

K J1 (Hz) 18.00 18.001/2 (s) 0.364 0.3131/4 (s) 0.596 0.5651/8 (s) 0.876 0.8691 (Hz) 18.00 18.001/2 (s) 0.202 0.1911/4 (s) 0.338 0.2941/8 (s) 0.441 0.4611 (Hz) 18.50 18.501/2 (s) 0.187 0.1601/4 (s) 0.303 0.2761/8 (s) 0.392 0.3881 (Hz) 18.00 18.001/2 (s) 0.340 0.3711/4 (s) 0.565 0.5991/8 (s) 0.807 0.861

K

KJ

KJ 1J' 1

J

K J1 (Hz) 21.00 21.001/2 (s) 0.332 0.2831/4 (s) 0.503 0.4681/8 (s) 0.683 0.6511 (Hz) 21.00 21.001/2 (s) 0.185 0.1721/4 (s) 0.297 0.2801/8 (s) 0.377 0.3571 (Hz) 21.50 21.501/2 (s) 0.124 0.1221/4 (s) 0.208 0.1881/8 (s) 0.279 0.2681 (Hz) 21.00 21.001/2 (s) 0.307 0.3061/4 (s) 0.476 0.5091/8 (s) 0.656 0.712

K

KJ

KJ 1J' 1

J

153 154

K J1 (Hz) 19.00 19.001/2 (s) 0.363 0.3421/4 (s) 0.647 0.6361/8 (s) 0.878 0.8641 (Hz) 19.50 19.501/2 (s) 0.206 0.2021/4 (s) 0.357 0.3561/8 (s) 0.514 0.5181 (Hz) 20.00 20.001/2 (s) 0.180 0.1791/4 (s) 0.249 0.2561/8 (s) 0.379 0.3801 (Hz) 19.50 19.501/2 (s) 0.338 0.3721/4 (s) 0.617 0.6731/8 (s) 0.827 0.946

K

KJ

KJ 1J' 1

J

K J1 (Hz) 23.50 23.501/2 (s) 0.333 0.2951/4 (s) 0.516 0.4941/8 (s) 0.701 0.6931 (Hz) 24.00 24.001/2 (s) 0.193 0.1781/4 (s) 0.286 0.2821/8 (s) 0.385 0.3801 (Hz) 24.50 24.501/2 (s) 0.127 0.1191/4 (s) 0.196 0.1881/8 (s) 0.245 0.2471 (Hz) 23.50 23.501/2 (s) 0.281 0.3071/4 (s) 0.486 0.5031/8 (s) 0.693 0.709

K

KJ

KJ 1J' 1

J

155 156

0.0 0.5 2.01.0 1.5 2.5 3.0 3.5 4.00.0

0.1

0.2

0.3D

(mm

)

T (s)

5,500mm CLT 210mm 2 4A J 1 J 1

0.0 0.5 2.01.0 1.5 2.5 3.0 3.5 4.0-80-60-40

02040

8060

-20

A(c

m/s

)2

T (s)

0.0 0.5 2.01.0 1.5 2.5 3.0 3.5 4.05060708090

100

wV

AL

(dB

)(T

.C.

25m

s)

wVAL n

wVALmax

wVALref 67dB

T (s)

0.0 0.5 2.01.0 1.5 2.5 3.0 3.5 4.040506070

90100

80

T (s)

0.0 0.5 2.01.0 1.5 2.5 3.0 3.5 4.030405060

8090

70

T (s)

wV

AL

(dB

)(T

.C.

10m

s)V

L(d

B)

(T.C

.10

ms)

wVAL n wVAL n wVAL n wVAL n

wVAL n

wVAL n

wVALmax

wVALref 67dB

wVAL n wVAL n wVAL n wVAL nwVAL n

VL nVLmax

VLref 67dB

VL n VL n VL n VL nVL n

T (s)( )dtwVAL wVALref

T (s)( )dtwVAL wVALref

T (s)( )dtVL VLref w

VALm

ax(d

B)

Σ(w

VAL

nw

VALr

ef)(d

B)

(wVA

Lw

VALr

ef)d

t(dB

s)w

VALm

ax+2

0lo

g(T

1/4 )

A85

.465

.110

.885

.6B

85.6

64.0

10.8

86.3

A85

.982

.616

.987

.4B

85.0

54.9

11.3

85.8

A83

.053

.16.

662

.6B

84.0

52.4

6.7

83.8

A85

.377

.815

.786

.9B

82.8

51.9

9.1

83.5

wVA

L (T

.C.:2

5ms)

4,00

0C

LT15

02×

45,

500

CLT

210

2×4

4,00

0C

LT15

0C

LT90

5,50

0C

LT21

0C

LT90

n=1

A) w

VALm

ax

wVA

L

B) Σ

(wVA

Lnw

VALr

ef )

1

1w

VAL

wVA

Lnw

VALr

ef =

67d

B w

VALn

wVA

Ln−w

VALr

ef

C)∫ (

wVA

Lw

VALr

ef )d

t

wVA

L

wVA

Lref

= 6

7dB

w

VAL−

wVA

Lref

D)w

VALm

ax+2

0log

(T 1/

4 )

wVA

L

wVA

Lref

= 6

7 dB

T

A)20

log(

T 1/

4 )

Tcr =

1sT

<Tcr

T =T

cr

wVA

L(T.

C.:2

5ms)

n=1

1) w

VAL

(T.C

.25

ms)

(25

ms)

VA

L (

25m

s10

-5m

/s2 )

f

8Hz

wVA

L =

VAL

f 8H

zw

VAL

= VA

L +

20lo

g(8

/ f )

Vf

VAL

8Hz

VAL

157 158

wVA

Lmax

(dB

)Σ(

wVA

Ln

wVA

Lref

)(dB

)(w

VAL

wVA

Lref

)dt(

dBs)

wVA

Lmax

+20

log(

T1/

4 )

A86

.670

.49.

886

.8B

86.9

72.8

9.9

87.4

A86

.687

.616

.087

.9B

86.0

60.6

10.7

86.6

A85

.161

.05.

984

.4B

85.3

61.9

6.0

84.9

A85

.782

.914

.987

.1B

83.7

59.3

8.6

84.2

4,00

0C

LT15

02×

45,

500

CLT

210

2×4

4,00

0C

LT15

0C

LT90

5,50

0C

LT21

0C

LT90

wVA

L (T

.C.:1

0ms)

n=1

A) w

VALm

ax

wVA

L

B) Σ

(wVA

Lnw

VALr

ef )

1

1w

VAL

wVA

Lnw

VALr

ef =

67d

B w

VALn

wVA

Ln−w

VALr

ef

C)∫ (

wVA

Lw

VALr

ef )d

t

wVA

L

wVA

Lref

= 6

7dB

w

VAL−

wVA

Lref

D)w

VALm

ax+2

0log

(T 1/

4 )

wVA

L

wVA

Lref

= 6

7 dB

T

A)20

log(

T 1/

4 )

Tcr =

1sT

<Tcr

T =T

cr

n=1

2) w

VAL

(T.C

.10

ms)

(10

ms)

VA

L (

10m

s10

-5m

/s2 )

f

8Hz

wVA

L =

VAL

f 8H

zw

VAL

= VA

L +

20lo

g(8

/ f )

Vf

VAL

8Hz

VAL

w

VAL(

T.C

.:10m

s)

VLm

ax(d

B)

Σ(VL

nVL

ref)

(dB

)(V

LVL

ref)

dt(d

Bs)

VLm

ax+2

0lo

g(T

1/4 )

A84

.58

55.7

018

.80

85.3

0B

84.1

661

.00

19.3

085

.20

A83

.09

76.0

025

.10

84.7

0B

82.3

344

.70

18.4

083

.30

A83

.05

47.3

014

.10

83.2

0B

83.3

555

.90

15.2

083

.80

A82

.26

71.3

024

.00

84.0

0B

81.0

045

.40

16.6

081

.90

VL (

T.C

.:10m

s)

4,00

0C

LT15

02×

45,

500

CLT

210

2×4

4,00

0C

LT15

0C

LT90

5,50

0C

LT21

0C

LT90

n=1

A) V

Lmax

VL

B)

Σ(V

LnVL

ref )

1

1

VL

VLn

VLre

f = 6

7dB

VL

nVL

n−VL

ref

C)∫ (

VLVL

ref )

dt

VL

VL

ref =

67d

B

VL−V

Lref

D)V

Lmax

+20l

og(T

1/4 )

VL

VL

ref =

67

dB

T A)

20lo

g(T

1/4 )

Tc

r =1s

T <T

crT

=Tcr

n=1

3) V

L (T

.C.

10m

s)(

10m

s)

VL

(T.C

.:10m

s)

159 160

( 25 75kg) 2Hz11 ( 21 60 53 83kg)

4 × 2 8

5.615.614.433.342.381.230.00

6.525.374.012.821.790.770.00

A 3.87B 4.07A 4.35B 3.38A 2.91B 3.38A 4.65B 3.86

4,000CLT 150 2×4

5,500CLT 210 2×4

4,000CLT 150 CLT 90

5,500CLT 210 CLT 90

A 4.41B 4.19A 4.38B 3.79A 3.59B 3.72A 5.09B 4.29

4,000CLT 150 2×4

5,500CLT 210 2×4

4,000CLT 150 CLT 90

5,500CLT 210 CLT 90

161 162

0 30 60 90 120 150 180

70 75 80 85 90 95 70 75 80 85 90 95 70 75 80 85 90

70 75 80 85 90 95 100

0

1

2

3

4

5

6

7

0

1

2

3

4

5

6

7

0

1

2

3

4

5

6

7

0

1

2

3

4

5

6

7

0 10 20 30 400

1

2

3

4

5

6

7

70 75 80 85 90 950

1

2

3

4

5

6

7

0 50 100 150 2000

1

2

3

4

5

6

7

0 10 20 30 400

1

2

3

4

5

6

7

0

1

2

3

4

5

6

7

0 30 60 90 120 1500

1

2

3

4

5

6

7

0 10 20 30 40 50 600

1

2

3

4

5

6

7

70 75 80 85 90 950

1

2

3

4

5

6

7

wVALmax (dB) VLmax (dB)wVALmax (dB)

wVALn wVALref ) (dB)wVALn wVALref ) (dB) VLn VLref ) (dB)

(wVAL wVALref )dt (dB s) (wVAL wVALref )dt (dB s) (VL VLref )dt (dB s)

wVALmax+20 log(T1/4 ) wVALmax+20 log(T1/4 ) VLmax+20 log(T1/4 )

n=1 n=1 n=1

A)

B) 1

C)

D)

2)wVAL(T.C. 10ms) 3)VL(T.C. 10ms)1)wVAL(T.C. 25ms)

CLT

70 75 80 85 90 9570 75 80 85 90 95 10070 75 80 85 90 95

0 10 20 30 40 50 600 10 20 30 400 10 20 30 40

0 50 100 150 200

70 75 80 85 90 95

0 30 60 90 120 150 180 0 30 60 90 120 150

70 75 80 85 9070 75 80 85 90 950

1

2

3

4

5

6

7

0

1

2

3

4

5

6

7

0

1

2

3

4

5

6

7

0

1

2

3

4

5

6

7

0

1

2

3

4

5

6

7

0

1

2

3

4

5

6

7

0

1

2

3

4

5

6

7

0

1

2

3

4

5

6

7

0

1

2

3

4

5

6

7

0

1

2

3

4

5

6

7

0

1

2

3

4

5

6

7

0

1

2

3

4

5

6

7

wVALmax (dB) wVALmax (dB) VLmax (dB)

wVALn wVALref ) (dB) wVALn wVALref ) (dB) VLn VLref ) (dB)

(wVAL wVALref )dt (dB s) (wVAL wVALref )dt (dB s) (VL VLref )dt (dB s)

wVALmax+20 log(T1/4 ) wVALmax+20 log(T1/4 ) VLmax+20 log(T1/4 )

n=1 n=1 n=1

2)wVAL(T.C. 10ms) 3)VL(T.C. 10ms)1)wVAL(T.C. 25ms)

A)

B) 1

C)

D)

CLT

163 164

175

3 1.1.2 . CLT

CLT

CLT

CLT

CLTCLT

2.3 150 210

4 5.5

2.9 15

RC2.8

CLT CLT CLT

2.3 CLT

() 2.4

2.7

2.6

4

165