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PROF.CHRISTIAN HELLMICH CURRICULUM VITAE & LIST OF SCIENTIFIC PUBLICATIONS page 1 of 85 Curriculum Vitae Personal Data: Name: Christian HELLMICH Academic Degrees: Dipl.Ing. (M.Sc.); Dr. techn. (Ph.D.) Venia Docendi: Strength of Materials and Biomechanics (2004) Current position: Full Professor (Univ.Prof.) for Computational Mechanics and Strength of Materials, since 2011 Place/Date of Birth: Langenfeld, Germany; Nov 23, 1971 Citizenship: Austria Marital Status: Married, [Dr. Regina Hellmich (Pötsch)], Children: 3 children (Clara, Eva, Alma) Education: 9/19796/1999: Conservatory of Music, Eisenstadt, Austria Violin: several regional and national prizes 9/19826/1990: Federal High School, Eisenstadt, Austria (graduation with distinction) 10/199011/1995: Vienna University of Technology (TU Wien), Civil Engineering (graduation with distinction) 12/19958/1999: TU Wien, Doctoral Studies (graduation with distinction) 1/2004: TU Wien, Habilitation (Venia Docendi for strengths of materials and biomechanics) Awards: 1993: award for excellent performance as a student granted by the Department of Civil Engineering of Vienna University of Technology 1996: award for excellent performance as a student granted by the Department of Civil Engineering of Vienna University of Technology 2001: elected member of Massachusetts Institute of Technology Chapter of Sigma Xi, The Research Society 2004: Kardinal Innitzer Advancement Award (KardinalInnitzer Förderungspreis) of the Archbishopry of Vienna 2005: Science Award of the State of Lower Austria (Anerkennungspreis des Landes Niederösterreich für Wissenschaft)

Curriculum Vitae Publications Hellmich CH...PROF.&CHRISTIANHELLMICH&&&&&CURRICULUM&VITAE&&&&&LIST&OF&SCIENTIFICPUBLICATIONS& & page2&of&85& 2007:& &Poster&Award&of&theGerman&Society

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Page 1: Curriculum Vitae Publications Hellmich CH...PROF.&CHRISTIANHELLMICH&&&&&CURRICULUM&VITAE&&&&&LIST&OF&SCIENTIFICPUBLICATIONS& & page2&of&85& 2007:& &Poster&Award&of&theGerman&Society

PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

  page  1  of  85  

Curriculum  Vitae  

Personal  Data:   Name:     Christian  HELLMICH  Academic  Degrees:   Dipl.-­‐Ing.  (M.Sc.);  Dr.  techn.  (Ph.D.)  Venia  Docendi:   Strength  of  Materials  and  Biomechanics     (2004)    Current  position:                        Full  Professor  (Univ.-­‐Prof.)  for                                                                                            Computational  Mechanics  and                                                                                                Strength  of  Materials,  since  2011  Place/Date  of  Birth:   Langenfeld,  Germany;  Nov  23,  1971  Citizenship:   Austria  Marital  Status:   Married,  [Dr.  Regina  Hellmich  (Pötsch)],    Children:   3  children  (Clara,  Eva,  Alma)    

Education:  9/1979-­‐6/1999:   Conservatory  of  Music,  Eisenstadt,  Austria     Violin:  several  regional  and  national  prizes  9/1982-­‐6/1990:   Federal  High  School,  Eisenstadt,  Austria  (graduation  with       distinction)  10/1990-­‐11/1995:   Vienna  University  of  Technology  (TU  Wien),  Civil  Engineering       (graduation  with  distinction)  12/1995-­‐8/1999:   TU  Wien,  Doctoral  Studies  (graduation  with  distinction)  1/2004:   TU  Wien,  Habilitation  (Venia  Docendi  for  strengths  of  

materials  and  biomechanics)    

Awards:  1993:   award  for  excellent  performance  as  a  student  granted  by  the  

Department    of  Civil  Engineering  of  Vienna  University  of  Technology  

1996:   award  for  excellent  performance  as  a  student  granted  by  the  Department  of  Civil  Engineering  of  Vienna  University  of  Technology  

2001:   elected  member  of  Massachusetts  Institute  of  Technology  Chapter  of  Sigma  Xi,  The  Research  Society  

2004:   Kardinal  Innitzer  Advancement  Award  (Kardinal-­‐Innitzer-­‐Förderungspreis)  of  the  Archbishopry  of  Vienna  

2005:    Science  Award  of  the  State  of  Lower  Austria  (Anerkennungspreis  des    Landes  Niederösterreich  für  Wissenschaft)  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

  page  2  of  85  

2007:    Poster  Award  of  the  German  Society  for  Oral  and  Maxillofacial  Medicine      (together  with  C.  Kober,  S.  Stübinger,  B.  Erdmann,  T.  Radtke,  R.  Sader,  H.-­‐F.  Zeilhofer)  

2008:   Zienkiewicz  Award  for  Young  Scientists  in  Computational  Engineering    Sciences    of  the  European  Community  on  Computational  Methods  in      Applied  Sciences  (ECCOMAS)  

2010:   ERC  Starting  Grant  of  the  European  Research  Council  (ERC)  2011:    Member  of  Young  Academy  of  the  Austrian  Academy  of      Sciences      (Junge  Kurie  -­‐  ÖAW)  2012:                                                                      Walter  L  Huber  Research  Prize  of  the  American  Society  of  

Civil  Engineers  (ASCE)      

Scholarships:  11/1999:   holder  of  a  scholarship  of  the  Max  Kade  Foundation  for  a       one-­‐year  stay  at  MIT,  Cambridge,  MA,  USA,  as  postdoctoral       fellow  6/2001:   extension  of  the  Max  Kade  scholarship  for  6  months    

Awards  of  students:  2009:   Prix  du  Stage  de  Recherche  for  research  internship  at  TU  

Wien,  awarded    by  Ecole  Polytechnique  to  Fabien  Pérus  2009:   Award  of  Excellence  of  Austrian  Ministry  of  Science  and  

Research,    for  Ph.D.  thesis  of  Andreas  Fritsch  2009:   Outstanding  Reviewer  2009  of  the  Journal  of  Engineering  

Mechanics,    awarded  to  Stefan  Scheiner      2010:   Prix  de  Thèse  de  l’Université  Paris-­‐Est,  for  Ph.D.  thesis  of  

Andreas  Fritsch  2011:   Award  of  Excellence  of  the  City  of  Vienna  for  Master’s  thesis           of  Lukas    Eberhardsteiner    2013:   Appreciation  Prize  of  Austrian  Ministry  for  Science  and  

Research,  awarded  to  Markus  Königsberger        

Work  Experience:  9/1993:    Trainee,  Westhausser  Consulting  Engineers,  Salzburg  7/1994:    Trainee,  Waagner  Biro  Company,  Vienna,  Department  for            Construction  of  Steel  Bridges    9/1995-­‐12/1995:    Graduate  Assistant,  Vienna  University  of  Technology  (TU            Wien),  Institute  for  Strength  of  Materials  (IFF)  1/1996-­‐4/1996:    Research  Assistant,  TU  Wien,  IFF  5/1996-­‐9/1999:      University  Assistant,  TU  Wien,  IFF    10/1999-­‐5/2000:    Military  Service,  Construction  Department  of  the  Vienna            Military  Headquarters  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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6/2000-­‐8/2000: University  Assistant,  TU  Wien,  IFF  (6/2000:  extension  of  the         Contract,  "provisorisches  Dienstverhältnis",  US-­‐equ.:        Assistant  Professor)  9/2000-­‐2/2002:    on  leave  from  TU  Wien:  Max  Kade  Postdoctoral  Fellow                at  the  Massachusetts  Institute  of  Technology,  Department            of  Civil  and  Environmental  Engineering  3/2002-­‐12/2003:      University  Assistant,  TU  Wien,  IFF  1/2004:          Universtätsdozent,  TU  Wien,  IFF    3/2004:          Associate  Professor,  TU  Wien,  IFF  (until  9/2004),  then              Institute  for  Mechanics  of  Materials  and  Structures    

   (IMWS)  4/2011:    Full  Professor  for  Strength  of  Materials  and  Computational  

Mechanics,  TU  Wien,  IMWS  4/2011-­‐12/2011:      Vice  Director,  TU  Wien,  IMWS    1/2012:      Director,  TU  Wien,  IMWS    

Activities  Abroad:  8/1996,  9/1997,     Visiting  Scholar,  Laboratoire  Central  des  Ponts  et    10/1998:     Chaussées,  Paris,  France  9/2000-­‐2/2002:     Postdoctoral  Fellow,  MIT/CEE,  Cambridge,  USA  11/2002,  12/2003,   Visiting  Scholar,  Ecole  Nationale  des  Ponts  et  Chaussées,  11-­‐12/2005,  3/2008:   Marne-­‐la-­‐Vallée,  France  8/2006,  7/2007,     Visiting  Scholar,  Università  Politecnica  delle  Marche,  Ancona,    8/2012:   Italy    3/2009:       Visiting  Scholar,  University  of  Bath,  UK  6/2010:       Visiting  Professor,  Université  Paris-­‐Est,  Marne-­‐la-­‐Vallée,           France  5/2013:       Visting  Professor,  Politechnico  di  Milano,  Milan,  Italy    

Languages:  German  (mother  tongue),  English  (fluent),  French  (advanced  knowledge)  

Scientific  and  Engineering  Societies:  since  2001:       Elected  member  of  Sigma  Xi,  The  Scientific  Research           Society,  Massachusetts  Institute  of  Technology  Chapter    since  2003: Associate  member  of  the  American  Society  of  Civil  Engineers           (ASCE)  since  7/2012:                                        Full  member  of  the  American  Society  of  Civil  Engineers                                                                                                    (ASCE)  since  2004:     Member  of  European  Society  of  Biomechanics  (ESB)  since  1/2005:     Member  of  Materials  Research  Society  (MRS)  since  2007:     Member  of  Governing  Council  of  European  Virtual           Institute  on  Knowledge-­‐Based  Multifunctional  Materials  –           KMM-­‐VIN  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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since  10/2008:     Member  of  Board  of  Directors  and  President-­‐Elect  of         International  Association  IA-­‐CONCREEP    

Creep,  Shrinkage,  and  Durability  of  Concrete  and    Concrete  Structures      

since  1/2011:   Vice  Chair  of  Materials,  Physical  and  Nanosciences  COST  Action  MP1005  “From  nano  to  macro  (design,  processing,  characterization,  modeling)  and  applications  to  stem  cells  regenerative  orthopedic  and  dental  medicine  (NAMABIO)”  

10/2011:     Member  of  Central  European  Association  for  Computational  Mechanics  –  National  Chapter  of  Austria  

since  9/2012:   Member  of  TERMIS-­‐Tissue  Engineering  &  Regeneration  Medicine  International  Society  

Editorships:  since  2004:     Associate  Editor  of  Journal  of  Engineering  Mechanics           (ASCE)  –  SCI    

Guest   Editor   (together   with   Dinesh   Katti)   of   Journal   of  Engineering   Mechanics   (ASCE),   135   (5),   May   2009:   Special  Issue   on   Mechanics   of   Biological   and   Bioinspired   Materials  and  Structures  

since  2011: Corresponding  Editor  of  CMES  –  Computer  Methods  in           Engineering  &  Sciences  –  SCI  

      Guest  Editor  (together  with  Pasquale  Vena)  of  CMES,  87           (5/6),    October  2012:  Two  Special  Issues  on  Mechanical           Characterization  and  Modeling  of  Tissues  and  Biomedical           Materials  Across  Different  Length  Scales    

since  2013:     Editor-­‐in-­‐Chief  of  MCB-­‐Molecular  &  Cellular  Biomechanics  -­‐           SCI          

Editorial  Board  Member:  since  2004:   International  Journal  of  Mechanics  and  Solids  2007-­‐2010:   Open  Mechanical  Engineering  Journal  2007-­‐2011:   Open  Mechanical  Engineering  Reviews  2007-­‐2011:   Open  Mechanical  Engineering  Letters  since  2008:   Open  Construction  and  Building  Technology  Journal  since  2008:   Open  Corrosion  Journal  since  2010:   Computer  Methods  in  Applied  Mechanics  and  Engineering  –  

SCI  since  2011:   ISRN  Applied  Mathematics  since  2012:                                                Biointerface  Research  in  Applied  Chemistry    

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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Scientific  Committees:  1. Committee  on  Material   Properties   of   the  American   Society   of   Civil   Engineers,  

Engineering   Mechanics   Institute     (ASCE-­‐EMI)   (since   2001,   control   group  member  2002  –  2009,  Vice  Chair  2004  –  2006,  Chair  2006  –  2009)  

2. Committee  on  Poromechanics  of  ASCE-­‐EMI  (since  2002,  control  group  member  and  Chair  since  2009)    

3. Committee   on   Biomechanics   of   the   GAMM   (Society   for   Applied  Mathematics  and  Mechanics)  (since  2003,  founding  member)  

4. Committee  on  Modeling  Inelastic/Multiscale  Behavior  of  ASCE-­‐EMI  (since  2007)  5. Committee  on  Biomechanics  of  ASCE-­‐EMI  (since  2009,  Vice-­‐Chair  since  October  

2013)  6. Technical  Committee  on  Numerical  Modeling  of  RILEM  (Réunion  Internationale  

des   Laboratoires   et   Experts   des   Matériaux,   Systèmes   de   Construction   et  Ouvrages)  (since  2011)  

7. Committee   on   Molecular   Scale   Modeling   and   Experimentation   of   ASCE-­‐EMI  (since  2013,  founding  member)  

Reviewing  for  Scientific  Competitions:  2004,  2006  and     Graduate  Stundent  Awards  at  MRS  Fall  Meetings  2008  

Reviewing  for  Peer-­‐Refereed  Journals:  1.   AAPS  Journal  (SCIE)  2.   Acta  Biomaterialia  (SCIE)    3.   Acta  Geotechnica    4.   Acta  Mechanica  (SCI)    5.   Advanced  Materials  (SCI)    6.   Advances  in  Applied  Ceramics  (SCI)    7.   Advances  in  Engineering  Software    8.   Advances  in  Materials  Science  and  Engineering  9.   Annals  in  Biomedical  Engineering  (SCI)    10.   Applied  Surface  Science  (SCI)  11.   Archive  of  Applied  Mechanics  (SCI)    12.   ASME  Journal  of  Energy  Ressources  Technology    13.   Bioinspired,  Biomimetic,  and  Nanobiomaterials  14.   Biomacromolecules  (SCI)    15.   Biomechanics  and  Modeling  in  Mechanobiology  (SCIE)    16.   Biomedical  Materials  (SCIE)    17.   Bone  (SCI)    18.   Cement  and  Concrete  Research  (SCI)    19.     Cement  and  Concrete  Composites  (SCIE)  20.   Central  European  Journal  of  Chemistry  (SCIE)  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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21.   Central  and  Biochemical  Engineering  Quarterly  (SCIE)    22.   Chemical  Engineering  Communications  (SCI)    23.   CMES  –  Computer  Methods  in  Engineering  &  Sciences  (SCI)  24.   Composite  Structures  25.   Colloids  and  Surfaces  A  (SCI)  26.   Computational  Materials  Science  (SCI)    27.   Computer  Methods  in  Applied  Mechanics  and  Engineering  (SCI)    28.   Computers  and  Concrete  (SCIE)    29.   Computers  and  Geotechnics  (SCIE)    30.   Computers  &  Structures    (SCI)  31.        Computers  in  Biology  and  Medicine  (SCI)  32.   Concrete  Science  and  Engineering    33.   Crystal  Growth  and  Design  (SCI)    34.   Engineering  Structures  (SCIE)    35.     European  Journal  of  Environmental  and  Civil  Engineering  36.   Express  Polymer  Letters    37.   Fuel  (SCI)  38.     International  Journal  for  Numerical  Methods  in  Biomedical  Engineering  (SCI)  39.   International  Journal  for  Numerical  Methods  in  Engineering  (SCI)    40.   International   Journal   for   Numerical   and   Analytical   Methods   in   Geomechanics  

(SCI)    41.   International  Journal  for  Physical  Sciences  (SCIE)    42.   International  Journal  of  Concrete  Structures  and  Materials  43.   International  Journal  of  Damage  Mechanics  (SCIE)    44.   International  Journal  of  Mechanical  Sciences  (SCI)    45.   International  Journal  of  Non-­‐linear  Mechanics  (SCI)    46.   International  Journal  of  Solids  and  Structures  (SCI)    47.   Journal  of  Applied  Physics  (SCI)  48.   Journal  of  Biomechanical  Engineering  –  Transactions  of  the  ASME  (SCI)    49.   Journal  of  Biomechanics  (SCI)    50.   Journal  of  Computational  and  Applied  Mathematics  (SCI)  51.   Journal  of  Engineering  Mechanics  –  ASCE  (SCI)    52.   Journal  of  Materials  Research  (SCI)    53.   Journal  of  Materials  Science  (SCI)    54.   Journal  of  the  Mechanical  Behavior  of  Biomedical  Materials  (SCIE)    55.   Journal  of  Nanomechanics  and  Micromechanics    56.   Journal  of  Porous  Media  (SCI)  57.   Journal  of  the  Royal  Society  Interface  (SCI)    58.   Journal  of  Structural  Biology  (SCI)  59.   Journal  of  Theorectical  Biology  (SCI)  60.   KSCE  Journal  of  Civil  Engineering  (SCIE)  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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61.   Langmuir  (SCI)    62.   Marine  Drugs  63.   Materials  Chemistry  and  Physics  (SCI)    64.   Materials  Letters  (SCI)  65.   Materials  Science  and  Engineering  C  (SCIE)    66.   Materials  and  Structures  -­‐  Matériaux  et  Constructions  (SCIE)    67.   Mechanics  of  Materials  (SCI)  68.   Mechanics  Research  Communications  (SCI)    69.   Medical  &  Biological  Engineering  &  Computing  (SCIE)    70.   Medical  Engineering  and  Physics  (SCI)  71.      Nature  Communcations  (SCI)  72.   Open  Construction  and  Building  Technology  Journal    73.   Open  Corrosion  Journal    74.   Open  Mechanical  Engineering  Journal    75.   Open  Mechanical  Engineering  Letters    76.   Polymer  (SCI)    77.   Proceedings   of   the   Institution   of   Mechanical   Engineers,   Part   C,   Journal   of  

Mechanical  Engineering  Science    78.   Proceedings   of   the   National   Academy   of   Sciences   of   the   United   States   of  

America  (SCI)    79.   Proceedings  of   the  Royal  Society  A  –  Mathematical,  Physical,  and  Engineering  

Sciences  (SCI)  80.   Royal  Society  Interface  (SCI)  81.   Scientific  Research  and  Essays  (SCI)    82.   Strain  (SCIE)    83.   Transport  in  Porous  Media  (SCI)    84.   Ultrasonics  (SCI)    85.   Wiener  Medizinische  Wochenschrift    86.   Zeitschrift  für  angewandte  Mathematik  und  Mechanik  (SCI)    

Reviewing  for  Science  Foundations:  1.   The  Austrian  Agency   for   International  Mobility   and  Cooperation,   Science,   and  

Research  (OEAD),  Vienna,  Austria  2.   The  Czech  Science  Foundation  (GACR),  Prague,  Czech  Republic    3.   The  European  Commission,  Brussels,  Belgium    4.   The  French  National  Research  Agency  (ANR),  Paris,  France  5.   The  German  Science  Foundation  (DFG),  Bonn,  Germany    6.   The   Italian   National   Agency   for   the   Evaluation   of   Universities   and   Research  

Institutes  (anvur),  Rome,  Italy  7.          The  Portuguese  Science  Foundation  (FCT),  Lisbon,  Portugal  8.   The  Kentucky  Science  Foundation,  Lexington,  KY,  USA    9.   The  Ministry  of  Education,  Hellenic  Republic  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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10.   The  Royal  Society  of  Edinburgh,  Scotland,  UK    11.   The  Swiss  Science  Foundation  (FNSNF),  Berne,  Switzerland    12.   The  Wellcome  Trust,  London,  UK    

Chairmanships  of  International  Conferences  and  Workshops:  1.   Organizer   of  WORKSHOP   ON   TAILORING   FUNCTIONALLY   GRADED   BIOMATERIALS   within  

the   Network   of   Excellence:   Knowledge-­‐based   Multicomponent   Materials   for  Durable   and   Safe   Performance   granted   by   Framework   Program   6   of   the  European  Commission,  Vienna,  Austria,  February  2006    

2.   Co-­‐organizer  of  KMM-­‐VIN  WORKSHOP  ON  TISSUE  ENGINEERING,  Venice,  Italy,  January  2007,  together  with  F.  Rustichelli  (Universita  Politecnica  delle  Marche)    

3.   Co-­‐Chairman   of   ECCOMAS   THEMATIC   CONFERENCE   ON   COMPUTATIONAL   METHODS   IN  TUNNELING   EURO-­‐TUN   2007,   Vienna,   Austria,   August   2007,   together   with   J.  Eberhardsteiner  (TU  Wien),  G.  Beer  (TU  Graz),  H.A.  Mang  (TU  Wien),  G.  Meschke  (Ruhr  University  Bochum),  W.  Schubert  (TU  Graz)    

4.   Co-­‐Chairman   of   ECCOMAS   MULTIDISCIPLINARY   JUBILEE   SYMPOSIUM   ON   NEW  COMPUTATIONAL  CHALLENGES  IN  MATERIALS,  STRUCTURES,  AND  FLUIDS,  Vienna,  Austria,  February  2008,  together  with  J.  Eberhardsteiner  (TU  Wien),  H.A.  Mang  (TU  Wien)  

5. Chairman   of   the   Ninth   IASTED   International   Conference   on   Biomedical  Engineeing  –  BioMed  2012,  Innsbruck,  Austria,  February  15-­‐17,  2012  

6. Chairman   of   2nd   Joint   Meeting   of   COST   Action   MP1005,   FROM   NANO   TO   MACRO  BIOMATERIALS  AND  APPLICATIONS  TO  STEM  CELLS  REGENERATIVE  ORTHOPEDIC  AND  DENTAL  MEDICINE  (NAMABIO),  Vienna,  Austria,  September  4-­‐5,  2012.  

7.   Chairman  of  FIFTH  BIOT  CONFERENCE  ON  POROMECHANICS,  Vienna,  Austria,  2013,  July  10-­‐12,  2013.  

8.   Chairman  of  10TH   INTERNATIONAL  CONFERENCE  ON  CREEP,  SHRINKAGE,  AND  DURABILITY  MECHANICS  OF  CONCRETE  AND  OTHER  QUASI-­‐BRITTLE  MATERIALS  –  CONCREEP  10  Vienna,  Austria,  2015,  in  preparation.    

Member  of  Committees  of  International  Conferences:  1.   Member   of   Scientific   Committee   of   III   EUROPEAN   CONFERENCE   ON   COMPUTATIONAL  

SOLID  AND  STRUCTURAL  MECHANICS  –  ECCM2006,  Lisbon,  Portugal,  June  2006    

2.   Member   of   Scientific   Committee   of   ECCOMAS   THEMATIC   CONFERENCE   ON  MODELLING   OF   HETEROGENEOUS  MATERIALS   WITH   APPLICATIONS   IN   CONSTRUCTION   AND  BIOMEDICAL  ENGINEERING,  Prague,  Czech  Republic,  June  2007    

3.   Member  of  Scientific  Committee  of  CONMOD  08  –  CONCRETE  MODELING,  Delft,  The  Netherlands,  May  2008    

4.   Member  of  Scientific  Review  Board  of  16TH  CONGRESS  OF  THE  EUROPEAN  SOCIETY  OF  BIOMECHANICS  ESB  2008,  Lucerne,  Switzerland,  July  2008    

5.   Member   of   Scientific   Advisory   Committee   3RD   INTERNATIONAL   SYMPOSIUM   ON  NANOTECHNOLOGY  IN  CONSTRUCTION,  Prague,  Czech  Republic,  May  2009    

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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6.   Member  of  Scientific  Committee  of  INTERNATIONAL  SYMPOSIUM  ON  COMPUTATIONAL  STRUCTURAL  ENGINEERING,  Shanghai,  China,  June  2009    

7.   Member   of   Scientific   Committee   of   THE   FOURTH   BIOT   CONFERENCE   ON  POROMECHANICS,    New  York,  NY,  USA,  June  2009    

8.   Member   of   Scientific   Committee   of   CONMOD   2010   –   SYMPOSIUM   ON   CONCRETE  MODELING,  Lausanne,  Switzerland,  June  2010    

9.   Member  of  Scientific  Committee  of  ECF  18  –  EUROPEAN  CONFERENCE  ON  FRACTURE,  Dresden,  Germany,  August/September  2010    

10.  Member  of  Program  Committee  of  4TH  VIENNESE  BIOMATERIALS  SYMPOSIUM,  Vienna,  Austria,  November  2010    

11.  Member   of   International   Organization   Committee   of   EUROPEAN   SYMPOSIUM   ON  BIOMATERIALS  AND  RELATED  AREAS,  EURO-­‐BIOMAT,  Jena,  Germany,  April  2011    

12.  Member   of   Scientific   Committee   of   EMI   2011   –   Conference   of   the   Engineering  Mechanics  Institute,  Boston,  MA,  USA,  June  2011  

13.  Member   of   Local   Organizing   Committee   of   EUROMECH   Solid   Mechanics  Conference  (ESMC  2012),  Graz,  Austria,  July  2012  

14.  Member   of   Technical   Advisory   Panel   of   COMPLAS   2011   –   COMPUTATIONAL  PLASTICITY  XI  –  FUNDAMENTALS  AND  APPLICATIONS,  Barcelona,  Spain,  September  2011  

15.  Reviewer  for  the  WORLD  TUNNEL  CONGRESS  2012,    Bangkok,  Thailand,  May  2012  

16.   Member   of   Scientific   Committee   of   EMI   2012   –   CONFERENCE   OF   THE   ENGINEERING  MECHANICS  INSTITUTE,  Notre  Dame,  IN,  USA,  June  2012  

17.   Member   of   Scientific   Committee   of   ESB   2012   –   18th   CONGRESS   OF   THE   EUROPEAN  SOCIETY  OF  BIOMECHANICS,  Lisbon,  Portugal,  July  2012  

18.  Member  of  Local  Advisory  Board  of  THIRD  TERMIS  WORLD  CONGRESS  2012  –  "TISSUE  ENGINEERING  AND  REGENERATIVE  MEDICINE",  Vienna,  Austria,  September  2012    

19.  Member  of  Local  Organizing  Committee  of  ECCOMAS  2012  –  EUROPEAN  CONGRESS  ON  COMPUTATIONAL  MECHANICS  IN  APPLIED  SCIENCES  AND  ENGINEERING,  Vienna,  Austria,  September  2012    

20.   Member   of   Scientific   Committee   of   the   2013   ANNUAL   MEETING   OF   THE   GERMAN  SOCIETY  FOR  BIOMECHANICS,  Neu-­‐Ulm,  Germany,  May  2013    

21.    Member  of  Scientific  Committee  of  EMI   2013  –   ENGINEERING  MECHANICS   INSTITUTE  CONFERENCE,  Evanston,  IL,  USA,  August  2013  

22.   Member   of   Scientific   Committee   of   the   5th   INTERNATIONAL   CONFERENCE   ON  COMPUTATIONAL  BIOENGINEERING,  Leuven,  Belgium,  September  2013  

23.    Member   of   Scientific   Committee   of   CONMOD14   –   CONCRETE  MODELING,   Beijing,  China,  October  2014  

24.   Member   of   the   International   Scientific   Committee   of   EMI   2015   International  Conference,  Hongkong,  China,  January  2015    

25.    Member   of   Scientific   Committee   of   COMPLAS   XIII   –   13TH   INTERNATIONAL  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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CONFERENCE   ON   COMPUTATIONAL   PLASTICITY,   FUNDAMENTALS   AND   APPLICATIONS,  Barvelona,  Spain,  September  2015  

26.    Member   of   Scientific   Committee   of   the   6th   INTERNATIONAL   CONFERENCE   ON  COMPUTATIONAL  BIOENGINEERING,  Barcelona,  Spain,  September  2015  

Organization  of  Symposia  at  International  Conferences:  1.   Co-­‐organizer  of  Minisymposium  on  Hierarchically   Structured  Biological  Materials,  

at   GAMM   -­‐   JAHRESTAGUNG   –   ANNUAL   MEETING   OF   THE   SOCIETY   FOR   APPLIED  MATHEMATICS  AND  MECHANICS,  Padua,  Italy,  March  2003,  together  with  Prof.  F.  Ulm  (MIT)    

2.   Co-­‐organizer   of   Minisymposium   on   Computational   Micromechanics   of   Hard  Biological   Tissues,   at   SECOND  MIT   CONFERENCE   ON   COMPUTATIONAL   SOLID   AND   FLUID  MECHANICS,  Cambridge,  MA,  USA,  June  2003,  together  with  Prof.  F.  Ulm  (MIT)    

3.   Co-­‐organizer   of   2nd   Symposium   on   Biologically   Inspired   Materials,   at   16TH   ASCE  ENGINEERING  MECHANICS   CONFERENCE,   Seattle,  WA,  USA,   July   2003,   together  with  Prof.  D.  Katti  (North  Dakota  State  University)  and  Dr.  E.  Macari  (NSF)    

4.   Co-­‐organizer   of   3rd   Symposium   on   Biologically   Inspired   Materials,   at   17TH   ASCE  ENGINEERING  MECHANICS  CONFERENCE,  Newark,  DE,  USA,  June  2004,  together  with  Prof.  D.  Katti  (North  Dakota  State  University)    

5.   Co-­‐organizer   of   Minisymposium   on   Computational   Micromechanics   of   Biological  Materials,   at   6TH   WORLD   CONGRESS   ON   COMPUTATIONAL   MECHANICS   –   WCCM   VI,  Beijing,  China,  September  2004,  together  with  Prof.  F.  Ulm  (MIT)    

6.   Co-­‐organizer  of  Symposium  Y:  Mechanical  Properties  of  Bio-­‐inspired  and  Biological  Materials,  at  MATERIALS  RESEARCH  SOCIETY   (MRS)  FALL  MEETING  2004,  Boston,  MA,  USA,   November/December   2004,   together   with   Profs.   K.   Katti   (North   Dakota  State  University),  F.-­‐J.  Ulm  (MIT),  and  C.  Viney  (UC  Merced)    

7.   Co-­‐organizer   of   Minisymposium   on   Biomechanics   of   Hard   and   Soft   Tissues,   at  THIRD  MIT  CONFERENCE  ON  COMPUTATIONAL  SOLID  AND  FLUID  MECHANICS,  Cambridge,  MA,  USA,  June  2005,  together  with  Prof.  F.  Ulm  (MIT)    

8.   Co-­‐organizer  of  4th  Symposium  on  Biologically   Inspired  Materials,  at  MCMAT2005  MECHANICS   AND   MATERIALS   CONFERENCE,   Baton   Rouge,   LO,   USA,   June   2005,  together  with  Prof.  D.  Katti  (North  Dakota  State  University)    

9.   Co-­‐organizer   of   Minisymposium   on   Computational   Mechanics   of   Civil   and  Bioengineering  Materials   and   Structures   –   The  Nano-­‐to-­‐Macro   Perspective,   at   VIII  INTERNATIONAL   CONFERENCE   ON   COMPUTATIONAL   PLASTICITY   (COMPLAS   VIII),  Barcelona,  Spain,  September  2005,  together  with  Prof.  H.  Mang  (TU  Wien)    

10.  Co-­‐organizer   of  Minisymposium   on  Nano-­‐to-­‐Macro   Characterization   of   Hard   and  Soft  Biological  Tissue:  The  Contribution  of  Applied  Mathematics  and  Mechanics,  at  THE  2006  ANNUAL  MEETING  OF  THE  SOCIETY  FOR  APPLIED  MATHEMATICS  AND  MECHANICS  (GAMM),  Berlin,  Germany,  March  2006,  together  with  B.  Markert  (Stuttgart    

  University)    11.  Organizer  of  Symposium  on  Multiscale  Mechanics  of  Biological  Materials  and  Other  

Natural   Composites,   at   III   EUROPEAN   CONFERENCE   ON   COMPUTATIONAL   SOLID   AND  STRUCTURAL  MECHANICS  –  ECCM2006,  Lisbon,  Portugal,  June  2006    

12.  Co-­‐organizer  of  5th  Symposium  on  Biologically   Inspired  Materials,  at  US  NATIONAL  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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CONGRESS   OF   THEORETICAL   AND   APPLIED  MECHANICS,   Boulder,   CO,   USA,   June   2006,  together  with  Prof.  D.  Katti  (North  Dakota  State  University)    

13.  Co-­‐organizer  of  Symposium  DD:  Mechanics  of  Biological  and  Bio-­‐inspired  Materials  at  2006  FALL  MEETING  OF  THE  MATERIALS  RESEARCH  SOCIETY  (MRS),  Boston,  MA,  USA,  November/December   2006,   together   with   Prof.   K.   Katti   (North   Dakota   State  University),  Prof.  C.  Viney  (Univ.  of  California  Merced),  Dr.  U.  Wegst  (Max  Plank  Institute  Stuttgart)    

14.  Co-­‐organizer   of   6th   Symposium   on   Biologically   Inspired   Materials,   at   18TH   ASCE  ENGINEERING   MECHANICS   CONFERENCE,   Blacksburg,   VA,   USA,   June   2007,   together  with  Prof.  D.  Katti  (North  Dakota  State  University)    

15.  Co-­‐organizer  of  Minisymposium  on  Mathematics  and  Mechanics   in  Structural  and  Functional   Biology,   at   6TH   INTERNATIONAL   CONGRESS   ON   INDUSTRIAL   AND   APPLIED  MATHEMATICS   ICIAM  2007,   Zurich,   Switzerland,   July   2007,   together  with  Prof.  R.  Krause  (Bonn  University)    

16.Co-­‐organizer  of  Minisymposium  on  Shifting  to  Performance-­‐Based  Design  as  a  Tool  for   Improving   Lining   Structural   Safety   and   Serviceability,   at   ECCOMAS   THEMATIC  CONFERENCE   ON   COMPUTATIONAL   METHODS   IN   TUNNELING   EURO-­‐TUN   2007,   Vienna,  Austria,   August   2007,   together  with   O.   Rio   (Institute   E.   Torroja)   and   Hermann  Otremba  (HochTief)    

17.  Co-­‐organizer   of   Workshop   on   Biomechanics   Linz,   Austria,   December   2007,  together   with   Prof.   U.   Langer   (Linz   University,   Austria),   as   part   of   the   Radon  Special   Semester   on   Quantitative   Biology   Analyzed   by   Mathematical   Methods,  organized  by  the  Radon  Institute  of  the  Austrian  Academy  of  Sciences    

18.  Co-­‐organizer  of  7th  Symposium  on  Biologically  Inspired  Materials,  at  THE  INAUGURAL  INT.   CONFERENCE   OF   THE   ENGINEERING  MECHANICS   INSTITUTE,  Minneapolis,  MN,  USA,  May  2008,  together  with  Prof.  D.  Katti  (North  Dakota  State  University)    

19.  Co-­‐organizer   of   Minisymposium   on   Computational   Micromechanics   of   Biological  and   Bio-­‐Inspired   Materials   and   Structures,   at   8TH   WORLD   CONGRESS   ON  COMPUTATIONAL  MECHANICS   –  WCCM   VIII,   Venice,   Italy,   June/July   2008,   together  with  Prof.  D.  Katti  (North  Dakota  State  University)    

20.  Co-­‐organizer  of  Symposium  Z:  Mechanics  of  Biological  and  Biomedical  Materials,  at  2008  FALL  MEETING  OF   THE  MATERIALS  RESEARCH  SOCIETY   (MRS),  Boston,  MA,  USA,  November/December   2008,   together   with   Prof.   K.   Katti   (North   Dakota   State  University),  Prof.  U.  Wegst  (Drexel  University,  Philadelphia),  and  Prof.  R.  Narayan  (North  Carolina  State  University)    

21.  Co-­‐organizer   of   8th   Symposium   on   Biologically   Inspired   Materials,   at   THE   2009  JOINT  ASCE-­‐ASME-­‐SES  CONFERENCE  ON  MECHANICS   AND  MATERIALS,   Blacksburg,   VA,  USA,  June  2009,  together  with  Prof.  D.  Katti  (North  Dakota  State  University)    

22.  Co-­‐organizer   of   Symposium   on   New   Trends   in  Microporomechanics,   at   THE   2009  JOINT  ASCE-­‐ASME-­‐SES  CONFERENCE  ON  MECHANICS   AND  MATERIALS,   Blacksburg,   VA,  USA,   June  2009,   together  with  Dr.  B.  Pichler   (Vienna  University  of  Technology)  and  Prof.  L.  Dormieux  (Ecole  des  Ponts  -­‐  Paris  Tech)    

23.  Organizer  of  Symposium  on  Mathematical  Modeling  of  Biomedical  Materials:  at  the  Crossroads   of   Mechanics,   Physics,   Chemistry,   and   Biology,   at   EUROMAT   2009   –  EUROPEAN   CONGRESS   AND   EXHIBITION   ON   ADVANCED   MATERIALS   AND   PROCESSES,  Glasgow,  UK,  September  2009    

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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24.  Co-­‐Organizer  of  Minisymposium  on  Constitutive  Models  for  Support  Materials,  at  EUROTUN  2009  –  ECCOMAS  THEMATIC  CONFERENCE  ON  COMPUTATIONAL  METHODS  IN  TUNNELING,   Bochum,   Germany,   September   2009,   together   with   Dr.   B.   Pichler  (Vienna  University  of  Technology)  and  Prof.  J.  Eberhardsteiner  (Vienna  University  of  Technology)    

25.  Co-­‐organizer   of   Contributed   Sessions   on   Biomechanics,   at   GAMM   2010   –   81ST  ANNUAL   MEETING   OF   THE   SOCIETY   FOR   APPLIED   MATHEMATICS   AND   MECHANICS,  Karlsruhe,  Germany,  March  2010,  together  with  Prof.  U.  Nackenhorst  (Hannover  University)    

26.  Co-­‐organizer  of  Minisymposium  on  Multiscale  Modeling  of  Engineering  Materials,  at   WCCM   2010   –   WORLD   CONGRESS   ON   COMPUTATIONAL   MECHANICS,   Sydney,  Australia,   July   2010,   together   with   Dr.   P.   Pivonka   (University   of   Western  Australia)    

27.  Co-­‐organizer   of   Minisymposium   on  New   Trends   in   Microporomechanics,   at   EMI  2010   –   ENGINEERING  MECHANICS   CONFERENCE,   Los   Angeles,   CA,   USA,   August   2010,  together  with  Dr.  B.  Pichler  (TU  Wien),  Prof.  L.  Dormieux  (ParisTech)    

28.  Co-­‐organizer  of  9th  Symposium  on  Biological  and  Biologically  Inspired  Materials,  at  EMI   2010   –   ENGINEERING   MECHANICS   CONFERENCE,   Los   Angeles,   CA,   USA,   August  2010,  together  with  R.  Ballarini  (University  of  Minnesota),  M.  Buehler  (M.I.T.),  L.  Dorfmann  (Tufts  University),  D.  Katti  (North  Dakota  State  University)    

29.  Co-­‐organizer   of   Oliver   Coussy   Memorial   Symposium,   at   EMI   2010   –   ENGINEERING  MECHANICS   CONFERENCE,   Los   Angeles,   CA,   USA,   August   2010,   together  with   F.-­‐J.  Ulm   (M.I.T.),   Y.   Abousleiman   (Oklahoma   University),   A.   Cheng   (University   of  Mississippi)    

30.  Organizer   of   Minisymposium   on   Fracture   of   Biomaterials,   at   18TH   EUROPEAN  CONFERENCE  ON  FRACTURE,  Dresden,  Germany,  August/September  2010  

31.Co-­‐organizer   of   Symposium   OO:   Multiscale   Mechanics   of   Hierarchical   Biological,  Bioinspired,   and   Biomedical   Materials,   at   2010   FALL   MEETING   OF   THE   MATERIALS  RESEARCH  SOCIETY  (MRS),  Boston,  MA,  USA,  November/December  2010,  together  with   Prof.   M.   Buehler   (M.I.T.),   Prof.   K.   Katti   (North   Dakota   State   University),  Prof.   U.   Wegst   (Drexel   University,   Philadelphia),   and   Prof.   R.   Narayan   (North  Carolina  State  University)    

32.Co-­‐organizer  of  10th  Symposium  on  Mechanics  of  Biological  and  Biologically  Inspired  Materials,   at   EMI   2011   –   ENGINEERING   MECHANICS   CONFERENCE,   Boston,   MA,   USA,  June  2011,   together  with  M.  Buehler   (M.I.T.),   L.  Dorfmann   (Tufts  University),  R.  Ballerini    (University  of  Minesota),  D.  Katti  (North  Dakota  State  University)    

33.   Co-­‐organizer   of  Minisymposium   on  Micromechanics   of   Porous  Materials,   at   EMI  2011  –  ENGINEERING  MECHANICS  CONFERENCE,  Boston,  MA,  USA,  June  2011,  together  with   Prof.   B.   Pichler   (TU  Wien)   and   Prof.   L.   Dormieux   (Ecole   des   Ponts   -­‐   Paris  Tech)    

34.    Co-­‐organizer   of   Minisymposium   on   Computational   Challenges   in   Multiscale  Inelasticity   and   Instability,   at   COMPLAS   2011:   COMPUTATIONAL   PLASTICITY   XI   –  Fundamentals  and  Applications,  September  2011,  together  with  H.  Mang  (Vienna  University  of  Technology)    

35.    Co-­‐organizer   of   Symposium   on   Mechanical   Characterization   and   Modeling   of  Tissues  and  Biomedical  Materials  at  all  Length  Scales,  at  EUROMAT  2011  –  EUROPEAN  CONGRESS   AND   EXHIBITION   ON   ADVANCED   MATERIALS   AND   PROCESSES,   Montpellier,  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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France,   September   2011,   together   with   L.   Petrini   and   P.   Vena   (Politecnico   di  Milano)    

36.  Co-­‐organizer  of  Special  Session  on  Multiscale  Biomechanics  and  Mechanobiology,  at   the   NINTH   IASTED   INTERNATIONAL   CONFERENCE   ON   BIOMEDICAL   ENGINEERING   –  BIOMED  2012,  Innsbruck,  Austria,  February  2012,  together  with  S.  Scheiner  (Vienna  University  of  Technology)  

37.  Co-­‐organizer  of  Session  series  on  Structural  Mechanics,  at  GAMM  2012  –  THE  83RD  ANNUAL   MEETING   OF   THE   SOCIETY   OF   APPLIED   MATHEMATICS   AND   MECHANICS,    Darmstadt,  Germany,  March  2012,  together  with  M.  Schagerl  (Linz  University)  

38.  Co-­‐organizer  of  Symposium  on  Multifield,  Multiscale,  and  Coupled  Problems,  with  Applications  in  Science  and  Engineering,  at  ICCES’12  –  INTERNATIONAL  CONFERENCE  ON  COMPUTATIONAL  &  EXPERIEMENTAL  ENGINEERING  AND  SCIENCES,  Chania,  Crete,  Greece,  April/May  2012,  together  with  J.  Sladek  (Slovak  Academy  of  Sciences,  Bratislava)  

39.  Co-­‐organizer  of  11th  Symposium  on  Biological  and  Biologically  Inspired  Materials,  at  EMI/PMC  2012   JOINT  CONFERENCE  OF   THE   ENGINEERING  MECHANICS   INSTITUTE   AND   THE  11th  ASCE  JOINT  SPECIALTY  CONFERENCE  ON  PROBABILISTIC  MECHANICS  AND  STRUCTURAL  RELIABILITY,  Notre  Dame,  IN,  USA,  June  2012,  together  with  D.  Katti  (North  Dakota  State  University)  

40.  Co-­‐organizer  of  Symposium  honoring  Prof.  Zdenek  Bazant,  at  EMI/PMC  2012  JOINT  CONFERENCE   OF   THE   ENGINEERING   MECHANICS   INSTITUTE   AND   THE   11th   ASCE   JOINT  SPECIALTY   CONFERENCE   ON   PROBABILISTIC   MECHANICS   AND   STRUCTURAL   RELIABILITY,  Notre  Dame,   IN,  USA,   June  2012,   together  with  B.  Pichler   (Vienna  University  of  Technology),    F.J.  Ulm  (M.I.T.)  ,  G.  Meschke  (Ruhr  University  Bochum)  

41.   Co-­‐organizer   of   Mini-­‐Symposium   on   Biot’s   vision   of   unifying   natural   sciences  through   engineering   –   an   update,   at   EMI/PMC   2012   JOINT   CONFERENCE   OF   THE  ENGINEERING  MECHANICS  INSTITUTE  AND  THE  11th  ASCE  JOINT  SPECIALTY  CONFERENCE  ON  PROBABILISTIC  MECHANICS   AND  STRUCTURAL  RELIABILITY,  Notre  Dame,   IN,  USA,   June  2012,  together  with  Y.  Abousleiman  (Oklahoma  University)  and  B.  Pichler  (Vienna  University  of  Technology)  

42.  Co-­‐organizer  of  Mini-­‐Symposium  on  Computational  Biomechanics,  at    ECCOMAS  2012   EUROPEAN   CONGRESS   ON   COMPUTATIONAL   METHODS   IN   APPLIED   SCIENCES   AND  ENGINEERING,   Vienna,   Austria,   September   2012,   together   with   D.   Pahr   (Vienna  University  of  Technology),  B.v.  Rietbergen  (Eindhoven  University  of  Technology),  B.  Markert  (Stuttgart  University),  P.  Zysset  (Bern  University),  G.  Holzapfel  (Graz  University  of  Technology)  

43.    Co-­‐organizer   of   Special   session   on   Mathematical   Modeling   in   Biomedical  Engineering:   Current   Trends   and   Challenges,   at     TENTH   IASTED   INTERNATIONAL  CONFERENCE   ON   THE   BIOMEDICAL   ENGINEERING   –   BIOMED   2013,   Innsbruck,   Austria,  February   2013,   together   with   H.v.   Oosterwyck   (KU   Leuven),   N.   Filipovicz  (University  of  Kragujevac),  St.  Scheiner  (TU  Wien)      

44.   Co-­‐organizer   of  Mini-­‐Symposium  on  Coupled  Modelling   on   Tissue  Mechanics,   at  ADVANCES   IN   COMPUTATIONAL   MECHANICS   –   A   CONFERENCE   CELEBRATING   THE   70TH  BIRTHDAY   OF   THOMAS   J.R.   HUGHES,   San   Diego,   CA,   USA,   February   2013,   together  with  B.  Schrefler  (Padua  University)  

45.    Co-­‐organizer   of   Mini-­‐Symposium   on  Multiscale   Poromechanics   of   Geomaterials  and  Biomaterials,  at  5TH  BIOT  CONFERENC  ON  POROMECHANICS,  Vienna,  Austria,  July  10-­‐12,   2013,   together   with   B.   Pichler   (Vienna   University   of   Technology),   A.   Giraud  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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(Institut  National  Polytechnique  de  Lorraine),  X.  Chateau  (Ecole  des  Ponts  –  Paris  Tech)  

46.   Co-­‐organizer  of  Minisymposium  on  Multiscale  Poro-­‐Micro-­‐Mechanics   of   Bio-­‐   and  Geomaterials,   at   COMPLAS   XIII   13th   INTERNATIONAL   CONFERENCE   ON   COMPUTATIONAL  PLASTICITY,   Barcelona,   Spain,   September   3-­‐5,   2013,   together   with   B.   Pichler  (Vienna  University  of  Technology)  

47.   Co-­‐organizer   of   Symposium   on   Advances   in   Mechanics   of   Biological   and   Bio-­‐inspired   Materials,   at   2013   MRS   FALL   MEETING,   Boston,   USA,   December   1-­‐6,   2013,  together  with   K.   Katti   (North   Dakota   State   University),   N.   Rahbar     (Worcester  Poloytecnic  Institute),  C.  Tamerler  (University  of  Kansas)  

48.  Co-­‐organizer  of  Minisymposium  on  Multiscale  Techniques,  at  7TH  WORLD  CONGRESS  OF   BIOMECHANICS,   Bostom,   USA,   July   6-­‐11,   2014,   together   with   P.   Pivonka  (University   of   Melbourne),   R.   Mueller   (ETH   Zurich),   and   B.v.Rietbergen  (Eindhoven  University  of  Technology)  

       

 List  of  Scientific  Publications  

 

Edited  Books:  [1] C.  Viney,  K.  Katti,  F.-­‐J.  Ulm,  Ch.  Hellmich.  Mechanical  Properties  of  Bioinspired  

and   Biological   Materials.   Materials   Research   Society   (MRS)   –   Symposium  Proceedings  Volume  844,  following  the  2004  MRS  Fall  Meeting,  held  November  29   –   December   2,   2004,   in   Boston,   MA,   USA.   Materials   Research   Society,  Warrendale,  Pennsylvania.  

[2] J.   Eberhardsteiner,  G.   Beer,   Ch.  Hellmich,  H.  Mang,  G.  Meschke,  W.   Schubert.  ECCOMAS   Thematic   Conference   on   Computational   Methods   in   Tunneling   –  Book   of   Abstracts,   held   August   27-­‐29,   2007,   in   Vienna,   Austria.   European  Community  on  Computational  Methods  in  Applied  Sciences.  

[3] H.   Mang,   J.   Eberhardsteiner,   Ch.   Hellmich.   ECCOMAS   Multidisciplinary  Symposium  –  Book  of  Abstracts,  held  February  18-­‐20,  2008,   in  Vienna,  Austria.  European  Community  on  Computational  Methods  in  Applied  Sciences.  

[4] J.   Eberhardsteiner,   Ch.   Hellmich,   H.A.   Mang,   J.   Périaux.   ECCOMAS  Multidisciplinary   Jubilee   Symposium   –   New   Computational   Challenges   in  Materials,   Structures,   and   Fluids.   Volume   14   of   Series   on   Computational  Methods   in   Applied   Sciences,   Springer,   ISBN   978-­‐1-­‐4020-­‐9230-­‐5,   2009,   358  pages.  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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[5] A.   Nolte,   Ch.   Hellmich,   Ch.   Stanford,   U.   Wegst,   T.   Li,   M.   Buehler,   P.   Yoo,   R.  Narayan,  J.  Harding,  P.  Kiesel,  S.  Lin-­‐Gibson,  D.  Nolte,  J.  Evans,  X.  Fan,  K.  Shiba,  M.   Zillmann.   Soft   Matter,   Biological   Materials   and   Biomedical   Materials   –  Synthesis,   Characterization   and   Applications   –   Materials   Research   Society  (MRS)  Symposium  Proceedings  Volume  1301,  Cambridge  Press,  ISBN  978-­‐1-­‐605-­‐11278-­‐7,  293  pages.  

[6] P.  Gruber,  D.  Bruckner,    Ch.  Hellmich,  H.-­‐B.  Schmiedmayer,  H.  Stachelberger,  I.  Gebeshuber.   Biomimeties   –   Materials,   Structures   and   Processes   –   Examples,  Ideas,  and  Case  Studies.  Springer,  ISBN  978-­‐3-­‐642-­‐11933-­‐0,  2011,  266  pages.    

[7] Ch.   Hellmich,   F.   Rustichelli.   Book   of   Abstracts   of   2nd   Joint   Meeting   of   COST  Action   MP1005,   From   Nano   to   Macro   Biomaterials   and   Applications   to   Stem  Cells   Regeneration   Orthopedic   and   Dental  Medicine   (NAMABIO),   ISBN   978-­‐3-­‐9502481-­‐7-­‐3,  2012,  102  pages.    

Edited  Electronic  Proceedings:  [1] C.   Viney,   K.   Katti,   Ch.   Hellmich,   U.   Wegst.   Mechanics   of   Biological   and   Bio-­‐

inspired  Materials.  Materials  Research  Society  (MRS)  –  Symposium  Proceedings  Volume   975E,   following   the   2006   MRS   Fall   Meeting,   held   November   27   –  December   1,   2006,   in   Boston,   MA,   USA.   Materials   Research   Society,  Warrendale,  Pennsylvania.  

[2] J.   Eberhardsteiner,  G.   Beer,   Ch.  Hellmich,  H.  Mang,  G.  Meschke,  W.   Schubert.  ECCOMAS  Thematic  Conference  on  Computational  Methods  in  Tunneling  –  CD-­‐ROM   Proceedings,   held   August   27-­‐29,   2007,   in   Vienna,   Austria.   European  Community  on  Computational  Methods  in  Applied  Sciences.  

[3] K.   Katti,   Ch.   Hellmich,   U.G.K.  Wegst,   R.   Narayan.  Mechanics   of   biological   and  biomedical   materials   Materials   Research   Society   (MRS)   –   Symposium  Proceedings   Volume   1132E,   following   the   2008   MRS   Fall   Meeting,   held  December   1   -­‐   5,   2008,   in   Boston,   MA,   USA.   Materials   Research   Society,  Warrendale,  Pennsylvania.    

[4] Ch.   Hellmich.   Proceedings   of   the   Ninth   IASTED   International   Conference   on  Biomedical   Engineering,   held   February   15-­‐17,   2012,   in   Innsbruck,  Austria.  ACTA  Press,  Calgary,  Canada.    

[5] Ch.  Hellmich,  B.  Pichler,  D.  Adam.  Poromechanics  V  –  Proceedings  oft  he  Fifth  Biot   Conference   on   Poromechanics   (in   Memory   of   Karl   von   Terzaghi,   1883-­‐1963),   held   July   10-­‐12,   2013,   in   Vienna,   Austria.   American   Society   of   Civil  Engineering  (ASCE),  Reston,  VA,  USA.  

 

Edited  Book  Chapters:  [1] Ch.   Hellmich,   S.   Scheiner.   Modeling   of   FGM-­‐behavior   under   extreme  

temperature  and  high-­‐rate   loading  conditions,   In  J.  Rödel,  Functionally  Graded  Materials   –   Properties,   Modeling   and   Applications,   State   of   the   art   report   on  Knowledge-­‐Based   Multicomponent   Materials   (KMM),   ISBN   83-­‐89687-­‐08-­‐9,  2006,  pp.  217  –  278.    

 

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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Chapters  in  Books:    [1] Ch.   Hellmich,   M-­‐   Lechner,   R.   Lackner,   J.   Macht,   and   H.A.   Mang.   Creep   of  

shotcrete  tunnel  shells.  In  S.  Murakami  and  N.  Ohno,  editor,  Proceedings  of  the  Fifth  IUTAM  Symposium  on  Creep  in  Structures,  pages  217-­‐229,  Nagoya,  Japan,  2  -­‐7  April  2000.  Kluwer  Academic  Publishers.  

[2] M.   Lechner,   Ch.   Hellmich,   H.A.Mang.   Short-­‐term   creep   of   shotcrete   –  thermochemoplastic  material  modelling  and  nonlinear  analysis  of  a   laboratory  test  and  of  a  NATM  excavation  by  the  Finite  Element  Method.  Lecture  Notes  in  Physics:  Continuous  and  Discontinuous  Modelling  of  Cohesive  Frictional  Materials:  47–62,  2001,  Springer,  Berlin.    

[3] Ch.   Hellmich,   F.-­‐J.   Ulm.   A   micromechanical   model   for   the   ultrastructural  stiffness   of   mineralized   tissues.   In   L.   Dormieux   and   F.-­‐J.   Ulm,   editors,   Below  Macro:   Driving   Forces   of   Micromechanics,   American   Society   of   Civil   Engineers  (ASCE),   2002;   book   version   of   Special   Issue   of   JEM-­‐ASCE,   see   also   Journal  Publications    

[4] Ch.  Hellmich,  R.  Lackner,  H.A.  Mang.  Thermochemomechanical  material  model  for   shotcrete.   In   G.   Beer,   editor,  Numerical   Simulations   in   Tunneling,   Springer  Wien  New  York,  2003,  pp.  61  –  82.  

[5] J.  Macht,  R.  Lackner,  Ch.  Hellmich,  H.A.  Mang.  Quantification  of  stress  states  in  shotcrete   tunnel   shells.   In  G.   Beer,   editor,  Numerical   Simulations   in   Tunneling,  Springer  Wien  New  York,  2003,  pp.  225  –248.  

[6] Ch.  Hellmich.  Microelasticity  of  bone.  In  L.  Dormieux  and  F.-­‐J.  Ulm,  editors,  CISM  vol.   480   –   Applied  Micromechanics   of   Porous  Media,   Springer  Wien  New   York,  2005,  pp.  298  –  341.    

[7] K.   Hofstetter,   Ch.   Hellmich,   H.A.   Mang.   Anisotropic   failure   of   the   biological  multi-­‐composite   wood:   a   micromechanical   approach.   In   T.   Sadowski,   editor,  IUTAM  Symposium  on  Multiscale  Modeling  of  Damage  abd  Fracture  Processes   in  Composite  Materials,  pages  159-­‐166,  Kazimierz  Dolny,  Poland,  23  –  27  May  2005.  Springer,  2006.  

[8] Ch.  Hellmich  and  S.  Scheiner.  Deformation  and  Damage.  In  J.  Rödel,  A.  Czyrska-­‐Filemonovic,   editors,   Functionally   Graded  Materials   –   Properties,   Modeling   and  Applications   –   Chapter   I:   Experimental   investigations   of   physico-­‐mechanical  properties  and  deformation  mechanisms  on  micro  and  macroscale,   State  of   the  art   report   on   Knowledge-­‐Based   Multicomponent   Materials   (KMM),   ISBN   83-­‐89687-­‐08-­‐9,  2006,  pp.  63  –  73.  

[9] A.  Chrysanthou,  Ch.  Hellmich,  S.  Scheiner.  Wear  and  Corrosion  Properties   In  J.  Rödel,   A.   Czyrska-­‐Filemonovic,   editors,   Functionally   Graded   Materials   –  Properties,  Modeling  and  Applications  –  Chapter  I:  Experimental  investigations  of  physico-­‐mechanical   properties   and   deformation   mechanisms   on   micro   and  macroscale,   State   of   the   art   report   on   Knowledge-­‐Based   Multicomponent  Materials  (KMM),  ISBN  83-­‐89687-­‐08-­‐9,  2006,  pp.  77  –  80.  

[10] Ch.  Hellmich,  S.  Scheiner,  J.  Ivanova,  R.  Kuziak,  Z.  Mroz,  M.  Bialas,  R.  Pecherski,  C.   Poizat,   J.   Skrzypek,   J.   Skoczen,   J.   Sladek.  Quasi-­‐static   thermomechanics   of  FGM.   In   J.   Rödel,   Ch.   Hellmich,   S.   Scheiner,   editors,   Functionally   Graded  Materials  –  Properties,  Modeling  and  Applications  –  Chapter  VI:  Modeling  of  FGM-­‐

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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behavior  under  extreme   temperature  and  high-­‐rate   loading  conditions,   State  of  the   art   report   on   Knowledge-­‐Based   Multicomponent   Materials   (KMM),   ISBN  83-­‐89687-­‐08-­‐9,  2006,  pp.223  –  254.  

[11] Ch.   Hellmich,   S.   Scheiner,   G.   Stepanov,   A.   Babutsky,   R.   Pecherski,   H.   Zhao.  Dynamics  of  FGM:   Impact   loading  and  high  strain   rate  conditions.   In   J.  Rödel,  Ch.   Hellmich,   S.   Scheiner,   editors,   Functionally   Graded   Materials   –   Properties,  Modeling  and  Applications  –  Chapter  VI:  Modeling  of  FGM-­‐behavior  under  extreme  temperature   and   high-­‐rate   loading   conditions,   State   of   the   art   report   on  Knowledge-­‐Based   Multicomponent   Materials   (KMM),   ISBN   83-­‐89687-­‐08-­‐9,  2006,  pp.  255  –  263.  

[12] S.   Scheiner   and   Ch.   Hellmich.   Modeling   of   Corrosion.   In   J.   Rödel,   D.   Gross,  editors,  Functionally  Graded  Materials  –  Properties,  Modeling  and  Applications  –  Chapter  V:  Modeling  of  microcracking  mechanisms,  damage,  fatigue,  and  fracture,  State  of  the  art  report  on  Knowledge-­‐Based  Multicomponent  Materials  (KMM),  ISBN  83-­‐89687-­‐08-­‐9,  2006,  pp.  333  –  339.  

[13] Ch.   Hellmich,   K.   Hofstetter,   C.   Kober.   Computational   Micromechanics   of  Biological  Materials:  Bone  and  Wood.   In  C.A.  Mota  Soares,  J.A.C.  Martins,  H.C.  Rodrigues,   editors,   Computational   Mechanics   –   Solids,   Structures   and   Coupled  Problems,  Volume  6  of  Series  on  Computational  Methods   in  Applied  Sciences,  Springer,  ISBN-­‐10  1-­‐4020-­‐4978-­‐1,  2006,  pp.  319  –  338.  

[14] B.   Pichler,   Ch.   Hellmich,   L.   Dormieux.   Potentials   and   limitations   of   Griffith’s  energy  release  rate  criterion  for  mode  I  type  microcracking  in  brittle  materials.  In   G.   Exadaktylos   and   I.   Vardoulakis,   editors,   Bifurcation,   Instabilities,   and  Degradation  in  Geomechanics,  Springer,  ISBN  978-­‐3-­‐540-­‐49341-­‐9,  2007,  pp.  245  –  276.  

[15] B.  Pichler,  Ch.  Hellmich,  S.  Scheiner,  J.  Eberhardsteiner,  H.A.  Mang.  Assessment  of   protection   systems   for   gravel-­‐buried   pipelines   considering   impact   and  recurrent   shear   loading   caused   by   thermal   deformations   of   the   pipe.   In   E.  Onate   and   R.   Owen,   editors,   Computational   Plasticity,   Volume   7   of   Series   on  Computational  Methods  in  Applied  Sciences,  Springer,  ISBN:  978-­‐1-­‐4020-­‐6576-­‐7,  2007,  pp.  187-­‐206  

[16] A.  Fritsch,  L.  Dormieux,  Ch.  Hellmich,  J.  Sanahuja.  Micromechanics  of  elasticity  and   strength  of  hydroxyapatite  biomaterials   and   tissue  engineering   scaffolds:  Model  development  and  experimental  validation.  In  A.  Boccaccini  and  J.  Gough,  editors,  Tissue  Engineering  Using  Ceramics  and  Polymers,  Woodhead  Publishing  Limited,  ISBN:  978-­‐1-­‐84569-­‐176-­‐9,  2007,  pp.  529-­‐565.  

[17] S.  Scheiner,  B.  Pichler,  Ch.  Hellmich,  H.  Mang.  Damage  and  disaster  prevention  in   NATM   tunnels   during   construction:   micromechanics-­‐supported   hybrid  analyses.   In  A.   Ibrahimbegovic  and  M.  Zlatar,   editors,  Damage  assessment  and  reconstruction   after  war   or   natural   disaster,   Springer,   ISBN:  978-­‐90-­‐481-­‐2384-­‐1,  2009,  pp.  223  –  251.  

[18] S.   Scheiner,   B.   Pichler,   Ch.   Hellmich,   J.   Eberhardsteiner.   Safety   assessment  during  construction  of  shotcrete   tunnel  shells  using  micromechanical  material  models.   In   G.   Beer,   editor,   TUNCONSTRUCT   –   Technology   innovation   in  underground  construction,  Taylor  and  Francis,  ISBN:  978-­‐0-­‐415-­‐55411-­‐4,  2009,  pp.  261  –  282.    

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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[19] B.   Pichler,   Ch.   Hellmich,   H.A.   Mang,   J.   Eberhardsteiner.   Rockfall   onto   gravel-­‐covered  pipelines:   from   real-­‐scale   experiments   to   semi-­‐probabilistic   design   of  gravel   protection   layers.   In   consulting   engineers   Fritsch,   Chiari,   and   partners,  editors,  Ideen  werden  Wirklichkeit  –  50  Jahre  Ingenieurleistungen,  pages  38  –  43,  Grasl  Druck  &  Neue  Medien  publishers,  2010.  

[20] S.   Scheiner,   B.   Pichler,   Ch.   Hellmich,   H.   Mang.   Computational   Multiscale  Analysis   for  NATM  Tunnels:  Micromechanics-­‐Supported  Hybrid  Analyses,   In  R.  de   Borst   and   E.   Ramm,   editors,   Lecture   Notes   in   Applied   and   Computational  Mechanics   –   Multiscale   Methods   in   Computational   Mechanics,   Springer,   ISBN:  978-­‐90-­‐481-­‐9808-­‐5,  305  –  328,  2011.  

[21] Ch.   Hellmich,   A.   Fritsch,   L.   Dormieux.   Multiscale   homogenization   theory:   An  analysis   tool   for   revealing   mechanical   design   principles   in   bone   and   bone  replacement   materials.   In   D.   Bruckner,   P.   Gruber,   Ch.   Hellmich,   H.-­‐B.  Schmiedmayer,   H.   Stachelberger,   and   I.   Gebeshuber,   editors,   Biomimetics   -­‐  Materials  Structure,  and  Processes:  Examples,   Ideas,  and  Case  Studies,   Springer,  ISBN:  978-­‐3-­‐642-­‐11933-­‐0,  81-­‐103,  2011.  

Refereed  Contributions  for  Scientific  Journals  (Published  or  Accepted  for  Publication  at  May  16,  2014):  [1] Ch.  Hellmich  and  H.  A.  Mang.  Influence  of  the  dilatation  of  soil  and  shotcrete  on  

the  load  bearing  behavior  of  NATM-­‐tunnels.  Felsbau  –  Rock  and  Soil  Engineering,  17(1):  35–43,  1999.  

[2] Ch.  Hellmich,  F.-­‐J.  Ulm,  and  H.  A.  Mang.  Multisurface  chemoplasticity  I:  Material  model   for  shotcrete.  Journal  of  Engineering  Mechanics   (ASCE),   125(6):  692–701,  1999.  

[3] Ch.   Hellmich,   F.-­‐J.   Ulm,   and   H.  A.   Mang.   Multisurface   chemoplasticity   II:  Numerical  studies  on  NATM-­‐tunneling.  Journal  of  Engineering  Mechanics  (ASCE),  125(6):  702–714,  1999.  

[4] Ch.   Hellmich,   F.-­‐J.   Ulm,   and   H.  A.   Mang.   Consistent   linearization   in   finite  element   analysis   of   coupled   chemo-­‐thermal   problems   with   exo-­‐   or  endothermal  reactions.  Computational  Mechanics,  24(4):  238–244,  1999.  

[5] Ch.  Hellmich,  J.  Macht,  and  H.A.  Mang.  Ein  hybrides  Verfahren  zur  Bestimmung  der  Auslastung  von  Spritzbetonschalen  [A  hybrid  method  for  determination  of  the   degree   of   utilization   of   shotcrete   tunnel   shells].   Felsbau   –   Rock   and   Soil  Engineering,  17(5):  422–425,  1999.  

[6] J.   Sercombe,   Ch.   Hellmich,   F.-­‐J.   Ulm,   and   H.A.   Mang.   Modeling   of   early-­‐age  creep   of   shotcrete.   I:   Model   and   model   parameters.   Journal   of   Engineering  Mechanics  (ASCE),  126(3):  284–291,  2000.  

[7] Ch.   Hellmich,   J.   Sercombe,   F.-­‐J.   Ulm,   and   H.A.   Mang.   Modeling   of   early-­‐age  creep  of  shotcrete.  II:  Application  to  tunneling.  Journal  of  Engineering  Mechanics  (ASCE),  126(3):  292–299,  2000.  

[8] J.  Macht,  Ch.  Hellmich,  R.  Lackner,  W.  Schubert,  and  H.A.  Mang.  Assessment  of  a   tunnel   support   system   for   squeezing   rock   conditions   by  means   of   a   hybrid  method.  Felsbau  –  Rock  and  Soil  Engineering,  18(6):  9–15,  2000.    

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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[9] H.A.   Mang,   Ch.   Hellmich,   R.Lackner,   and   B.   Pichler.   Computational   structural  mechanics.  International  Journal  for  Numerical  Methods  in  Engineering,  52:  569–587,  2001.    

[10] Ch.   Hellmich,   H.A.   Mang,   and   F.-­‐J.   Ulm.   Hybrid   method   for   quantification   of  stress  states  in  shotcrete  tunnel  shells:  combination  of  3D   in-­‐situ  displacement  measurements   and   thermochemoplastic   material   law.   Computers   and  Structures,  79:  2103–2115,  2001.    

[11] R.   Lackner,   Ch.   Hellmich,   H.A.   Mang.   Constitutive   modeling   of   cementitious  materials   in   the   framework   of   chemoplasticity.   International   Journal   of  Numerical  Methods  in  Engineering,  53:  2357–2388,  2002.    

[12] R.  Lackner,  J.  Macht,  Ch.  Hellmich,  H.A.  Mang.  Hybrid  method  for  the  analysis  of   segmented   shotcrete   tunnel   linings.   Journal   of   Geotechnical   and  Geoenvironmental  Engineering  (ASCE),  128(4):  298–306,  2002.    

[13] Ch.   Hellmich   and   F.-­‐J.   Ulm.   A   micromechanical   model   for   the   ultrastructural  stiffness  of  mineralized  tissues.  Journal  of  Engineering  Mechanics  (ASCE),  128(8):  898–908,  2002.    

[14] Ch.   Hellmich   and   F.-­‐J.   Ulm.   Are   mineralized   tissues   open   crystal   foams,  reinforced   by   crosslinked   collagen?     –   Some   energy   arguments.   Journal   of  Biomechanics,  35:  1199–1212,  2002.    

[15] Ch.  Hellmich  and  F.-­‐J.  Ulm.  Average  hydroxyapatite  concentration  is  uniform  in  the   extra-­‐collagenous   ultrastructure   of   mineralized   tissue.   Biomechanics   and  Modeling  in  Mechanobiology,  2:  21–36,  2003.    

[16] Ch.  Hellmich,  F.-­‐J.  Ulm,  and  L.  Dormieux.  Can   the  diverse  elastic  properties  of  trabecular   and   cortical   bone   be   attributed   to   only   a   few   tissue-­‐independent  phase   properties   and   their   interactions?     -­‐   Arguments   from   a   multiscale  approach.  Biomechanics  and  Modeling  in  Mechanobiology,  2:  219–238,  2004.    

[17] Ch.   Hellmich,   J.-­‐F.   Barthélémy,   L.   Dormieux.   Mineral-­‐collagen   interactions   in  elasticity   of   bone   ultrastructure   -­‐   a   continuum   micromechanics   approach.  European  Journal  of  Mechanics  A/Solids,  23:  783–810,  2004.    

[18] P.  Pivonka,  Ch.  Hellmich,  D.  Smith.  Microscopic  effects  on  chloride  diffusivity  of  cement  pastes  –  a  scale  transition  analysis.  Cement  and  Concrete  Research,  34:  2251–2260,  2004.  

[19] B.   Pichler,   Ch.   Hellmich,   H.A.  Mang.   Impact   of   rocks   onto   gravel:   design   and  evaluation  of  experiments.  International  Journal  of  Impact  Engineering,  31:  559–578,  2005.    

[20] Ch.   Hellmich,   F.-­‐J.   Ulm.   Drained   and   undrained   poroelastic   properties   of  healthy   and   pathological   bone:   a   poro-­‐micromechanical   investigation.  Transport  in  Porous  Media,  58:  243–268,  2005.    

[21] B.   Pichler,   Ch.   Hellmich,   J.   Eberhardsteiner,   H.A.   Mang.   Assessment   of  protection   systems   for   rockfall-­‐endangered   steel   pipelines.   Computer-­‐Aided  Civil  and  Infrastructure  Engineering,  20:  331–342,  2005.    

[22] Ch.   Hellmich,   H.A.   Mang.   Shotcrete   elasticity   revisited   in   the   framework   of  continuum  micromechanics:  from  submicron  to  meter  level.  Journal  of  Materials  in  Civil  Engineering  (ASCE),  17(3):  246–256,  2005.    

[23] B.   Pichler,   Ch.   Hellmich,   H.A.  Mang.   Protection   of   infrastructure   subjected   to  rockfall.  Journal  of  the  Mechanical  Behavior  of  Materials,  16(1-­‐2):  103–111,  2005.    

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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[24] Ch.   Hellmich,   F.-­‐J.   Ulm.  Micro-­‐porodynamics   of   bones:   prediction   of   the   slow  Frenkel-­‐Biot   wave.   Journal   of   Engineering   Mechanics   (ASCE),   131(9):   918–927,  2005.    

[25] K.  Hofstetter,  Ch.  Hellmich,  J.  Eberhardsteiner.  Development  and  experimental  validation   of   a   continuum  micromechanics   model   for   the   elasticity   of   wood.  European  Journal  of  Mechanics  A/Solids,  24(6):  1030–1053,  2005.    

[26] A.  Fritsch,  L.  Dormieux,  Ch.  Hellmich.  Porous  polycrystals  built  up  by  uniformly  and   axisymmetrically   oriented   needles:   Homogenization   of   elastic   properties.  Comptes  Rendus  Mécanique,  334:  151-­‐157,  2006.    

[27] C.  Kober,  B.  Erdmann,  Ch.  Hellmich,  R.  Sader,  H.-­‐F.  Zeilhofer.  Consideration  of  anisotropic   elasticity   minimizes   volumetric   rather   than   shear   deformation   in  human   mandible.   Computer   Methods   in   Biomechanics   and   Biomedical  Engineering,  9(2):  91-­‐101,  2006.    

[28] B.   Pichler,   Ch.   Hellmich,   H.A.   Mang,   J.   Eberhardsteiner.   Loading   of   a   gravel-­‐buried   steel   pipe   subjected   to   rockfall.   Journal   of   Geotechnical   and  Geoenvironmental  Engineering  (ASCE),  132  (11):  1465-­‐1473,  2006.    

[29] S.  Scheiner,  B.  Pichler,  Ch.  Hellmich,  J.  Eberhardsteiner.  Loading  of  soil-­‐covered  oil   and   gas   pipelines   due   to   adverse   soil   settlements   –   Protection   against  thermal   dilatation-­‐induced   wear,   including   geosynthetics.   Computers   and  Geotechnics,  33:  371  –  380,  2006.    

[30] K.  Hofstetter,  Ch.  Hellmich,  J.  Eberhardsteiner.  The   influence  of  the  microfibril  angle   on   wood   stiffness:   a   continuum   micromechanics   approach.   Computer  Assisted  Mechanics  and  Engineering  Sciences,  13:  523  –  536,  2006.    

[31] S.  Scheiner,  Ch.  Hellmich.  Stable  pitting  corrosion  of  stainless  steel  as  diffusion-­‐controlled   dissolution   process   with   a   sharp   moving   boundary.   Corrosion  Science,  49(2):  319  –  346,  2007.    

[32] J.  Sladek,  V.  Sladek,  Ch.  Hellmich,  J.  Eberhardsteiner.  Heat  conduction  analysis  of   3D   axisymmetric   and   anisotropic   FGM   bodies   by   meshless   local   Petrov-­‐Galerkin  method.  Computational  Mechanics,  39(3):  323  –  333,  2007.    

[33] B.   Pichler,   Ch.   Hellmich,   H.A.   Mang.   A   combined   fracture-­‐micromechanics  model  for  tensile  strain-­‐softening  in  brittle  materials,  based  on  propagation  of  interacting   microcracks.   International   Journal   for   Analytical   and   Numerical  Methods  in  Geomechanics,  31:  111  –  132,  2007.    

[34] A.   Fritsch,   Ch.   Hellmich.   ’Universal’   microstructural   patterns   in   cortical   and  trabecular,   extracellular   and   extravascular   bone   materials:   Micromechanics-­‐based   prediction   of   anisotropic   elasticity.   Journal   of   Theoretical   Biology,   244:  597  –  620,  2007.    

[35] K.   Hofstetter,   Ch.   Hellmich,   J.   Eberhardsteiner.  Micromechanical   modeling   of  solid-­‐type   and   plate-­‐type   deformation   patterns   within   softwood   materials.   A  review  and  an  improved  approach.  Holzforschung  –  International  Journal  of  the  Biology,  Chemistry,  Physics,  and  Technology  of  Wood,  61:  343  –  351,  2007.    

[36] J.   Sladek,   V.   Sladek,   Ch.   Hellmich,   J.   Eberhardsteiner.   Analysis   of   thick  functionally  graded  plates  by   local   integral  equation  method.  Communications  in  Numerical  Methods  in  Engineering,  23:  733  –  754,  2007.    

[37] A.   Fritsch,   L.   Dormieux,   Ch.   Hellmich,   J.   Sanahuja.   Micromechanics   of   crystal  interfaces   in   polycrystalline   solid   phases   of   porous  media:   fundamentals   and  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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application   to   strength   of   hydroxyapatite   biomaterials.   Journal   of   Materials  Science,  42:  8824  –  8837,  2007.    

[38] Ch.   Hellmich,   C.   Kober,   B.   Erdmann.   Micromechanics-­‐based   conversion   of   CT  data  into  anisotropic  elastictiy  tensors,  applied  to  FE  simulations  of  a  mandible.  Annals  of  Biomedical  Engineering,  36(1):  108  –  122,  2008.    

[39] H.  Müllner,  A.  Fritsch,  Ch.  Kohlhauser,  R.  Reisner,  Ch.  Hellmich,  D.  Godlinski,  A.  Rota,   R.   Slesinski,   J.   Eberhardsteiner.   Acoustical   and   poromechanical  characterization   of   titanium   scaffolds   for   biomedical   applications.   Strain,   44:  153  –  163,  2008.    

[40] B.   Pichler,   Ch.   Hellmich,   J.   Eberhardsteiner,   H.A.   Mang.   Semi-­‐probabilistic  design  of  rockfall  protection  layers.  Computational  Mechanics,  42(2):  327  –  336,  2008.    

[41] S.  Scheiner,  Ch.  Hellmich.  Mathematical  modeling  of  diffusion-­‐   and  activation-­‐controlled   pitting   corrosion   of   stainless   steel.   Restoration   of   Buildings   and  Monuments  –  Special  Edition  on  Concrete  and  Corrosion,  14(2):  79  –  94,  2008.    

[42] K.   Hofstetter,   Ch.   Hellmich,   J.   Eberhardsteiner,   H.A.   Mang.   Micromechanical  estimates   for   elastic   limit   states   in   wood   materials,   revealing   nanostructural  failure  mechanisms.  Mechanics  of  Advanced  Materials   and  Structures,   15:  474  –  484,  2008.    

[43] A.   Malasoma,   A.   Fritsch,   Ch.   Kohlhauser,   T.   Brynk,   C.   Vitale-­‐Brovarone,   Z.  Pakiela,   J.   Eberhardsteiner,   Ch.   Hellmich.   Micromechanics   of   bioresorbable  porous   CEL2   glass-­‐ceramic   scaffolds   for   bone   tissue   engineering.  Advances   in  Applied  Ceramics,  107(5):  277  –  286,  2008.    

[44] B.  Pichler,  S.  Scheiner,  Ch.  Hellmich.  From  micron-­‐sized  needle-­‐shaped  hydrates  to  meter-­‐sized   shotcrete   tunnel   shells:  Micromechanical  upscaling  of   stiffness  and  strength  of  shotcrete.  Acta  Geotechnica,  3(4):  273  –  294,  2008.    

[45] C.   Kober,   S.   Stübinger,   Ch.   Hellmich,   R.   Sader,   H.-­‐F.   Zeilhofer.   Finite   element  simulation   of   the   human   mandible:   the   role   of   (natural)   teeth.   International  Journal  for  Computerized  Dentistry,  11(3/4):  169  –  174,  2008.    

[46] C.  Kober,  S.  Stübinger,  Ch.  Hellmich,  R.  Sader,  H.-­‐F.  Zeilhofer.  Mandibular  finite  element   simulation   as   a   tool   for   trauma   surgery.   International   Journal   for  Computerized  Dentistry,  11(3/4):  175  –  181,  2008.    

[47] Z.   Yosibash,   N.   Trabelsi,   Ch.   Hellmich.   Subject-­‐specific   p-­‐FE   analysis   of   the  proximal   femur  using  micromechanics-­‐based  material  properties.   International  Journal  for  Computational  Multiscale  Engineering,  6(5&6):  483  –  498,  2008.    

[48] A.   Fritsch,   L.   Dormieux,   Ch.   Hellmich,   J.   Sanahuja.   Mechanical   behavior   of  hydroxyapatite   biomaterials:   an   experimentally   validated   micromechanical  model   for   elasticity   and   strength.   Journal   of   Biomedical   Materials   Research   A,  88A(1):  149  –  161,  2009.    

[49] Ch.   Kohlhauser,   Ch.   Hellmich,   C.   Vitale-­‐Brovarone,   A.R.   Boccaccini,   A.   Rota,   J.  Eberhardsteiner.   Ultrasonic   characterization   of   porous   biomaterials   across  different  frequencies.  Strain,  45:  34  –  44,  2009.    

[50] B.   Pichler,   Ch.   Hellmich,   J.   Eberhardsteiner.   Spherical   and   acicular  representation   of   hydrates   in   a   micromechanical   model   for   cement   paste   –  prediction  of  early-­‐age  elasticity  and  strength.  Acta  Mechanica,  203  (3/4):  137  –162,  2009.    

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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[51] S.  Scheiner,  R.  Sinibaldi,  B.  Pichler,  V.  Komlev,  C.  Renghini,  C.  Vitale-­‐Brovarone,  F.   Rustichelli,   Ch.   Hellmich.   Resolution   error-­‐cleared   micro-­‐computer  tomography   of   bone   tissue   engineering   scaffolds:   application   to  micromechanics-­‐based   micro-­‐Finite   Element   analysis.   Biomaterials,   30:   2411   –  2419,  2009.    

[52] S.  Scheiner,  Ch.  Hellmich.  Continuum  microviscoelasticity  model  for  aging  basic  creep   of   early-­‐age   concrete.   Journal   of   Engineering   Mechanics   (ASCE),   135(4):  307  –  323,  2009.    

[53] Ch.   Hellmich,   D.   Celundova,   F.-­‐J.   Ulm.   Multiporoelasticity   of   hierarchically  structured   materials:   micromechanical   foundations   and   application   to   bone.  Journal  of  Engineering  Mechanics  (ASCE),  135(5):  382  –  394,  2009.    

[54] E.   Bertrand,   Ch.   Hellmich.  Multiscale   elasticity   of   tissue   engineering   scaffolds  with   tissue-­‐engineered   bone:   a   continuum  micromechanics   approach.   Journal  of  Engineering  Mechanics  (ASCE),  135(5):  395  –  381,  2009.    

[55] H.A.  Mang,  J.  Eberhardsteiner,  Ch.  Hellmich,  K.  Hofstetter,  A,  Jäger,  R.  Lackner,  K.   Meinhard,   H.W.   Müllner,   B.   Pichler,   Ch.   Pichler,   R.   Reihsner,   R.  Stürzenbecher,   M.   Zeiml.   Computational   Mechanics   of   Materials   and  Structures.  Engineering  Structures,  31:  1288  –  1297,  2009.    

[56] S.   Scheiner,   Ch.   Hellmich.   Finite   volume   model   for   diffusion   and   activation-­‐controlled   pitting   corrosion   of   stainless   steel.   Computer   Methods   in   Applied  Mechanics  and  Engineering,  198:  2898  –  2910,  2009.    

[57] A.   Fritsch,   Ch.  Hellmich,   L.  Dormieux.  Ductile   sliding  between  mineral   crystals  followed   by   rupture   of   collagen   crosslinks:   experimentally   supported  micromechanical   explanation  of  bone   strength.   Journal   of   Theoretical   Biology,  260:  230  –  252,  2009.    

[58] H.A.   Mang,   E.   Aigner,   J.   Eberhardsteiner,   Ch.   Hackspiel,   C.   Hellmich,   K.  Hofstetter,  R.  Lackner,  B.  Pichler,  S.  Scheiner,  R.  Stürzenbecher.  Computational  multiscale  analysis   in   civil   engineering.   Interaction  and  Multiscale  Mechanics,   2:  109  –  128,  2009.    

[59] J.   Sanahuja,   L.   Dormieux,   S.  Meille,   Ch.   Hellmich,   A.   Fritsch.  Micromechanical  explanation   of   elasticity   and   strength   of   gypsum:   from  elongated   anisotropic  crystals   to   isotropic   porous   polycrystals.   Journal   of   Engineering   Mechanics  (ASCE),  136(2):  239  –  253,  2010.    

[60] A.   Fritsch,   Ch.   Hellmich,   L.   Dormieux.   The   role   of   disc-­‐type   crystal   shape   for  micromechanical   predictions   of   elasticity   and   strength   of   hydroxyapatite  biomaterials.  Philosophical  Transactions  of  the  Royal  Society,  368A:  1913  –  1935,  2010.    

[61] S.   Ullah,   B.   Pichler,   S.   Scheiner,   Ch.   Hellmich.   Shell-­‐specific   interpolation   of  measured   3D   displacements,   for   micromechanics-­‐based   rapid   safety  assessment   of   shotcrete   tunnels.   Computer   Modeling   in   Engineering   and  Sciences,  57(3),  279-­‐314,  2010.    

[62] R.   Singh,   P.   Lee,   T.   Lindsey,   C.   Kohlhauser,   Ch.   Hellmich,   M.   Bram,   T.  Imwinkelried,   R.   Dashwood.   Characterization   of   the   deformation   behavior   of  intermediate   porosity   interconnected   Ti   foams   using   micro-­‐computed  tomography   and   direct   finite   element   modeling.   Acta   Biomaterialia,   6:   2342-­‐2351,  2010.    

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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[63] B.   Pichler,   Ch.   Hellmich.   Estimation   of   influence   tensors   for   eigenstressed  multiphase   elastic   media   with   non-­‐aligned   inclusion   phases   of   arbitrary  ellipsoidal   shape.  Journal  of  Engineering  Mechanics   (ASCE),   136(8),   1043  –   1053,  2010.    

[64] T.  Bader,  K.  Hofstetter,  Ch.  Hellmich,  J.  Eberhardsteiner.  Poromechanical  scale  transitions   of   failure   stresses   in   wood:   from   the   lignin   to   the   spruce   scale.  Zeitschrift  für  angewandte  Mathematik  und  Mechanik,  90  (10/11),  750  –  767,  2010.    

[65] T.   Brynk,   Ch.   Hellmich,   A.   Fritsch,   P.   Zysset,   J.   Eberhardsteiner.   Experimental  poromechanics  of  trabecular  bone  strength:  role  of  Terzaghi’s  effective  stress  and   of   tissue-­‐level   stress   fluctuations.   Journal   of   Biomechanics,   44,   501   –   508,  2011.    

[66] T.  Bader,  K.  Hofstetter,  Ch.  Hellmich,  J.  Eberhardsteiner.  The  poroelastic  role  of  water   in   cell  walls   of   the  hierarchical   composite   "softwood".  Acta  Mechanica,  217,  75  –  100,  2011.    

[67] B.   Pichler,   Ch.  Hellmich.  Upscaling   quasi-­‐brittle   strength   of   cement   paste   and  mortar:   a   multiscale   engineering   mechanics   model,   Cement   and   Concrete  Research,  41,  467  –  476,  2011.    

[68] J.  Vuong  and  Ch.  Hellmich.  Bone  fibrillogenesis  and  mineralization:  quantitative  analysis  and  implications  for  tissue  elasticity.  Journal  of  Theoretical  Biology,  287,  115-­‐130,  2011.    

[69] Ch.   Kohlhauser,   Ch.   Hellmich.   Determination   of   Poisson’s   ratios   in   isotropic,  transversely   isotropic,   and   orthotropic   materials   by   means   of   ultrasonic-­‐mechanical   testing   of   normal   stiffness:   application   to   metals   and   wood.  European  Journal  of  Mechanics  -­‐  A/Solids,  33,  82-­‐98,  2012    

[70] A.  Dejaco,  V.  Komlev,  J.  Jaroszewicz,  W.  Swieszkowski,  Ch.  Hellmich.  Micro  CT-­‐based   multiscale   elasticity   of   double-­‐porous   (pre-­‐cracked)   hydroxyapatite  granules   for   regenerative   medicine.   Journal   of   Biomechanics,   45,   1068-­‐1075,  2012.  

[71] A.  Malandrino,  A.  Fritsch,  O.  Lahayne,  K.  Kropik,  H.  Redl,  J.  Noailly,  D.  Lacroix,  Ch.   Hellmich.   Anisotropic   tissue   elasticity   in   human   lumbar   vertebra,   from  ultrasonics  and  micromechanics.  Materials  Letters,  78,  154-­‐158,  2012.  

[72] S.   Ullah,   B.   Pichler,   S.   Scheiner,   Ch.   Hellmich.   Influence   of   shotcrete  composition  on   load   level   estimation   in  NATM   tunnel   shells:  micromechanics-­‐based   sensitivity   analysis.   International   Journal   for   Numerical   and   Analytical  Methods  in  Geomechanics,  36,  1151-­‐1180,  2012.    

[73] H.  Mang,  B.  Pichler,  T.  Bader,  J.  Füssl,  X.  Jia,  A.  Fritsch,  J.  Eberhardsteiner,  Ch.  Hellmich.   Quantification   of   structural   and  material   failure  mechanisms   across  different   length   scales:   from   instability   to   brittle-­‐ductile   transitions.   Acta  Mechanica,  223  (9),  1937-­‐1957,  2012.  

[74] K.   Luczynski,   A.   Dejaco,   O.   Lahayne,   J.   Jaroszewicz,   W.   Swieszkowski,   Ch.  Hellmich.   MicroCT/micromechanics-­‐based   Finite   Element   models   and   quasi-­‐static   unloading   tests   deliver   consistent   values   of   Young’s   modulus   of   rapid-­‐prototyped   polymer-­‐ceramic   tissue   engineering   scaffold.   CMES:   Computer  Methods  in  Engineering  &  Sciences,  87  (6),  505-­‐529,  2012.  

[75] K.   Luczynski,   T.   Brynk,   B.   Ostrowska,   W.   Swieszkowski,   R.   Reihsner,   Ch.  Hellmich.  Consistent  quasi-­‐static  and  acoustic  elasticity  determination  of  PLLA-­‐

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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based   rapid-­‐prototyped   tissue   engineering   scaffolds.   Journal   of   Biomedical  Materials  Research  A    101  (1),  138-­‐144,  2013.  

[76] St.  Scheiner,  P.  Pivonka,  Ch.  Hellmich.  Coupling  systems  biology  with  multiscale  mechanics,  for  computer  simulations  of  bone  remodeling.  Computer  Methods  in  Applied  Mechanics  and  Engineering,  254,  181-­‐196,  2013.  

[77] C.  Morin,  Ch.  Hellmich,  P.  Henits.   Fibrillar   structure  and  elasticity  of  hydrating  collagen:  a  quantitative  multiscale  approach.  Journal  of  Theoretical  Biology,    317,  384-­‐393,  2013.  

[78] P.   Pivonka,   P.   Buenzli,   S.   Scheiner,   Ch.  Hellmich,   C.  Dunstan.   The   influence   of  bone  surface  availability  in  bone  remodeling  –  A  mathematical  model  including  coupled  geometrical   and  biomechanical   regulations  of  bone   cells.  Engineering  Structures,  47,  134-­‐147,  2013.  

[79] Ch.  Kohlhauser,  Ch.  Hellmich.  Ultrasonic  contact  pulse   transmission   for  elastic  wave  velocity  and  stiffness  determination:  influence  of  specimen  geometry  and  porosity.  Engineering  Structures,  47,  115-­‐133,  2013.  

[80] B.  Pichler,  Ch.  Hellmich,  J.  Eberhardsteiner,  J.  Wasserbauer,  P.  Termkhajornkit,  R.   Barbarulo,   G.   Chanvillard.   Effect   of   gel-­‐space   ratio   and   microstructure   on  strength  of   hydrating   cementitious  materials:   an   engineering  micromechanics  approach.  Cement  and  Concrete  Research,  45,  55-­‐68,  2013.  

[81] S.  Ullah,  B.  Pichler,  Ch.  Hellmich.  Modeling  ground-­‐shell  contact  forces  in  NATM  tunneling,   based   on   3D   displacement  measurements.   Journal   of     Geotechnical  and  Geoenvironmental  Engineering  (ASCE),  139  (3),  444-­‐457,  2013.  

[82] A.  Fritsch,  Ch.  Hellmich,  P.  Young.  Micromechanics–derived  scaling  relations  for  poroelasticity   and   strength   of   brittle   porous   polycrystals.   Journal   of   Applied  Mechanics,  80,  020905-­‐1-­‐020905-­‐12,  2013.  

[83] C.  Morin,  Ch.  Hellmich.  Mineralization-­‐driven  bone  tissue  evolution  follows  from  fluid-­‐to-­‐solid  phase  transformations   in  closed  thermodynamic  systems.  Journal  of  Theoretical  Biology,  335,  185-­‐197,  2013.  

[84] R.   Blanchard,   A.   Dejaco,   E.   Bongaers,   Ch.   Hellmich.   Intravoxel   bone  micromechanics   for   micro   CT-­‐based   Finite   Element   simulations.   Journal   of  Biomechanics,  46,  2710-­‐2721,  2013.  

[85] J.  Hum,  K.W.  Luczynski,  P.  Nooeaid,  P.  Newby,  O.   Lahayne,  Ch.  Hellmich,  A.R.  Boccaccini.   Stiffness   improvement   of   45S5  Bioglass®-­‐based   scaffolds   through  PCL  and  collagen  coatings:  an  ultrasonic  study.  Strain,  49,  431-­‐439,  2013.  

[86] L.   Eberhardsteiner,   Ch.   Hellmich,   St.   Scheiner.   Layered   water   in   crystal  interfaces   as   source   for   bone   viscoelasticity:   arguments   from   a   multiscale  approach.   Computer   Methods   in   Biomechanics   and   Biomedical   Engineering,   17,  48-­‐63,  2014.    

[87] M.  Shahidi,  B.  Pichler,  Ch.  Hellmich.  Viscous   interfaces  as  a  source  for  material  creep:  a  continuum  micro-­‐mechanics  approach.  European  Journal  of  Mechanics-­‐A/Solids,  45,  41-­‐58,  2014.  

[88] S.  Scheiner,  P.  Pivonka,  D.  Smith,  D.  Colin,  Ch.  Hellmich.  Mathematical  modeling  of   postmenopausal   osteopororis   and   its   treatment   by   the   anti-­‐catabolic   drug  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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denosumab.   International   Journal   for   Numerical   Methods   in   Biomedical  Engineering,  30,  1-­‐27,  2014.  

[89] M.   Königsberger,   B.   Pichler,   Ch.   Hellmich.   Micromechanics   of   ITZ-­‐aggregate  interaction   in   concrete   Part   I:   stress   concentation.   Journal   of   the   American  Ceramic  Society,  97,  535-­‐542,  2014.  

[90] M.   Königsberger,   B.   Pichler,   Ch.   Hellmich.   Micromechanics   of   ITZ-­‐aggregate  interaction   in   concrete   Part   II:   strength   upscaling.   Journal   of   the   American  Ceramic  Society,  97,  543-­‐551,  2014  

[91] C.   Morin,   Ch.   Hellmich,   A   multiscale   poromicromechanical   approach   to   wave  propagation  and  attenuation  in  bone.    Ultrasonics,  54,  1251–1269,  2014.  

[92] M.   Colloca,   R.   Blanchard,   Ch.   Hellmich,   K.   Ito,   B.v.   Rietbergen.   A   multiscale  analytical   approach   for   bone   remodeling   simulations:   linking   scales   from  collagen  to  trabeculae.  Bone,  DOI:10.1016/j.bone.2014.03.050,  2014.  

[93] A.  Malandrino,  D.  Lacroix,  Ch.  Hellmich,  K.   Ito,  S.  Ferguson,  J.  Noailly.  The  role  of   endplate   poromechanical   properties   on   the   nutrient   availability   in   the  intervertebral   disc.   Osteoarthritis   and   Cartilage,   accepted   for   publication   in  2014.  

Contributions  submitted  for  possible  publication  at  May  15,  2014: [1] St.   Scheiner,   Ch.  Hellmich,   Ch.  Müller,   C.   Kober.   2D-­‐to-­‐3D   extension  of   clinical  

radiographs   of   mandibles,   based   on   X-­‐ray   physics   and   bone   composition  characteristics.  Medical  Image  Analysis,  submitted  for  publication.  

[2] T.   Abdalrahman,   St.   Scheiner,   Ch.   Hellmich.   Molecular   ordering-­‐induced   fluid  viscosity  gain  governs  permeability  of  trabecular  bone:  evidence  from  random  homogenization   theory.   Journal   of   Theoretical   Biology,   submitted   for  publication.  

[3] Ch.  Schwaiger,  K.  Luczynski,  M.  Pastrama,  C.  Morin,  Ch.  Hellmich.  Unloading  is  the   key   to   quasi-­‐static   determination   of   bone   elastictiy:   evidence   from  ultrasound,   wetting   and   weighing   tests,   as   well   as   from   micromechanics  theory.  Journal  of  Biomechanics,  submitted  for  publication.  

[4] W.   Li,   M.   Pastrama,   Y.   Ding,   K.   Zheng,   Ch.   Hellmich,   A.Boccaccini,   Ultrasonic  elasticity  investigation  of  45S5  Bioglass®-­‐based  scaffolds:  Influence  of  polymer  coating   and   crosslinking   treatment.   Journal   of   the   Mechanical   Behavior   of  Biomedcial  Materials,  submitted  for  publication.  

Editorials  –  published  in  Refereed  Journals:    [1] Ch.   Hellmich,   D.   Katti.   Mechanics   of   Biological   and   Bioinspired  Materials   and  

Structures.  Journal  of  Engineering  Mechanics  (ASCE),  135(5),  365  –  366,  2009.    [2] Ch.  Hellmich,  P.  Vena.  Mechanical  characterization  and  modeling  of    tissues  and  

biomedical  materials  across  different   length  scales.  CMES  –  Computer  Methods  in   Engineering   &   Sciences   87(5/6),   2012,   online   version   on  www.techscience.com/cmes.  

 

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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Conference-­‐related,  non-­‐refereed  papers  in  International  Journals:    [1] J.  Macht,  R.  Lackner,  Ch.  Hellmich,  and  H.A.  Mang.  Geomechanics  of  tunneling  

in  squeezing  rock.  Zeitschrift  für  angewandte  Mathematik  und  Mechanik,  81:  89–92,  2001.    

[2] Ch.   Hellmich,   F.-­‐J.   Ulm,   and   L.   Dormieux.   Homogenization   of   bone   elasticity  based   on   tissue-­‐independent   (‘universal’)   phase   properties.   PAMM   –  Proceedings   of   Applied   Mathematics   and   Mechanics,   3:   56–59,   2003;   following  the  2003  Annual  Scientific  Conference  of  the  Society  for  Applied  Mathematics  and  Mechanics  (GAMM),  Abano  Terme,  Italy,  24  –  28  March  2003,  www.gamm-­‐proceedings.com.    

[3] Ch.   Hellmich,   C.   Kober.   Micromechanics-­‐supported   conversion   of   computer  tomographic   (CT)   images   into   anisotropic   and   inhomogeneous   finite   element  models   of   organs:   the   case   of   a   human   mandible.   PAMM   –   Proceedings   of  Applied  Mathematics  and  Mechanics,  6:  71  –74,  2006;  following  the  2006  Annual  Scientific   Conference   of   the   Society   for   Applied  Mathematics   and  Mechanics  (GAMM),  Berlin,  Germany,  March  27  –  31,  2006.    

[4] K.   Hofstetter,   Ch.   Hellmich,   J.   Eberhardsteiner.   Continuum   micromechanics  estimation  of  wood  strength.  PAMM  –  Proceedings  of  Applied  Mathematics  and  Mechanics,  6:  75  –78,  2006;  following  the  2006  Annual  Scientific  Conference  of  the  Society  for  Applied  Mathematics  and  Mechanics  (GAMM),  Berlin,  Germany,  March  27  –  31,  2006.    

[5] C.  Kober,  S.  Stübinger,  Ch.  Hellmich,  R.  Sader,  H.-­‐F.  Zeilhofer.  "Resimulation"  of  mandibular   trauma:  Do  masticatory  muscles  and   (clenched)   teeth  protect   the  temporomandibular  joint?    A  study  based  on  finite  element  method.  Computer-­‐assisted   Radiology   and   Surgery   2(1),   S400   –   S402,   following   the   International  Congress  and  Exhibition,  Berlin,  Germany,  June  27  –  30,  2007.  

 

Conference-­‐related,  non-­‐refereed  short  papers  and  abstracts  in  international  journals: [1] Ch.  Hellmich,  F.-­‐J.  Ulm,  and  L.  Dormieux.  Explanation  of  elasticity  of  cortical  and  

trabecular   bone   from   interaction   of   tissue-­‐independent   elementary  components.  Biomedizinische  Technik  –  Biomedical  Engineering,  48(S1):  278–279,  2003,  following  the  2003  Annual  Scientific  Conference  of  the  Austrian,  German,  and   Swiss   Societies   for   Biomedical   Technology   (Dreiländertagung),   Salzburg,  Austria,  25  –  27  September  2003.    

[2] C.  Kober,  B.  Erdmann,  Ch.  Hellmich,  R.  Sader,  H.-­‐F.  Zeilhofer.  Consideration  of  bone   inhomogeneity   and   anisotropy   in   deformation   analysis   of   a   human  mandible.   Biomedizinische   Technik   –   Biomedical   Engineering,   50   (S1):   814–815,  2005,   following   the   2005  Annual   Scientific   Conference  of   the  German  Society  for  Biomedical  Technology,  Nurnberg,  Germany,  15  –  17  September  2005.    

[3] C.   Kober,   B.   Erdmann,   R.   Sader,   C.   Hellmich,   H.-­‐F.   Zeilhofer.   Validation   of  interdependency   between   inner   structure   visualization   and   structural  mechanics   simulation.   International   Congress   Series,   1281:   1373,   2005;   also  published   as   H.U.   Lemke,   K.   Inamura,   K.   Doi,   M.W.   Vannier,   A.G.   Farman,  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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editors,   Proceedings   of   the   19th   International   Congress   of   Computer   Assisted  Radiology  and  Surgery  (CARS),  Berlin,  Germany,  June  22  -­‐  25,  2005.    

[4] Ch.   Hellmich,   A.   Fritsch,   L.   Dormieux.   Universal   microstructural   patterns   in  bone:   Micromechanics-­‐based   prediction   of   anisotropic   material   behavior.  Journal  of  Biomechanics,  39:  S416,  2006;  also  published  as  Abstracts  of  the  5th  World  Congress  of  Biomechanics,  Munich,  Germany,  July  29  -­‐  August  4,  2006.    

[5] K.   Hofstetter,   Ch.   Hellmich,   J.   Eberhardsteiner.   Universal   microstructural  patterns   in   wood:   Micromechanics-­‐based   prediction   of   anisotropic   strength  from  composition  and  microstructure.  Journal  of  Biomechanics,  39:  S351,  2006;  also   published   as   Abstracts   of   the   5th   World   Congress   of   Biomechanics,  Munich,  Germany,  July  29  -­‐  August  4,  2006.    

[6] C.   Kober,   B.   Erdmann,   Ch.   Hellmich,   S.   Stuebinger,   R.   Sader,   H.-­‐F.   Zeilhofer.  Dental  versus  mandibular  biomechanics:  the  influence  of  the  PDL  on  the  overall  structural  behavior.  Journal  of  Biomechanics,  39:  S455,  2006;  also  published  as  Abstracts  of   the  5th  World  Congress  of  Biomechanics,  Munich,  Germany,   July  29  -­‐  August  4,  2006.    

[7] C.   Kober,   B.   Erdmann,   Ch.   Hellmich,   R.   Sader,   H.-­‐F.   Zeilhofer.   Validation   of  interdependency   between   inner   structure   visualization   and   structural  mechanics   simulation.   International   Poster   Journal   –   Dental   and   Oral   Medicine  2006,  8(3):   Poster   329,   following   the   19th   International  Congress  of  Computer  Assisted  Radiology  and  Surgery  (CARS),  Berlin,  Germany,  June  22  -­‐  25,  2005.    

[8] C.   Kober,   S.   Stübinger,   B.   Erdmann,   Ch.   Hellmich,   T.   Radtke,   R.   Sader,   H.-­‐F.  Zeilhofer.   Finite   Element   simulation   of   the   human  mandible:   The   influence   of  the  PDL  on  its  structural  behavior.  International  Poster  Journal  –  Dental  and  Oral  Medicine  2006,  8(4):  Poster  334,  following  the  20th  Annual  Meeting  of  the  Swiss  Society  for  Maxillofacial  Surgery,  Basle,  Switzerland,  November  4  –  5,  2005.    

[9] C.   Kober,   Ch.   Hellmich,   B.   Erdmann,   S.   Stübinger,   R.   Sader,   H.-­‐F.   Zeilhofer.  Influence  of  tissue  anisotropy  versus  inhomogeneity  on  the  structural  behavior  of  an  elderly  human  mandible.  PAMM  –  Proceedings  of  Applied  Mathematics  and  Mechanics,  7(1):  1120901-­‐1120902,  2007;  following  ICIAM  2007,  6th  International  Congress  on  Industrial  and  Applied  Mathematics,  July  16  –  20,  2007.  

[10] Ch.   Hellmich,   C.   Kober,   B.   Erdmann.  Micromechanics-­‐based   conversion   of   CT-­‐data  into  anisotropic  elasticity  tensors,  applied  to  FE  simulations  of  a  mandible.  Journal   of   Biomechanics,   41(S1):   S202,   2008;   following   ESB   2008,   16th  International   Congress   of   the   European   Society   of   Biomechanics,   July   6   –   9,  2008.  

[11] A.  Fritsch,  L.  Dormieux,  Ch.  Hellmich,  J.  Sanahuja.  An  experimentally  validated  micromechanical   model   for   elasticity   and   strength   of   hydroxyapatite  biomaterials.   Journal   of   Biomechanics,   41(S1):   S264,   2008;   following  ESB   2008,  16th  International  Congress  of  the  European  Society  of  Biomechanics,  July  6  –  9,  2008.  

[12] A.  Dejaco,  V.  Komlev,  J.  Jaroszewicz,  W.  Swieszkowski,  Ch.  Hellmich.  CT-­‐based  multiscale   elasticity   of   hydroxyapatite   granules   for   regenerative   medicine.  Journal  of  Biomechanics,  45(S1):  S55,  2012;  following  the  ESB  2012,  18th  Congress  of  the  European  Society  of  Biomechanics,  July  1  –  4,  2012.  

[13] M.  Colloca,  B.  v.  Rietbergen,  R.  Blanchard,  Ch.  Hellmich,  K.  Ito.    From  cell   level  to  organ   level:  a  multiscale  approach   for  bone   remodeling  simulation.  Journal  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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of  Biomechanics,  45(S1):  S470,  2012;  following  the  ESB  2012,  18th  Congress  of  the  European  Society  of  Biomechanics,  July  1  –  4,  2012.  

[14] R.  Blanchard,  A.  Dejaco,  E.  Bongaers,  Ch.  Hellmich.  Multiscale  micromechanics-­‐based  elasticity  from  micro-­‐CT  scans  of  mouse  femur.  Journal  of  Biomechanics,  45(S1):   S478,   2012;   following   the   ESB   2012,   18th   Congress   of   the   European  Society  of  Biomechanics,  July  1  –  4,  2012.  

[15] Ch.  Hellmich,  A.  Dejaco,  S.  Scheiner.  Multiscale  mechanics  and  mechanobiology  for   bone   and   bone   tissue   engineering.   Journal   of   Tissue   Engineering   and  Regeneration   Medicine,   6(S1):   389,   2012;   following   the   3rd   TERMIS   World  Congress,  September  5-­‐8,  2012.  

[16] K.   Luczynski,   T.   Brynk,   B.   Ostrowska,   W.   Swieszkowski,   R.   Reihsner,   Ch.  Hellmich.   Consistent   quasi-­‐static   and   ultrasonic   elasticity   determination   of  PLLA-­‐based   rapid-­‐prototyped   tissue   engineering   scaffolds.   Journal   of   Tissue  Engineering   and   Regeneration   Medicine,   6   (S1):   392,   2012,   following   the   3rd  TERMIS  World  Congress,  September  5-­‐8,  2012.    

[17] A.  Dejaco,  V.  Komlev,  J.  Jaroszewicz,  W.  Swieszkowski,  Ch.  Hellmich.      Micro  CT-­‐based   multiscale   elasticity   of   double-­‐porous   (pre-­‐cracked)   hydroxyapatite  granules   for   regenerative   medicine.   Journal   of   Tissue   Engineering   and  Regeneration   Medicine,   6   (S1):   392,   2012;   following   the   3rd   TERMIS   World  Congress,  September  5-­‐8,  2012.  

[18] C.  Kober,  Ch.  Hellmich,  A.  Gurin,  V.  Komlev.  Asymmetric  healing  formation  of  a  calcium   phosphate   biomaterial   graft   donated   to   a   mandibular   cystic   bone  defect.    International  Journal  of  Computer  Assisted  Radiology  and  Surgery,  7  (S1):  S502-­‐503,   2012;   following   the   26th   International   Congress   and   Exhibition   on  computer  Assisted  Radiology  and  Surgery  CARS  2012,  June  27-­‐30,  2012.  

[19] C.   Kober,   Ch.   Hellmich,   A.   Fritsch,   A.,   Guring,   V.   Komlev.   Finite   element  simulation   of   a   human   mandible   with   an   extended   cystic   lesion   respecting  tissue   anisotropy   and   inhomogeneity.   International   Journal   of   Computer  Assisted   Radiology   and   Surgery,   7   (S1):   S299-­‐300,   2012;   following   the   26th  International   Congress   and   Exhibition   on   computer   Assisted   Radiology   and  Surgery  CARS  2012,  June  27-­‐30,  2012.  

[20] C.  Kober,  B.-­‐I.  Berg,  Y.  Hayakawa,  A.  Gurin,  Ch.  Hellmich,  V.  Komlev,  R.  Sader.  Role   of   the   temporomandibular   joint   for   macroscopic   biomechanics   of   the  human   mandible:   a   finite   element   study.   International   Journal   of   Computer  Assisted   Radiology   and   Surgery,   8   (S1):   S253-­‐257,   2013;   following   the   27th  International   Congress   and   Exhibition   on   computer   Assisted   Radiology   and  Surgery  CARS  2013,  June  26-­‐29,  2013.  

Papers  in  Conference  Proceedings  –  Books  or  CD-­‐ROM  :    [1] Ch.  Kropik,  G.  Meschke,  H.A.  Mang,  and  Ch.  Hellmich.  Numerical  simulations  of  

the  excavation  of  a  shallow  tunnel  driven  by  the  NATM.  In  C.-­‐K.  Choi,  C.-­‐B.  Yun,  D,-­‐G.   Lee,   editors,   Third   Asian-­‐Pacific   Conference   on   Computational   Mechanics  APCOM  96,  pages  2579  –  2597,  Seoul,  Korea,   16  –  18  September  1996.  Techno-­‐Press,  Yusong,  Korea.  

[2] Ch.  Hellmich,  F.-­‐J.  Ulm,  and  H.  A.  Mang.  Chemoplasticity   for  shotcrete  at  early  ages.   In  D.R.J  Owen,  E.  Oñate,  and  E.  Hinton,  editors,  Computational  Plasticity,  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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Proceedings  of   the  5th   International  Conference,  pages   1499  –   1507,  Barcelona,  Spain,  17  –  20  March  1997.  CIMNE,  Barcelona,  Spain.  

[3] Ch.   Hellmich,   F.-­‐J.   Ulm,   and   H.A.   Mang.   Elucidation   of   the   soil-­‐shotcrete  interaction   problem   governing   the   NATM,   based   on   visco-­‐   and   chemoplastic  material   laws.   In   R.  de   Borst,   N.  Bicanic,   H.  Mang,   and   G.  Meschke,   editors,  Computational  Modelling  of  Concrete  Structures,  Proceedings  of  the  EURO-­‐C  1998  Conference,  volume  1,  pages  855  –  866,  Bad  Gastein,  Austria,  31  March  –  3  April  1998.  Balkema,  Rotterdam,  The  Netherlands.  

[4] F.-­‐J.  Ulm,  O.  Coussy,  and  Ch.  Hellmich.  Chemoplasticity:  a  review  of  evidence.  In  R.  de   Borst,   N.  Bicanic,   H.  Mang,   and   G.  Meschke,   editors,   Computational  Modelling   of   Concrete   Structures,   Proceedings   of   the   EURO-­‐C   1998   Conference,  pages   421   –   440,   Bad   Gastein,   Austria,   31   March   –   3   April   1998.   Balkema,  Rotterdam,  The  Netherlands.  

[5] Ch.  Hellmich,  F.-­‐J.  Ulm,  and  H.A.  Mang.  Thermochemomechanical  couplings  for  shotcrete:   application   to   NATM-­‐tunneling.   In   N.P.   Jones   and   R.G.   Ghanem,  editors,   CD-­‐ROM   Proceedings   of   the   13th   ASCE   Engineering   Mechanics   Division  Conference,  6  pages,  Baltimore,  MD,  USA,  13  –  16  June  1999.  

[6] Ch.   Hellmich,   H.A.   Mang,   and   F.-­‐J.   Ulm.   Hybrid   method   for   quantification   of  stress  states  in  shotcrete  tunnel  shells:  combination  of  3D   in-­‐situ  displacement  measurements  and  thermochemoplastic  material  law.  In  W.  Wunderlich,  editor,  CD-­‐ROM  Proceedings  of  the  European  Conference  of  Computational  Mechanics,  23  pages,  Munich,  Germany,  31  August  –  3  September  1999.  

[7] H.A.   Mang,   Ch.   Hellmich,   R.Lackner,   and   B.   Pichler.   Computational   structural  mechanics.   In   W.  Wunderlich,   editor,   CD-­‐ROM   Proceedings   of   the   European  Conference  of  Computational  Mechanics,  24  pages,  Munich,  Germany,  31  August  –  3  September  1999.  

[8] J.  Macht,   Ch.   Hellmich,   and   H.A.   Mang.   Hybrid   analyses   of   shotcrete   tunnel  shells  in  squeezing  rock.  In  M.  Papadrakakis,  editor,  CD-­‐ROM-­‐Proceedings  of  the  fourth  international  colloquium  on  shell  and  spatial  structures,  IASS-­‐IACM  2000,  21  pages,  Chania,  Greece,  4  -­‐  7  June  2000.    

[9] R.   Lackner,   Ch.   Hellmich,   and   H.A.  Mang.   Synthesis   of   constitutive  modelling  and   on-­‐line   measurements   for   the   analysis   of   NATM   tunnels.   In   P.   Marovic,  editor,  Third   International  Congress  of   the  Croatian  Society  of  Mechanics,  pages  53  –  66,  Cavtat,  Croatia,  28  -­‐  30  September  2000.    

[10] Ch.  Hellmich,  J.  Macht,  R.  Lackner,  H.A.  Mang,  and  F.-­‐J.  Ulm.  Phase  transitions  in   shotcrete:   from   material   modelling   to   structural   safety   assessment.   In   S.  Bernard,   editor,   Proceedings   of   the   International   Conference   on   Engineering  Developments   in  Shotcrete,  pages  173  –   184,  Hobart,  Tasmania,  Australia,  2  –  4  April  2001.  Balkema,  Rotterdam,  The  Netherlands.    

[11] Ch.   Hellmich,   F.J.   Ulm.   Computational   thermochemomechanics   of   low-­‐sulfat  shotcrete   in   tunneling.   In   K.J.   Bathe,   editor,   Proceedings   of   the   First   MIT  Conference   on   Computational   Fluid   and   Solid   Mechanics,   pages   1236   –   1240,  Cambridge,  MA,  USA,  12  -­‐  14  June  2001.  Elsevier,  Oxford,  UK.    

[12] J.   Macht,   R.   Lackner,   Ch.   Hellmich,   H.A.   Mang.   Shotcrete   creep   properties   –  review   of   material   testing   and   structural   analyses   of   tunnels.   In   F.-­‐J.   Ulm,   Z.  Bazant,   and   F.   Wittmann,   editors,   CONCREEP   VI   –   Proceedings   of   the   6th  International   Conference   on   Creep,   Shrinkage   and   Durability   Mechanics   of  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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Concrete   and   Other   Quasi-­‐Brittle   Materials,   pages   285   –   300,   Cambridge,   MA,  USA,  20  -­‐  22  August  2001.  Elsevier,  Exeter,  UK.    

[13] Ch.   Hellmich,   F.-­‐J.   Ulm.   Hydroxyapatite   is   uniformly   distributed   in   the   extra-­‐collageneous   ultrastructure   of   mineralized   tissues.   In   J.Middleton,   N.Shrive,  and   M.L.Jones,   editors,   CD-­‐ROM   Proceedings   of   the   Fifth   International  Symposium  on  Computer  Methods   in  Biomechanical  and  Biomedical  Engineering,  6   pages,   Rome,   Italy,   31   October   -­‐   3   November   2001.   University   of   Wales,  College  of  Medicine,  Cardiff,  UK.    

[14] Ch.   Hellmich,   F.J.   Ulm.   Mineralized   tissues   as   crystal   foams   reinforced   by  collagen   –   experimental   evidence   and   micromechanical   modeling.   In  J.Middleton,  N.Shrive,  and  M.L.Jones,  editors,  CD-­‐ROM  Proceedings  of  the  Fifth  International  Symposium  on  Computer  Methods  in  Biomechanical  and  Biomedical  Engineering,  6  pages,  Rome,  Italy,  31  October  -­‐  3  November  2001.  University  of  Wales,  College  of  Medicine,  Cardiff,  UK.    

[15] Ch.  Hellmich,   F.-­‐J.  Ulm.  A  unified   continuum  micromechanics   approach   to   the  ultrastructural   elasticity   of   mineralized   tissues.   In   Andrew   Smith,   editor,   CD-­‐ROM  Proceedings   of   the   15th  ASCE   Engineering  Mechanics   Conference,   8   pages,  New  York,  NY,  USA,  2  -­‐  5  June  2002.    

[16] Ch.   Hellmich,   F.-­‐J,   Ulm.   Hydroxyapatite   concentration   is   uniform   in   the  extracollagenous   ultrastructure   of   mineralized   tissues.   In   H.A.   Mang,   F.G.  Rammerstorfer,   and   J.  Eberhardsteiner,  editors,  Book  of  Abstracts  of   the  Fifth  World   Conference   on   Computational   Mechanics,   WCCM   V,   page   I-­‐215,   Vienna,  Austria,  7  -­‐  12  July  2002.    

[17] Ch.   Hellmich,   F.-­‐J.   Ulm.   Scale   transitions   in   bone   elasticity:   a   continuum  micromechanics   approach.   In   C.A.   Brebbia,   L.   Sucharow,   and   P.   Pascolo,  editors,  Proceedings  of   the   First   International   Conference  on  Design  and  Nature  2002,   pages   47   –   56,   Udine,   Italy,   10   -­‐   12   September   2002.   WIT   Press,  Southampton,  UK.    

[18] Ch.  Hellmich,  H.A.  Mang.  Micromechanics  of  shotcrete  elasticity.   In  N.  Bicanic,  R.  de  Borst,  H.  Mang,  G.  Meschke,  editors,  Computational  Modeling  of  Concrete  Structures  EURO-­‐C  2003,  pages  443  –  451,  St.  Johann  im  Pongau,  Austria,  17  –  20  March  2003.  Balkema,  Lisse,  The  Netherlands.    

[19] F.-­‐J.   Ulm,   G.   Constantinides,   F.H.   Heukamp,   E.C.   Silva,   J.T.   Germaine,   E.  Lemarchand,  Ch.  Hellmich,  O.  Bernard.  [Bio-­‐]Chemomechanics  at  fines  scales  –  a   review.   In   N.   Bicanic,   R.   de   Borst,   H.   Mang,   G.   Meschke,   editors,  Computational  Modeling  of  Concrete  Structures  EURO-­‐C   2003,  pages  347  –  360,  St.   Johann   im   Pongau,   Austria,   17   –   20   March   2003.   Balkema,   Lisse,   The  Netherlands.    

[20] Ch.  Hellmich,  F.-­‐J.  Ulm.  Scale  transitions  in  bone  elasticity  from  the  nanometer  level   up   to   cortical   and   trabecular   bone.   Proceedings   of   the   Second   MIT  Conference   of   Computational   Fluid   and   Solid   Mechanics,   pages   1711   –   1714,  Cambridge,  MA,  USA,  17  –  20  June  2003.  Elsevier,  Oxford,  UK.    

[21] Ch.   Hellmich,   F.-­‐J.   Ulm,   and   L.   Dormieux.   Evidence   for   basic   elastic   phase  properties  valid  for  all  different  cortical  and  trabecular  bones.   In  G.  Turkiyyah,  editor,  CD-­‐ROM  Proceedings  of  the  16th  ASCE  Engineering  Mechanics  Conference,  5  pages,  Seattle,  WA,  USA,  16  -­‐  18  July  2003.    

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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[22] Ch.   Hellmich,   J.-­‐F.   Barthélémy,   L.   Dormieux.   Bone   ultrastructure   –   collagen-­‐reinforced   mineral   matrix   or   interpenetrating   network   of   hydroxyapatite  crystals   and   collagen   molecules?     In   B.   Tilg,   editor,   Proceedings   of   the   2nd  IASTED   International   Conference   on   Biomedical   Engineering,   pages   31   –   34,  Innsbruck,  Austria,  16  –  18  February  2004.    

[23] P.  Pivonka,  Ch.  Hellmich,  and  D.  Smith.  Origin  of  chloride  diffusivity  of  cement  pastes   –   a   scale   transition   analysis.   In   V.C.   Li,   C.Y.K.   Leung,   K.J.   Willam,   S.L.  Billington,  editors,  Proceedings  of  the  Fifth  International  Conference  on  Fracture  Mechanics   of   Concrete   and   Concrete   Structures   –   FRAMCOS5,   pages   571   –   579,  Vail,  CO,  USA,  12  -­‐  16  April  2004.    

[24] C.   Kober,   B.   Erdmann,   Ch.  Hellmich,   R.   Sader,   and  H.-­‐F.   Zeilhofer.   Anisotropic  simulation  of   the  human  mandible.   In  H.  Shenton,  editor,  CD-­‐ROM  Proceedings  of  the  17th  ASCE  Engineering  Mechanics  Conference,  8  pages,  Newark,  DE,  USA,  13  –  16  June  2004.    

[25] Ch.  Hellmich  and  F.-­‐J.  Ulm.  Micro-­‐porodynamics  of  bone:  prediction  of  marrow  pressure   rises   due   to   impact,   as   well   as   of   fast,   slow,   and   undrained   wave  velocities.   In   H.   Shenton,   editor,   CD-­‐ROM   Proceedings   of   the   17th   ASCE  Engineering  Mechanics  Conference,  8  pages,  Newark,  DE,  USA,  13  –  16  June  2004.    

[26] Ch.  Hellmich,  J.-­‐F.  Barthélémy,  L.  Dormieux.  Bone  ultrastructure:  mineral  foam  matrix   reinforced   by   collagen   or   interpenetrating   network   of   hydroxyapatite  crystals  and  collagen  molecules?    –  answers   from  continuum  micromechanics.  In   H.   Shenton,   editor,   CD-­‐ROM   Proceedings   of   the   17th   ASCE   Engineering  Mechanics  Conference,  6  pages,  Newark,  DE,  USA,  13  –  16  June  2004.    

[27] B.  Pichler,  Ch.  Hellmich,  and  H.A.  Mang.  Monitoring  of   rockfall-­‐endangered  oil  pipelines.  In  R.  Flesch,  H.  Irschik,  M.  Krommer,  editor,  Proceedings  of  the  Third  European  Conference  on   Structural   Control   3ECSC,   pages  S4-­‐17   –   S4-­‐20,  Vienna,  Austria,  12  –  15  July  2004.  Publications  of  the  Vienna  University  of  Technology.    

[28] K.   Hofstetter,   Ch.   Hellmich,   J.   Eberhardsteiner.   Hierarchical   organization   of  wood   revisited   in   the   framework   of   continuum   micromechanics.   In   P.  Neittaanmäki,  T.  Rossi,  S.  Korotov,  E.  Oñate,  J.  Périaux,  and  D.  Knörzer,  editors,  CD-­‐ROM   Proceedings   of   the   European   Congress   on   Computational   Methods   in  Applied   Sciences   and   Engineering   ECCOMAS   2004,   20   pages,   Jyväskylä,   24   –   28  July  2004.    

[29] K.   Hofstetter,   Ch.   Hellmich,   J.   Eberhardsteiner.   Prediction   of   wood   elasticity  from   microstructure   and   chemical   composition:   the   role   of   intraspecies  variations  in  cell  wall  chemistry.  In  M.W.  Yuan  and  W.X.  Zhong,  editors,  CD-­‐ROM  Proceedings  of  the  Sixth  World  Congress  on  Computational  Mechanics   -­‐  WCCM6,  10  pages,  Beijing,  China,  5  –  10  September  2004.    

[30] Ch.   Hellmich,   F.-­‐J.   Ulm,   L.   Dormieux,   J.-­‐F.   Barthélémy,   S.   Torabia,   C.   Kober.  Nano-­‐to-­‐macro   biomechanics   of   bones:   Recent   developments   and   current  research  endeavors.  In  M.W.  Yuan  and  W.X.  Zhong,  editors,  Proceedings  of  the  Sixth   World   Congress   on   Computational   Mechanics   -­‐   WCCM6,   pages   48   –   59,  Beijing,  China,  5  –  10  September  2004.  Tsinghua  University  Press  and  Springer-­‐Verlag.    

[31] Ch.  Hellmich  and  F.-­‐J.  Ulm.  Poro-­‐microdynamics  of  bone:  prediction  of   impact-­‐induced   pressure   rises   as   well   as   of   fast   and   slow   wave   propagation.   In   W.  Ehlers   and   B.   Markert,   editors,   Proceedings   of   the   First   GAMM   Seminar   on  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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Continuum  Biomechanics,  pages  59  –  67,  Freudenstadt-­‐Lauterbad,  Germany,  24  –   26   November   2004.   Report   II-­‐14   of   the   Institute   for   Applied   Mechanics,  Stuttgart  University.    

[32] Ch.  Hellmich  and  F.-­‐J.  Ulm.  Poro-­‐Micromechanics  of  Bone:   Impact   loading  and  wave   propagation   In   K.   Katti,   F.-­‐J.   Ulm,   Ch.   Hellmich,   C.   Viney,   editors,  Mechanical  Properties  of  Bio-­‐Inspired  and  Biological  Materials,  Materials  Research  Society  (MRS),  Symposium  Proceeding  Vol.  844,  pages  255  –  261,  Boston,  USA,  29  November   –   2   December   2004.   Materials   Research   Society,   Warrendale,  Pennsylvania.    

[33] B.   Pichler,   Ch.   Hellmich,   H.A.   Mang.   Can   recent   developments   in   continuum  micromechanics  of  damaged  brittle  materials  significantly  enhance  our   insight  into   concrete   cracking?     Proceedings   of   the   EUROMECH   Colloquium   460   on  Numerical   Modeling   of   Concrete   Cracking,   3   pages,   Innsbruck,   Austria,   21   –   23  February  2005.    

[34] B.  Pichler,  Ch.  Hellmich,  H.A.  Mang.  Determination  of  the  indentation  resistance  of   gravel   on   the   basis   for   safety   prognoses   of   gravel-­‐buried   steel   pipelines  subjected   to   rockfall.   In   Carpinteri,   A.,   CD-­‐ROM   Proceedings   of   the   11th  International   Conference   on   Fracture   –   ICF   11;   6   pages,   Torino,   Italy,   20   –   25  March  2005.  Politecnico  di  Torino.  

[35] K.  Hofstetter,  Ch.  Hellmich,  J.  Eberhardsteiner.  Predicting  the  strength  of  wood  from   composition   and   microstructure:   development   and   experimental  verification   of   a   continuum   micromechanics   model.   In   L.   Dormieux,   editor,  Proceedings   of   the   Colloquium   ’Microstructure   and   Properties   of   Materials’,  pages  217  –  222,  Marne-­‐la-­‐Vallée,  France,  March  18  –  19,  2005.  Presses  de  l’École  Nationale  des  Ponts  et  Chaussées.  

[36] K.   Hofstetter,   Ch.   Hellmich,   J.   Eberhardsteiner.   Poro-­‐microelasticity   of   wood:  the  relevance  of  the  microfibril  angle.  In  Y.  Abousleinan,  F.-­‐J.  Ulm,  and  A.  Chen,  editors,   Poromechanics   III   –   Biot   Centennial   (1905   -­‐   2005)   –   Proceedings   of   the  Third  Biot  Conference  on  Poromechanics,  pages   149  –   154,  Norman,  Oklahoma,  USA,  24  –  27  May  2005,  Balkema  Publishers,  Taylor  and  Francis,  London,  UK.    

[37] K.   Hofstetter,   Ch.   Hellmich,   J.   Eberhardsteiner.   A   continuum  micromechanics  approach   to   wood   elasticity.   In   A.   Garstecki,   B.   Mochnacki,   and   N.   Sczygiol,  editors,  CD-­‐ROM  Proceedings  of   the   16th   International   Conference  on  Computer  Methods   in  Mechanics   CMM2005,   10  pages,  Czestochowa,  Poland,   21   –   24   June  2005.  Central  European  Association  for  Computational  Mechanics.    

[38] H.  A.  Mang,  J.  Eberhardsteiner,  Ch.  Hellmich,  K.  Hofstetter,  A.  Jäger,  R.  Lackner,  K.   Meinhard,   H.W.   Müllner,   B.   Pichler,   Ch.   Pichler,   R.   Reihsner,   M.   Zeiml.  Computational  Mechanics  of  Materials  and  Structures.  In  V.  Marik,  P.  Jacovkis,  O.   Stepankova,   J.   Klema,   editors,  Proceedings   of   the   Czech-­‐Argentine   Biennale  "e-­‐Golems"   –   Workshop   on   Interdisciplinary   aspects   of   Human-­‐Machine   Co-­‐existence  and  Co-­‐operation",  pages  152  –  164,  Prague,  Czech  Republic,  2  –  5  July  2005.  Czech  Technical  University  in  Prague.    

[39] B.   Pichler,   Ch.   Hellmich,   H.A.   Mang.   Propagation   of   interacting   microcracks  results  in  tensile  strain  softening  of  brittle  materials  –  a  combined  fracture  and  micromechanics   approach.   In   D.R.J.   Owen,   E.   Oñate,   and   B.   Suàrez,   editors,  Proceedings   of   the   VIII   International   Conference   on   Computational   Plasticity  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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COMPLAS  VIII,  pages  152  –  155,  Barcelona,  Spain,  5  –  7  September  2005.  CIMNE,  Barcelona,  Spain.    

[40] B.  Pichler,  Ch.  Hellmich.  Does  critical  mode  I  energy  release  govern  compressive  axial  splitting  of  brittle  materials?    –  Argements  from  a  combined  fracture  and  micromechanics   approach.   In   D.R.J.   Owen,   E.   Oñate,   and   B.   Suàrez,   editors,  Proceedings   of   the   VIII   International   Conference   on   Computational   Plasticity  COMPLAS  VIII,  pages  135  –  138,  Barcelona,  Spain,  5  –  7  September  2005.  CIMNE,  Barcelona,  Spain.    

[41] B.  Pichler,  Ch.  Hellmich,  S.  Scheiner,  J.  Eberhardsteiner,  H.A.  Mang.  Assessment  of   protection   systems   for   gravel-­‐buried   pipelines   considering   impact   and  recurrent   shear   loading   caused   by   thermal   deformations   of   pipe.   In   D.R.J.  Owen,   E.   Oñate,   and   B.   Suàrez,   editors,   Proceedings   of   the   VIII   International  Conference  on  Computational  Plasticity  COMPLAS  VIII,  pages  35  –  38,  Barcelona,  Spain,  5  –  7  September  2005.  CIMNE,  Barcelona,  Spain.    

[42] S.  Scheiner,  Ch.  Hellmich.  Stable  pitting  corrosion  of  stainless  steel  as  diffusion-­‐controlled  dissolution  process  with  a  sharp  moving  boundary.   In  D.R.J.  Owen,  E.  Oñate,  and  B.  Suàrez,  editors,  Proceedings  of  the  VIII  International  Conference  on  Computational  Plasticity  COMPLAS  VIII,  pages  193  –  196,  Barcelona,  Spain,  5  –  7  September  2005.  CIMNE,  Barcelona,  Spain.    

[43] Ch.   Hellmich,   K.   Hofstetter,   P.   Pivonka.   Nanoscaled   elementary   components  and   their   mechanical   interaction   in   biological   and   man-­‐made   composite  materials:   bone,   wood,   and   concrete.   In   Y.   de   Miguel,   A.   Porro,   P.   Bartos,  editors,  Proceedings  of  the  Second  International  Symposium  on  Nanotechnology  in  Construction  –  NICOM  2,  pages  49  –  56,  Bilbao,  Spain,  13  –  16  November  2005.    

[44] C.   Kober,   B.   Erdmann,   Ch.  Hellmich,  M.  Geiger,   R.   Sader,  H.-­‐F.   Zeilhofer.   How  does   the   periodontal   ligament   influence   the   overall   stress/strain   profile   of   a  partially   edentulous   mandible?     In   Davidovitch,   Z.,   Mah,   J.,   Suthanarak,   S.,  editors,   Proceedings   of   the   8th   International   Conference   on   Biological  Mechanisms   of   Tooth   Eruption,   Resorption   and   Movement,   pages   349   –   355,  Phuket,   Thailand,   7   –   10   November   2005.   The   Harvard   Society   for   the  Advancement  of  Orthodontics,  Boston,  Massachusetts,  USA.    

[45] C.  Kober,  B.  Erdmann,  Ch.  Hellmich,  R.  Sader,  H.-­‐F.  Zeilhofer.   The   influence  of  the  periodontal  ligament  on  overall  stress/strain  profiles  of  a  human  mandible:  a   comparison   of   the   natural   teeth   and   the   implant   simulation.   CD-­‐ROM  Proceedings   of   the   23rd   CADFEM  Users’  Meeting   2005;   International   Conference  on   FEM   Technology   with   ANSYS   CFX   &   ICEM   CFD   Conference,   10   pages,   Bonn,  Germany,  9  –  11  November  2005.    

[46] C.   Kober,   B.   Erdmann,   Ch.   Hellmich,   R.   Sader,   H.-­‐F.   Zeilhofer.   Individual  simulation   of   the   human   mandible:   a   resume   of   relevance   of   different  anatomical   influence  factors.   In  J.Middleton,  N.Shrive,  and  M.L.Jones,  editors,  CD-­‐ROM   Proceedings   of   the   Seventh   International   Symposium   on   Computer  Methods  in  Biomechanical  and  Biomedical  Engineering,  6  pages,  Antibes,  France,  22  –  25  March  2006.  University  of  Wales,  College  of  Medicine,  Cardiff,  UK.    

[47] S.   Scheiner,   Ch.   Hellmich.   Stable   pitting   corrosion   of   steel:   A   diffusion-­‐controlled   dissolution   process.   In   G.   Meschke,   R.   de   Borst,   H.   Mang,   and   N.  Bicanic,   editors,   Computational   Modeling   of   Concrete   Structures   EURO-­‐C   2006,  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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pages   183  –   189,  Mayrhofen,  Austria,   27   –   30  March   2006.   Taylor   and  Francis,  London,  U.K.    

[48] B.   Pichler,   Ch.   Hellmich,   H.A.   Mang.   Propagation   of   interacting   microcracks  results   in   macroscopic   tensile   strain   softening   –   A   combined   fracture   and  micromechanics  approach.  In  G.  Meschke,  R.  de  Borst,  H.  Mang,  and  N.  Bicanic,  editors,  Computational  Modeling  of  Concrete  Structures  EURO-­‐C  2006,  pages  633  –  637,  Mayrhofen,  Austria,  27  –  30  March  2006.  Taylor  and  Francis,  London,  U.K.    

[49] K.   Hofstetter,   Ch.   Hellmich,   J.   Eberhardsteiner.   Estimation   of   anisotropic  macroscopic   wood   strength   from   local   failure   of   lignin   and   microstructural  characteristics   In   M.   Fioravanti,   N.   Macchioni,   editors,   Pre-­‐Proceedings   of   the  International  Conference  on  ’Integrated  Approach  to  Wood  Structure,  Behaviour  and  Applications’  ,  pages  103  –  108,  Florence,  15  –  17  May  2006.    

[50] A.   Fritsch,   L.   Dormieux,   Ch.   Hellmich.   Porous   polycrystals:   microelastic  representation   based   on   solid   spheres   or   needles,   with   uniform   or  axisymmetrical  orientation  distribution.  In  C.A.  Mota  Soares,  J.A.C.  Martins,  H.C.  Rodrigues,   J.A.C.   Ambrosio,   C.A.B.   Pina,   C.M.   Mota   Soares,   E.B.R.   Pereira,   J.  Folgado,   editors,   CD-­‐ROM   Proceedings   of   the   III   European   Conference   on  Computational   Mechanics   –   Solids,   Structures   and   Coupled   Problems   in  Engineering  –  ECCM2006,  6  pages,  Lisbon,  Portugal,  5  –  8  June  2006.    

[51] B.   Pichler,   Ch.   Hellmich,   H.A.   Mang.   A   combined   fracture-­‐micromechanics  model  for  tensile  strain-­‐softening  in  brittle  materials,  based  on  propagation  of  interacting   microcracks.   In   C.A.   Mota   Soares,   J.A.C.   Martins,   H.C.   Rodrigues,  J.A.C.   Ambrosio,   C.A.B.   Pina,   C.M.   Mota   Soares,   E.B.R.   Pereira,   J.   Folgado,  editors,   CD-­‐ROM   Proceedings   of   the   III   European   Conference   on   Computational  Mechanics  –  Solids,  Structures  and  Coupled  Problems  in  Engineering  –  ECCM2006,  12  pages,  Lisbon,  Portugal,  5  –  8  June  2006.    

[52] C.   Kober,   B.   Erdmann,   Ch.   Hellmich,   S.   Stübinger,   R.   Sader,   H.-­‐F.   Zeilhofer.  Parametric   platform   for   Finite   Element   simulation   of   the   human   mandible.  Proceeding  of  the  2006  Annual  Scientific  Conference  of  the  Austrian,  German,  and  Swiss  Societies  for  Biomedical  Technology,  Zurich,  Switzerland,  September  6  –  9,  2006.  de  Gruyter,  Berlin,  Germany.    

[53] C.  Kober,  Ch.  Hellmich,  S.  Stübinger,  R.  Sader,  H.-­‐F.  Zeilhofer.  General  project’s  setup  for  Finite  Element  simulation  of  bone  organs,  demonstrated  for  the  case  of  a  human  mnadible.   In  E.  Pietka,  editor,  Proceedings  of   the  XI  Conference  on  Medical   Informatics  and  Technologies,  pages  421  –  427,  Wisla   -­‐  Malinka,  Poland,  25  –  27  September  2006.    

[54] K.   Hofstetter,   Ch.   Hellmich,   J.   Eberhardsteiner.   Load   carrying   mechanisms   in  wood   at   different   observation   scales:   a   combined   random-­‐periodic  multistep  homogenization  scheme.   In  C.  Viney,  K.  Katti,  Ch.  Hellmich,  U.  Wegst,  editors,  Mechanics   of   Biological   and   Bio-­‐Inspired   Materials,   Materials   Research   Society  (MRS),   Symposium   Proceeding   Vol.   975E,   0975-­‐DD08-­‐09,   7   pages,   Boston,  MA,  USA,  27  November  –  1  December  2006.  Materials  Research  Society,  Warrendale,  Pennsylvania.    

[55] A.   Fritsch,   Ch.   Hellmich.   Universal   microstructural   patterns   in   bone:  micromechanics-­‐based  prediction  of  anisotropic  material  behavior.   In  C.  Viney,  K.  Katti,  Ch.  Hellmich,  U.  Wegst,  editors,  Mechanics  of  Biological  and  Bio-­‐Inspired  Materials,   Materials   Research   Society   (MRS),   Symposium   Proceeding   Vol.   975E,  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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0975-­‐DD08-­‐08,   7   pages,   Boston,  MA,  USA,   27  November   –   1   December   2006.  Materials  Research  Society,  Warrendale,  Pennsylvania.    

[56] Ch.   Kohlhauser,   Ch.   Hellmich,   J.   Eberhardsteiner.   Determination   of   material  elasticity   with   ultrasonic   waves.   6th   Youth   Symposium   on   Experimental   Solid  Mechanics  –  SEMS’07,  pages  295  –  298,  Vrnjacka  Banja,  Serbia,  9  –  12  May  2007.    

[57] Ch.  Kohlhauser,  K.  Hofstetter,  Ch.  Hellmich,   J.  Eberhardsteiner.  Determination  of   orthotropic   elastic   stiffness   tensor   components   of   wood   by   means   of  ultrasonic  waves  of  different  frequencies.  Proceedings  of  the  Third  International  Symposium  on  Wood  Machining,  organized  by  COST  action  35,  pages  175  –  178,  Lausanne,   Switzerland,   21   –   23   May   2007,   Presses   polytechniques   et  universitaires  romandes.    

[58] K.   Hofstetter,   Ch.   Hellmich,   J.   Eberhardsteiner.   Mechanical   relevance   of  structural   features   of   wood   at   different   observation   scales:   investigations  based   on   multistep   homogenization.   Proceedings   of   the   Third   International  Symposium  on  Wood  Machining,  organized  by  COST  action  35,  pages  201  –  204,  Lausanne,   Switzerland,   21   –   23   May   2007,   Presses   polytechniques   et  universitaires  romandes.    

[59] Ch.   Hellmich,   A.   Fritsch,   L.   Dormieux.   Universal   microstructural   patterns   in  bone:  Micromechanics-­‐based  prediction  of  anisotropic  material  behavior.   In  E.  Onate,  M.   Papadrakakis,   and  B.   Schrefler,   editors,  Computational  Methods   for  Coupled   Problems   in   Science   and   Engineering   II   –   COUPLED   PROBLEMS   2007,  pages  205  –  207,  Ibiza,  Spain,  21  –  23  May  2007.    

[60] B.   Pichler,   S.   Scheiner,   O.   Rio,   L.   Fernandez-­‐Luco,   A.   Castillo,   Ch.   Hellmich,   J.  Eberhardsteiner.   Shotcrete   at   early   ages:   Comparison   of   test   results   with   a  thermo-­‐chemo-­‐micromechanical  model   for  shotcrete.   In  J.  Eberhardsteiner,  G.  Beer,  Ch.  Hellmich,  G.  Meschke,  H.A.  Mang,  and  W.  Schubert,  editors,  CD-­‐ROM  Proceedings   of   the   International   Conference   on   Computational   Methods   in  Tunneling  EURO-­‐TUN  2007,  11  pages,  Vienna,  Austria,  27  –  29  August  2007.    

[61] B.  Pichler,  Ch.  Hellmich,  L.  Dormieux,  J.  Sabahuja,  J.  Eberhardsteiner.  Early-­‐age  strength  of  cementitious  materials:  a  continuum  micromechanics  approach.   In  J.   Eberhardsteiner,   G.   Beer,   Ch.   Hellmich,   G.   Meschke,   H.A.   Mang,   and   W.  Schubert,   editors,   CD-­‐ROM   Proceedings   of   the   International   Conference   on  Computational  Methods   in   Tunneling   EURO-­‐TUN  2007,   7  pages,  Vienna,  Austria,  27  –  29  August  2007.    

[62] S.   Scheiner   and   Ch.   Hellmich.   Continuum  microviscoelasticity   of   cementitious  materials:   upscaling   technique   and   first   experimental   validation.   In   J.  Eberhardsteiner,   G.   Beer,   Ch.   Hellmich,   G.   Meschke,   H.A.   Mang,   and   W.  Schubert,   editors,   CD-­‐ROM   Proceedings   of   the   International   Conference   on  Computational  Methods   in   Tunneling  EURO-­‐TUN  2007,   5  pages,  Vienna,  Austria,  27  –  29  August  2007.    

[63] S.  Scheiner  and  Ch.  Hellmich.  Viscoelasticity  in  concrete  microstructures:  Theory  for   upscaling   to   macroscopic   creep   properties,   and   first   experimental  validation.   Proceedings   of   the   IX   International   Conference   on   Computational  Plasticity  COMPLAS  IX,  pages  498  –  501,  Barcelona,  Spain,  5  –  7  September  2007.    

[64] Ch.  Hellmich  and  A.  Fritsch.   ‘Universal’  microstructural  patterns   in  cortical  and  trabecular,   extracellular   and   extravascular   bone   materials:   Micromechancis-­‐based   prediction   of   anisotropic   elasticity.   Proceedings   of   the   IX   International  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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Conference  on  Computational  Plasticity  COMPLAS  IX,  pages  265  –  267,  Barcelona,  Spain,  5  –  7  September  2007.    

[65] B.  Pichler,  J.  Burrus,  and  Ch.  Hellmich.  Analysis  of  uniaxial  tension  experiments  on  concrete  based  on  continuum  micromechanics  of  cracked  brittle  materials.  Proceedings   of   the   IX   International   Conference   on   Computational   Plasticity  COMPLAS  IX,  pages  495  –  497,  Barcelona,  Spain,  5  –  7  September  2007.    

[66] K.   Hofstetter,   Ch.   Hellmich,   J.   Eberhardsteiner.   Relating   elastic   properties   of  wood  to  solid-­‐type  and  plate-­‐type  microstructural  deformations:  application  of  a   multistep   homogenization   scheme.   Proceedings   of   the   IX   International  Conference   on   Computational   Plasticity   COMPLAS   IX,   pages   486   –   489,  Barcelona,  Spain,  5  –  7  September  2007.  

[67] K.   Hofstetter,   Ch.   Hellmich,   J.   Eberhardsteiner.   Estimation   of   Anisotropic  Macroscopic  Wood   Strength   from   Local   Failure   of   Lignin   and  Microstructural  Characteristics.   In   M.   Fioravanti,   N.   Macchioni,   editors,   Proceeding   of   the  International  Conference  on   Integrated  Approach   to  Wood  Structure,  Behaviour  and   Applications,   pages   93   –   98,   Stockholm,   Sweden,   11   –   12   October   2007,  ESWM  &  COST  Action  E35.    

[68] Ch.   Kohlhauser,   Ch.   Hellmich,   J.   Eberhardsteiner.   Dimensional   analysis   of  ultrasonic  wave  velocity  measrements.  Proceedings  of  the  7th  Youth  Symposium  on   Experimental   Solid   Mechanics,   4   pages,   Wojcreszyce,   Poland,   14   –   17   May,  2008.    

[69] B.  Pichler,  Ch.  Hellmich,  J.  Eberhardsteiner.  Compressive  strength  evolution   in  early-­‐age  Portland  cement  paste  predicted  by  a  micromechanical  model.   In  E.  Schlangen  and  G.  de  Schutter,  editors,  RILEM  proceedings  of  Concrete  Modeling  CONMOD08,  pages  139  –146,  Delft,  The  Netherlands,  26  –  28  May  2008.    

[70] S.   Scheiner,   Ch.   Hellmich.   Continuum   microviscoelasticity   of   cementitious  materials:  upscaling  technique  and  first  experimental  validation.  In  E.  Schlangen  and   G.   de   Schutter,   editors,   RILEM   proceedings   of   Concrete   Modeling  CONMOD08,  pages  259  –  263,  Delft,  The  Netherlands,  26  –  28  May  2008.    

[71] Ch.   Kohlhauser,   Ch.   Hellmich,   J.   Eberhardsteiner.   Influence   of   transducer  frequency   and   specimen   thickness   in   ultrasound   stiffness   measurements.   In  Proceedings   of   the   6th   BSSM   International   Conference   on   Advances   in  Experimental  Mechanics,  London,  UK,  9-­‐11  September  2008.  

[72] S.   Scheiner,   B.   Pichler,   Ch.   Hellmich,   H.A.   Mang.   Damage   and   Disaster  Prevention   in  NATM   Tunnels   during   Construction:  Micromechanics-­‐Supported  Hybrid  Analyses.  In  A.  Ibrahimbegovic,  M.  Zlatar,  editors,  Proceedings  of  NATO-­‐ARW   "Damage   assessment   and   Reconstruction   after   Natural   Disasters   and  Previous  Military  Activities",  pages  145  –  171,  Sarajevo,  Bosnia  &  Herzegovina,  5  –  9  October  2008.  Springer.  

[73] H.  Mang,  E.  Aigner,  J.  Eberhardsteiner,  C.  Hackspiel,  Ch.  Hellmich,  K.  Hofstetter,  R.  Lackner,  B.  Pichler,  S.  Scheiner,  R.  Stürzenbecher.  Computational  multiscale  analysis   in  Civil   Engineering.   In  Y.B.   Yang,   L.J.   Leu,   C.S.   Chen,  P.C.   Su,   editors,  Proceedings  of  the  11th  East  Asia-­‐Pacific  Conference  on  Structural  Engineering  and  Construction  -­‐  EASEC-­‐11,  pages  3  –  14,  Taipei,  Taiwan,  19  –  21  November  2008.  D  &  E  Drawing  and  Editing  Services  Company,  Taipei,  Taiwan.  

[74] Ch.   Hellmich,   C.   Kober,   B.   Erdmann.   Micromechanics-­‐based   conversion   of   CT  data  into  anisotropic  elasticity  tensors,  applied  to  FE  simulations  of  a  mandible.  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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In   K.   Katti,   Ch.   Hellmich,  U.G.K.  Wegst,   and  R.  Narayan,   editors,  Mechanics   of  Biological  and  Biomedical  Materials,  Materials  Research  Society  (MRS)  Symposium  Proceedings  1132E,  1132-­‐Z01-­‐03,  6  pages,  Boston,  MA,  USA,  1  –  5  December  2008.  Materials  Research  Society,  Warrendale,  Pennsylvania.  

[75] A.  Fritsch,  L.  Dormieux,  Ch.  Hellmich,  J.  Sanahuja.  An  experimentally  validated  micromechanical   model   for   elasticity   and   strength   of   hydroxyapatite  biomaterials.   In   K.   Katti,   Ch.  Hellmich,  U.G.K.  Wegst,   and  R.  Narayan,   editors,  Mechanics   of   Biological   and   Biomedical   Materials,   Materials   Research   Society  (MRS)  Symposium  Proceedings  1132E,  1132-­‐Z06-­‐03,  12  pages,  Boston,  MA,  USA,  1  –  5  December  2008.  Materials  Research  Society,  Warrendale,  Pennsylvania.  

[76] S.   Scheiner,   Ch.   Hellmich.   Continuum   Microviscoelasticity   Model   for  Cementitious  Materials:  Upscaling  Technique  and  First  Experimental  Validation.  In   Z.   Bittnar,   P.J.M.   Bartos,   J.   Nemecek,   V.   Smilauer,   J.   Zeman,   editors,  Proceedings   of   the   Third   International   Symposium   on   Nanotechnology   in  Construction,   pages   89   –   93,   Prague,   Czech   Republic,   18   –   20   May   2009.  Springer,  Berlin  Heidelberg,  Germany.  

[77] K.   Hofstetter,   J.   Eitelberger,   T.K.   Bader,   Ch.   Hellmich,   J.   Eberhardsteiner.  Computational  multiscale  approach  ot   the  mechanical  behavior  and   transport  behavior   of   wood.   In   Y.   Yuan,   J.   Cui,   H.A.   Mang,   editors,   Proceedings   of   the  International   Symposium   on   Computational   Structural   Engineering   –   CSE09,  pages  79  –  85,  Shanghai,  China,  22  –  24  June  2009.  Springer,  Berlin  Heidelberg,  Germany.  

[78] B.  Pichler,  S.  Scheiner,  Ch.  Hellmich,  J.  Eberhardsteiner.  Micromechanics-­‐based  models   for   elasticity   and   strength   of   shotcrete,   for   hybird   analyses   of   NATM  tunnel  shells.  Proceedings  of  the  2nd  International  Conference  on  Computational  Methods  in  Tunneling  -­‐  EURO-­‐TUN  2009,  pages  431  –  436,  Bochum,  Germany,  9  –  11  September  2009.  Aedificatio  Publishers,  Freiburg,  Germany.  

[79] S.   Scheiner,   S.   Ullah,   Ch.   Hellmich.   Continuum   microviscoelasticity   of  cementitious   materials:   Upscaling   technique,   experimental   validation,   and  application  to  structural  tunnel  simulations.  Proceedings  of  the  2nd  International  Conference  on  Computational  Methods  in  Tunneling  -­‐  EURO-­‐TUN  2009,  pages  415  –   421,   Bochum,   Germany,   9   –   11   September   2009.   Aedificatio   Publishers,  Freiburg,  Germany.  

[80] Ch.   Hellmich,   A.   Fritsch,   L.   Dormieux.   Hierarchical   biomaterial   mechanics   of  bone  and  bone  substitutes  In  R.  Narayan,  S.  Jayasinghe,  S.  Jin,  W.  Mullins,  and  D.   Shi,   editors,   Micro-­‐   and   Nanoscale   Processing   of   Biomaterials,   Materials  Research   Society   (MRS),   Symposium   Proceeding   Vol.   1239,   pages   255   –   261,  Boston,   USA,   30   November   –   4   December   2009.  Materials   Research   Society,  Warrendale,  Pennsylvania,  

[81] B.   Pichler,   Ch.   Hellmich.   Upscaling   quasi-­‐brittle   strength   of   cement-­‐based  materials:  a  continuum  micromechanics  approach.  In  N.  Bicanic,  R.  de  Borst,  H.  Mang,   and   G.   Meschke,   editors,   EURO-­‐C   2010,   Computational   Modeling   of  Concrete   Structures,   pages   59   –   68,   Rohrmoos/Schladming,   Austria,   15   –   18  March  2010.  Taylor  and  Francis,  London,  UK.  

[82] Ch.   Hellmich,   S.   Ullah,   B.   Pichler,   S.   Scheiner.   Monitoring   of   creeping   tunnel  shells:  influence  of  shotcrete  mixture  characteristics.  In  F.  Darve,  I.  Doghri,  R.  El  Fatmi,   H.   Hassis,   and   H.   Zenzri,   editors,   Euromediterranean   Symposium   on  

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Advances  in  Geomaterials  and  Structures,  pages  141  –  150,  Djerba,  Tunesia,  10  –  12  May  2010.  Laboratoire  de  Génie  Civil  de  l’Ecole  Nationale  d’Ingénieurs  de  Tunis,  Tunesia.  

[83] H.  Mang,  G/  Höfinger,  X.  Jia,  K.  Hofstetter,  T.  Bader,  J.  Eitelberger,  B.  Pichler,  S.  Scheiner,   S.   Ullah,  M.   Zeiml,   A.   Amouzandeh,   T.   Ring,   J.   Eberhardsteiner,   Ch.  Hellmich.   Computational   Civil   Engineering   mechanics   –   elucidating   general  features   of   materials   and   structures.   In   Proceedings   of   the   First   International  Conference  on  Advances   in   Interaction  and  Multiscale  Mechanics,   19  pages,   Jeju  Island,  South  Korea,  30  May  –  4  June  2010.  Techno-­‐Press,  South  Korea.  

[84] Ch.   Hellmich,   S.   Ullah,   B.   Pichler,   S.   Scheiner.   Microviscoelasticity   of  cementtitious  materials:  application  to  structural  simulations  of  NATM-­‐tunnels.  In   K.   Scrivener,   editor,   RILEM   proceedings   of   Concrete   Modeling   CONMOD10,  pages   135   –   139,   Lausanne,   Switzerland,   22   –   25   June   2010.   Laboratory   of  Construction  Materials,  EPFL,  Lausanne,  Switzerland.  

[85] B.  Pichler,  Ch.  Hellmich,  J.  Eberhardsteiner.  Strength  of  geomaterials:  multiscale  theories  and  experiments  at  appropriate  problem-­‐dependent   length  scales.   In  R.   Borja,   E.   Dunham,   E.   Kuhl,   J.   White,   editors,   International   Workshop   on  Multiscale   and   Multiphysics   Processes   in   Geomechanics,   4   pages,   Stanford  University  Campus,  CA,  USA,  23  –  25  June  2010.  

[86] Ch.  Hellmich,  A.   Fritsch,   L.  Dormieux.  Ductile   sliding  between  mineral   crystals  followed   by   rupture   of   collagen   crosslinks:   micromechanical   explanation   of  bone   strength.   In   Proceedings   of   the   9th   World   Congress   on   Computational  Mechanics   and   the   4th   Asian   Pacific   Congress   on   Computational   Mechanics   –  WCCM/APCOM   2010,   1   page,   Sydney,   Australia,   19   –   23   July   2010.   Centre   for  Infrastructure  Engineering  and  Safety,  Sydney,  Australia.  

[87] T.   Bader,   K.   Hofstetter,   Ch.   Hellmich,   and   J.   Eberhardsteiner.   From   lignin   to  spruce:  poromechanical  upscaling  of  wood  strength.  In  Book  of  Abstracts  of  the  2010   Engineering   Mechanics   Institute   Conference,   page   146,   Los   Angeles,   CA,  USA,  8  –  11  August  2010.    

[88] T.   Brynk,   Ch.   Hellmich,   A.   Fritsch,   P.   Zysset,   J.   Eberhardsteiner.   Role   of  Terzaghi’s   effective   stress   in   experimental   poromechanics   of   trabecular   bone  strength.   In   Book   of   Abstracts   of   the   2010   Engineering   Mechanics   Institute  Conference,  page  42,  Los  Angeles,  CA,  USA,  8  –  11  August  2010.    

[89] T.   Bader,   K.   Hofstetter,   Ch.   Hellmich,   and   J.   Eberhardsteiner.   From   lignin   to  spruce:  poromechanical  upscaling  of  wood  strength  In  Multiscale  Mechanics  of  Hierarchical  Biological,  Bioinspired,  and  Biomedical  Materials,  Materials  Research  Symposium   Proceeding   Vol.   1301,   pages   75   -­‐   80,   Boston,   USA,   November   29   -­‐  December  3,  2010,  Materials  Research  Society,  Warrendale,  Pennsylvania.  

[90] A.  Fritsch,  Ch.  Hellmich,  P.  Young.  Porosity-­‐dependent  elasticity  and  strength  of  ceramic   bone   biomaterials:   micromechanics-­‐based   assessment   of   power  functions.  In  Ch.  Baumgartner,  editor,  Proceedings  of  the  IASTED  conference  on  Biomedical  Engineering  –  Biomed  2011,  pages  156  -­‐  162,  Innsbruck,  Austria,  16  –  18  February  2011,  ACTA  Press,  Calgary,  Canada.  

[91] A.  Fritsch,  A.  Dejaco,  V.  Komlev,  W.  Szwieszkowski,  J.  Jaroszewicz,  E.  Bongaers,  Ch.   Hellmich.   Translation   of   CT-­‐data   into   voxel-­‐specific  micromechanics-­‐based  elasticity  tensors.  Abstract  Book  of  micro-­‐CT  User  Meeting  2011,  pages  108  -­‐  112,  Leuven,  Belgium,  13  –  15  April  2011,  Skyscan,  Kontich,  Belgium.  

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[92] J.   Jaroszewicz,   B.   Ostrowska,   V.   Komlev,   J.   Hostens,   Ch.   Hellmich,   W.  Swieszkowski,   K.   Kurzydlowski.   Micro   and   Nano-­‐CT   measurements   of  biomaterials   for   bone   tissue   engineering.   Abstract   book   of   micro-­‐CT   User  Meeting   2011,   pages   97   -­‐   100,   Leuven,   Belgium,   13   –   15   April   2011,   Skyscan,  Kontich,  Belgium.  

[93] H.  von  der  Kammer,  J.  Hostens,  E.  Bongaers,  P.  Young,  Ch.  Hellmich,  C.  Kober.  Visualization  of  mouse  and  human  femur  based  on  SkyScan-­‐CT,  Abstract  Book  of  microCT  User  Meeting   2011,   pages   259   -­‐   261,   Leuven,   Belgium,   13   –   15   April  2011,  Skyscan,  Kontich,  Belgium.  

[94] C.  Kober,  H.   von  der  Kammer,  W.   Swieszkowski,   J.   Jaroszewicz,   Ch.  Hellmich.  Multiscale  visualization  of  biomaterials  based  on  SkyScan-­‐CT,  Abstract  Book  of  micro-­‐CT  User  Meeting  2011,  pages  299  -­‐  304,  Leuven,  Belgium,  13  –  15  April  2011,  Skyscan,  Kontich,  Belgium.    

[95] Ch.   Hellmich,   A.   Fritsch,   A.   Dejaco,   V.   Komlev.   Micro-­‐poromechanics   of  hydroxaapatite   scaffolds   for   tissue   engineering.   Proceedings   of   the   IUTAM  symposium  on  Mechanics  and  Physics  of  Solids  (MPPS)  –  a  tribute  to  Prof.  Olivier  Coussy,  pages  285  –  302,  2011,  FSTTAR  and  Ecole  des  Ponts  et  Chaussées,  Paris,  France.    

[96] S.  Ullah,  B.  Pichler,   S.   Scheiner,  Ch.  Hellmich.  Composition-­‐Related  Senstitivity  Analysis   of   Displacement-­‐Loaded   Sprayed   Concrete   Tunnel   Shell,   Employing  Micromechanics   and   Thin   Shell   Theory.   Proceedings   of   the   Sixth   International  Symposium  on  Sprayed  Concrete   -­‐  Modern  Use  of  Wet  Mix  Sprayed  Concrete  for  Underground  Support,  pages  414-­‐427,  Tromsø,  Norway,  12  –  15  September  2011,  ITA-­‐AITES  International  Tunneling  and  Underground  Space  Association.    

[97] Dejaco,   V.   Komlev,   A.   Gurin,   J.   Jaroszewicz,   W.   Swieszkowski,   Ch.   Hellmich.  From   micro-­‐CT   to   multiscale   mechanics   of   double-­‐porous   hydroxyapatite  granules   for   regenerative  medicine.   In  Ch.  Hellmich,  editor,  Proceedings  of   the  Ninth  IASTED  International  Conference  on  Biomedical  Engineering  (BioMed  2012),  pages  644-­‐651,   Innsbruck,  Austria,   15   –   17   February   2012,  ACTA  Press,  Calgary,  Canada.  

[98] L.  Eberhardsteiner,  Ch.  Hellmich,  S.  Scheiner.  Layered  water  in  crystal  interfaces  as  source  for  bone  viscoelasticity:  arguments  from  a  multiscale  approach.  In  Ch.  Hellmich,   editor,   Proceedings   of   the   Ninth   IASTED   International   Conference   on  Biomedical  Engineering  (BioMed  2012),  pages  706-­‐712,  Innsbruck,  Austria,  15  –  17  February  2012,  ACTA  Press,  Calgary,  Canada.  

[99] P.  Henits,  Ch.  Hellmich.  X-­‐ray-­‐electron  intractions  in  fibrillar  bone  ultrastructure:  a  quantitative  electrodynamics  approach.  In  Ch.  Hellmich,  editor,  Proceedings  of  the   Ninth   IASTED   International   Conference   on   Biomedical   Engineering   (BioMed  2012),   pages   681-­‐688,   Innsbruck,   Austria,   15   –   17   February   2012,   ACTA   Press,  Calgary,  Canada.  

[100] K.   Luczynski,   T.   Brynk,   B.   Ostrowska,   W.   Swieszkowski,   R.     Reihsner,   Ch.  Hellmich.   Consistent   quasi-­‐static   and   ultrasonic   elasticity   determination   of  PLLA-­‐based   rapid-­‐prototyped   tissue   engineering   scaffolds.   In   Ch.   Hellmich,  editor,  Proceedings  of  the    Ninth   IASTED  International  Conference  on  Biomedical  Engineering   (BioMed  2012),  pages  634-­‐638,   Innsbruck,  Austria,   15  –   17  February  2012,  ACTA  Press,  Calgary,  Canada.  

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[101] S.  Scheiner,  P.  Pivonka,  Ch.  Hellmich,  D.  Smith.  Computational  simulation  of  the  mechanobiological   regulation   of   bone   remodeling   by   means   of   a   coupled  systems   biology-­‐micromechanical   approach.   In   Ch.   Hellmich,   editor,  Proceedings   of   the   Ninth   IASTED   International   Conference   on   Biomedical  Engineering   (BioMed  2012),  pages  657-­‐664,   Innsbruck,  Austria,   15  –   17  February  2012,  ACTA  Press,  Calgary,  Canada.  

[102] B.   Pichler,   Ch.   Hellmich.   Predicting   quasi-­‐brittle   strength   of   cementitious  materials:  a  continuum  micromechanics  approach.  In  G.  Ye,  K.  van  Breugel,  W.  Sun,   and   C.   Miao,   editors,   CD   ROM   Proceedings   of   Second   International  Conference   on  Microstructure-­‐Related   Durability   of   Cementitious   Composites,   6  pages,   Amsterdam,   The   Netherlands,   11   –   13   April   2012,   RILEM   Publications  S.A.R.L.,  Bagneux,  France.  

[103] C.  Morin,  P.  Henits,  Ch.  Hellmich.  Structure  and  elasticity  of  hydrating  collagen.  In  R.  Będziński   and  M.  Petrtyl,   editors,  Proceedings  of   the   120th   Seminar  of   the  International   Centre   of   Biocybernetics,   “Current   trends   in   development   of  implantable  tissue  structures”,  pages  59-­‐64,  Warsaw,  Poland,  18    -­‐  20  April  2012.  

[104] S.  Ullah,  B.  Pichler,  Ch.  Hellmich.  Modeling  ground-­‐shell  contact  forces  in  NATM  tunneling,    based  on  3D  displacement  measurements.  In  Q.  Yang,  H.  Zheng,  J.-­‐M.  Zhang,  Y.  Yao,  editors,  Constitutive  Modeling  of  Geomaterials  –  Advances  and  New  Applications,   pages  293-­‐296,  Beijing,  China,  October   15/16,   2012.   Springer-­‐Verlag  Berlin  Heidelberg.    

[105] B.   Pichler,   S.   Scheiner,   Ch.   Hellmich.   Multiscale   continuum   mechanics   of  cementitious  materials:  creep  and  strength.  In  F.  Sanchez,  J.  Olek,  J.  Biernacki,  A.   Winnicki,   A.   Brandt,   editors,   Proceedings   of   the   International   US-­‐Poland  Workshop  Multiscale   Computational  Modeling   of   Cementitious  Materials,   pages  129-­‐136,  Cracow,  Poland,  October  17/19,  2012.  Cracow  University  of  Technology.  

[106] M.   Shahidi,   B.   Pichler,   Ch.   Hellmich.   Micromechanics   of   viscous   interfaces   in  hydrated  (bio-­‐)materials.  In  A.  Boccaccini,  editor,  Proceedings  of    the  10th  IASTED  International   Conference   on   Biomedical   Engineering   (BioMed   2013),   pages   582-­‐586,  Innsbruck,  Austria,  13-­‐15  February  2013.  

[107] S.   Scheiner,   Ch.   Hellmich,   C.   Müller,   C.   Kober.   Extending   2D   mandibular  radiographs   into   3D,  based  on   the  x-­‐ray  physics  of   composite  materials.   In  A.  Boccaccini,   editor,  Proceedings   of     the   10th   IASTED   International   Conference   on  Biomedical  Engineering  (BioMed  2013),  pages  576-­‐581,  Innsbruck,  Austria,  13  –  15  February  2013,  ACTA  Press,  Calgary,  Canada.  

[108] M.  Shahidi,  B.  Pichler,  Ch.  Hellmich.  Liquid  crystal   interface  micromechanics  of  creeping  (geo-­‐  and  bio-­‐)  materials.   In  Proceedings  of  the  5th  Biot  Conference  on  Poromechanics,  pages  1877-­‐1889,  Vienna,  Austria,  10-­‐12  July  2013,  ASCE,  Reston,  VA,  USA.  

[109] C.   Morin,   Ch.   Hellmich.   A   multiscale   poromicromechanical   approach   to   wave  propagation  and  alternation   in  bone.   In  Proceedings  of   the  5th  Biot  Conference  on   Poromechanics,   pages   1820-­‐1829,   Vienna,   Austria,   10-­‐12   July   2013,   ASCE,  Reston,  VA,  USA.  

[110] M.  Königsberger,  B.  Pichler,  Ch.  Hellmich.  How  do  porous  interfacial  transition  zones   (ITZ)   trigger   elastic   limits   of   concrete?   –  micromechanics   of   ITZ   failure  and   ITZ-­‐aggregate   separation.   In   Proceedings   of   the   5th   Biot   Conference   on  

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Poromechanics,  pages  1847-­‐1856,  Vienna,  Austria,  10-­‐12  July  2013,  ASCE,  Reston,  VA,  USA.  

[111] S.   Scheiner,   P.   Pivonka,   Ch.   Hellmich.   Poromechanical   stimulation   of   bone  remodeling:   A   continuum   micromechanics-­‐based   mathematical   model   and  experimental   validation.   In   Proceedings   of   the   5th   Biot   Conference   on  Poromechanics,  pages  1867-­‐1876,  Vienna,  Austria,  10-­‐12  July  2013,  ASCE,  Reston,  VA,  USA.  

[112] B.  Pichler,  Ch.  Hellmich,  J.  Eberhardsteiner,  J.  Wasserbauer,  P.  Thermkhajornkit,  R.  Barbarulo,  G.  Chanvillard.  Strength  evolution  of  hydrating  cement  pastes:  the  counteracting   effects   of   capillary   porosity   and   unhydrated   clinker  reinforcements.   In   Proceedings   of   the   5th   Biot   Conference   on   Poromechanics,  pages  1837-­‐1846,  Vienna,  Austria,  10-­‐12  July  2013,  ASCE,  Reston,  VA,  USA.  

[113] B.  Pichler,  Ch.  Hellmich,  J.  Eberhardsteiner,  J.  Wasserbauer,  P.  Thermkhajornkit,  R.  Barbarulo,  G.  Chanvillard.  The  counteracting  effects  of  capillary  porosity  and  of  unhydrated  clinker  grains  on  the  macroscopic  strength  of  hydrating  cement  paste:   a   multiscale   model.   In   Proceedings   of   CONCREEP-­‐9-­‐International  Conference   on   Creep,   Shrinkage   and   Durability   Mechanics   of   Concrete   and  Concrete  Structures,  pages  40-­‐47,  Cambridge,  MA,  USA,  22-­‐25  September  2013,  ASCE,  VA,  USA.  

[114] B.   Pichler,   S.   Ullah,   Ch.   Hellmich,   J.   Eberhardsteiner.   Tragverhalten   junger  Tunnelkalottenschalen   aus   Spritzbeton.   In   Proceedings   of   17th   Dresden  Structural   Mechanics   Seminar,   pages   109-­‐126,   Dresden,   Germany,   25   October  2013.  

[115] M.   Königsberger,   B.   Pichler,   Ch.   Hellmich.   ITZ-­‐induced   crack   initiation   in  concrete:  micromechanics-­‐based  sensitivity  analyses  regarding  concrete  phase  properties.  In  Proceedings  of  EURO-­‐C  2014  –  Computational  Modeling  of  Concrete  and  Concrete  Structures,  10  pages,  St.  Anton  am  Arlberg,  Austria,  March  24-­‐27,  2014,  submitted  for  publication.  

[116] Z.  Sant,  A.  Vella,  R.  Blanchard,  Ch.  Hellmich.  Micromechanics  applied  to  macro-­‐model  of  a   spinal   segment.   In  Proceedings  of   the   20th   International   Conference  on   Engineering   Mechanics   2014,   4   pages,   Svratka,   Czech   Republic,   12-­‐15   May,  2014.  

[117] R.  Blanchard,  C.  Morin,  A.  Vella,  Z.  Sant,  Ch.  Hellmich.   Intravoxel  micro-­‐elasto-­‐plasticity  for  CT-­‐based  patient-­‐specific  fracture  risk  assessment  of  vertebral.  In  Proceedings  of  the  20th  International  Conference  on  Engineering  Mechanics  2014,  4  pages,  Svratka,  Czech  Republic,  12-­‐15  May,  2014.  

[118] M.  Königsberger,  B.    Pichler,  Ch.  Hellmich.  Micromechanics  multiscale  approach  for   ITZ-­‐induced   crack   initiation   in   concrete.   In   Proceedings   of   CST   2014,   The  Twelth   International   Conference   on   Computational   Structures   Technology,   19  pages,  Naples,  Italy,  2  –  5  September  2014.  

Short  papers  and  abstracts  in  Conference  Proceedings  and  Books  of  Abstracts  –  printed  or  on  CD-­‐ROM:    [1] Ch.  Hellmich,  F.-­‐J.  Ulm.  Review  of   the  hierarchical  organization  of  bone   in   the  

framework  of  continuum  micromechanics.   In  S.  Nemat-­‐Nasser,  editor,  Book  of  Abstracts  of  the  2001  Mechanics  and  Materials  Summer  Conference  of  ASME,  ASCE  and  SES,  page  37,  San  Diego,  CA,  USA,  27  -­‐  29  June  2001.    

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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[2] Ch.   Hellmich,   F.-­‐J.   Ulm.   Scale   transition   in   bone   elasticity:   a   continuum  micromechanics  approach.  In  W.  Herzog  et  al.,  editors,  CD-­‐ROM  Proceedings  of  the   Fourth   World   Congress   of   Biomechanics,   1   page,   Calgary,   Canada,   4   –   9  August  2002.    

[3] Ch.   Hellmich,   F.-­‐J.   Ulm.   A   unified   continuum  micromechanics  model   for   scale  transitions  in  bone  elasticity.  In  H.  Hutten,  editor,  EMBEC’02  –  Proceedings  of  the  European  Medical  &  Biological  Engineering  Conference,  pages  222  –  223,  Vienna,  Austria,   4   –   8   December   2002.   International   Federation   of   Medical   and  Biological  Engineering.    

[4] B.  Pichler,  Ch.  Hellmich,  H.A.  Mang.  Protection  of  buried  pipelines  subjected  to  rockfall.   In   E.C.   Aifantis,   editor,   Proceedings   of   the   5th   EUROMECH   Solid  Mechanics   Conference   ESMC-­‐5,   pages   205   –   206,   Thessaloniki,   Greece,   17   –   22  August  2003.  European  Mechanics  Society.    

[5] Ch.  Hellmich,  J.-­‐F.  Barthélémy,  L.  Dormieux.  Bone  ultrastructure:  mineral  foam  matrix   reinforced   by   collagen   or   interpenetrating   network   of   hydroxyapatite  crystals  and  collagen  molecules?     In  F.  Baaijens,  editor,  CD-­‐ROM  Proceedings  of  the  Congress  of  the  European  Society  of  Biomechanics,  1  page,  ’s-­‐Hertogenbosch,  The  Netherlands,  4  –  7  July  2004.    

[6] C.  Kober,  B.  Erdmann,  Ch.  Hellmich,  R.  Sader,  H.-­‐F.  Zeilhofer.   The   influence  of  inhomogeneous   and   anisotropic   microstructure   of   bone   on   the   macroscopic  structural  behavior  of   the  human  mandible.   In  G.  Huber,  E.  Schneider,  and  M.  Morlock,   editors,  Proceedings   of   the   Annual  Meeting   of   the   German   Society   of  Biomechanics   in   conjunction   with   the   5th   Biomechanica   Symposium,   page   124,  Hamburg,  Germany,  17  –  19  March  2005.    

[7] P.   Pivonka,   Ch.   Hellmich,   D.   Smith.   Is   chloride   diffusivity   of   cement   pastes  mainly   governed   by   paste-­‐specific   microporosity   and   paste-­‐independent  molecular  structuring  of  micropore  water?    -­‐  arguments  from  a  scale  transition  analysis.  Book   of   Abstracts,   15th   Inter-­‐Institute   Seminar   for   Young   Researchers,  page   25,   Budapest,   Hungary,   22   –   23   April   2005.   Department   of   Structural  Mechanics,  Budapest  University  of  Technology  and  Economics.    

[8] S.  Scheiner,  Ch.  Hellmich.  Stable  pitting  corrosion  of  stainless  steel  as  diffusion-­‐controlled  dissolution  process  with  a   sharp  moving  electrode  boundary.  Book  of   Abstracts,   15th   Inter-­‐Institute   Seminar   for   Young   Researchers,   page   17,  Budapest,   Hungary,   22   –   23   April   2005.   Department   of   Structural   Mechanics,  Budapest  University  of  Technology  and  Economics.    

[9] B.   Pichler,   Ph.   Vancapernolle,   Ch.   Hellmich.   Brittle   fracture   of   sandstone:  micromechanics-­‐based  arguments  for  classical  macroscopic  failure  surfaces.   In  G.   Exadaktylos,   editor,   Proceedings   of   the   7th   International   Workshop   on  Bifurcation,   Instabilities   and   Degradation   in   Geomechanics,   pages   65   –   66,  Chania,   Crete,   13   –   16   June   2005.   Technical   University   of   Crete,   National  Technical  University  of  Athens.    

[10] J.   Sladek,   V.   Sladek,   Ch.   Hellmich,   J.   Eberhardsteiner.   Meshless   local   Petrov-­‐Galerkin   method   for   heat   conduction   problem   in   3-­‐D   axisymmetric   and  anisotropic  bodies.  In  T.  Belytschko,  I.  Babuska,  M.  Griebel,  W.  Liu,  H.  Neunzert,  and  H.  Yserentant,  editors,  Proceedings  of  the  Third  International  Workshop  for  Meshfree  Methods  for  Partial  Differential  Equations,  2  pages,  Bonn,  Germany,  12  –  15  September  2005.    

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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[11] C.  Kober,  B.  Erdmann,  R.  Sader,  C.  Hellmich,  H.-­‐F.  Zeilhofer.  Refined  structural  mechanics  simulation  of  a  human  mandible  at  the  edge  of  clinical  application.  In  Stefano   Odorizzi   and   Giorgio   Fotia,   editors,   Proceedings   of   the   International  Conference  on  CAE  and  Computational  Technologies  for  Industry  –  TCN  CAE  2005,  1  page,  Lecce,  Italy,  5  –  8  October  2005.    

[12] B.   Pichler,   Ch.   Hellmich,   H.A.   Mang,   J.   Eberhardsteiner.   Gravel-­‐buried   steel  pipelines   subjected   to   rockfall:   corroboration   of   modeling   approaches   by  experiments.  In  Allix,  O.,  Moes.  N.  and  Perego,  U.,  editors,  Book  of  Abstracts  of  the  Workshop  on  Challenges  in  Computational  Mechanics,  pages  83  –  84,  Cachan,  France,  10  –  12  March  2006.    

[13] K.   Hofstetter,   Ch.   Hellmich,   J.   Eberahrdsteiner.   Continuum   micromechanics  estimation  of  wood  strength.  In  V.  Mehrmann,  C.O.  Paschereit,  W.H.  Müller,  U.  von  Wagner,  C.  Mehl,  editors,  Book  of  Abstracts  of  the  77th  Annual  Meeting  of  the  GAMM,  pages  49  –  50,  Berlin,  Germany,  27  –  31  March  2006.    

[14] Ch.  Hellmich,  C.  Kober.  Bone  (re)modelling:  poromicromechanical  aspects.  In  V.  Mehrmann,  C.O.  Paschereit,  W.H.  Müller,  U.  von  Wagner,  C.  Mehl,  editors,  Book  of  Abstracts  of  the  77th  Annual  Meeting  of  the  GAMM,  page  48,  Berlin,  Germany,  27  –  31  March  2006.    

[15] Ch.   Kohlhauser,   Ch.   Hellmich,   K.   Hofstetter,   J.   Eberhardsteiner.   Ultrasonic  characterization   of   wood   across   different   frequencies.   First   International   PhD  Workshop  Book  of  Abstracts  of  the  First  International  PhD  Workshop  on  Wood  as  a  Building  Material,  1  Page,  Trondheim,  Norway,  2  –  4  May  2006.    

[16] K.   Hofstetter,   Ch.   Hellmich,   J.   Eberhardsteiner.   Effect   of   ray   cells   on   wood  stiffness   and   strength:   a   continuum   micromechanics   investigation.   CD-­‐ROM  Proceedings  of  the  7th  World  Congress  on  Computational  Mechanics  WCCM  VII,  1  page,  Los  Angeles,  CA,  USA,  16  –  22  July  2006.    

[17] J.   Sladek,   V.   Sladek,   Ch.   Hellmich,   J.   Eberhardsteiner.   Analysis   of   thick  functionally  graded  plates  by  local  integral  equation  method.  Proceedings  of  the  International   Conference   on   Boundary   Element   Techniques   BeTec06,   2   pages,  Paris,  France,  4  –  6  September  2006.    

[18] Fritsch,  R.  Reihsner,  H.  W.  Müllner,  R.  Slesinski,  Ch.  Hellmich,  J.  Eberhardsteiner,  D.  Godlinski,  A.  Rota.  Uniaxial  and  triaxial  mechanical  testing  of  biomaterials  for  bone  replacement  In  O.  Bokuvka,  editor,  Proceedings  of  the  23rd  Danubia  Adria  Symposium   on   Experimental   Methods   in   Solid   Mechanics,   pages   127   –   128,  Podbanské,  Slovak  Republic,  26  –  29  September  2006.    

[19] W.   Swieszkowski,   Ch.   Hellmich,   V.S.   Komlev,   F.   Rustichelli,   R.   Cancedda,   K.  Kurzydlowski.   Micromechanical   modeling   of   the   scaffold-­‐new   formed   bone  systems.   Proceedings   of   the   Annual   TERMIS-­‐EU   meeting,   Rotterdam,   The  Netherlands,  8  –  11  October  2006.    

[20] Ch.   Kohlhauser,   Ch.   Hellmich,   K.   Hofstetter,   J.   Eberhardsteiner.   Influence   of  specimen   geometry   on   ultrasonic   wave   propagation   across   different  frequencies,  for  the  determination  of  elastic  stiffness  tensor  components.  In  E.  Benes,  editor,  International  Congress  on  Ultrasonics,  page  75,  Vienna,  Austria,  9  –  12  April  2007.    

[21] J.   Eberhardsteiner,   K.  Hofstetter,   Ch.  Hellmich.   Solid-­‐type   and  plate-­‐type   load  carrying  mechanisms   in  wood  –   investigations  by  a  multistep  homogenization  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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scheme.  Book  of  Abstracts:   16th   Inter   Institute   Seminar   for   Young  Researchers,  page  21,  Vienna,  Austria,  17  –  20  May  2007.    

[22] Ch.   Kohlhauser,   Ch.   Hellmich,   J.   Eberhardsteiner.   Ultrasonic   determination   of  elasticity   tensor:   potentials   and   limitations.   Book   of   Abstracts:   16th   Inter  Institute   Seminar   for   Young  Researchers,   page   12,   Vienna,  Austria,   17   –   20  May  2007.    

[23] S.  Scheiner,  Ch.  Hellmich.  Continuum  microviscoelasticity  of  concrete:  upscaling  technique   and   experimental   validation.   Book   of   Abstracts:   16th   Inter   Institute  Seminar  for  Young  Researchers,  page  13,  Vienna,  Austria,  17  –  20  May  2007.    

[24] Ch.   Hellmich,   A.   Fritsch.   Universal   microstructural   patterns   in   bone:  micromechanics-­‐based  quantification  of  resulting  anisotropic  elastic  properties  across  different  length  scales.  In  M.  Hajj,  editor,  CR-­‐ROM  Proceedings  of  the  18th  Engineering  Mechanics   Division   Conference,   1   page,   Blacksburg,   VA,  USA,   3   –   6  June  2007.    

[25] K.   Hofstetter,   Ch.   Hellmich,   J.   Eberhardsteiner.   Solid-­‐type   and   plate-­‐type  microstructural   deformation   patterns   in   wood   elasticity   quantified   through   a  combined  random/periodic  theory.  In  M.  Hajj,  editor,  CR-­‐ROM  Proceedings  of  the  18th  Engineering  Mechanics  Division  Conference,  1  page,  Blacksburg,  VA,  USA,  3  –  6  June  2007.    

[26] Ch.   Hellmich,   A.   Fritsch.   Universal   microstructural   patterns   in   cortical   and  trabecular,   extracellular   and  extravascular  bone  materials,   quantified   through  multiscale   continuum  microelasticity.   In  M.   Jirasek,  Z.  Bittnar,   and  H.A.  Mang,  editors,   Proceedings   of   the   International   Conference   on   Modeling   of  Heterogeneous   Materials   with   Applications   in   Construction   and   Biomedical  Engineering  –  MHM  2007,  pages  178  –  179,  Prague,  Czech  Republic,  25  –  27  June  2007.    

[27] Ch.  Kohlhauser,  Ch.  Hellmich,  C.  Vitale-­‐Brovarone,  A.  Boccaccini,  D.  Godlinski,  J.  Eberhardsteiner.   Ultrasonic   characterization   of   porous   biomaterials   across  different  frequencies.  In  E.E.  Gdoutos,  editor,  Experimental  Analysis  of  Nano  and  Engineering   Materials   and   Structures   –   Proceedings   of   the   13th   International  Conference   on   Experimental   Mechanics,   pages   505   –   506,   Alexandroupolis,  Greece,  1  –  6  July  2007.  Springer,  Berlin,  Germany.    

[28] Ch.  Hellmich,  A.  Fritsch.  Universal  microstructural  patterns  in  bone:  continuum  micromechanics   prediction   of   anisotropic  material   behavior.  Abstract   Book   of  the   International   Congress   on   Industrial   and   Applied  Mathematics   –   ICIAM07,   2  pages,  Zurich,  Switzerland,  16  –  20  July  2007.    

[29] K.   Hofstetter,   Ch.   Hellmich,   J.   Eberhardsteiner.   Universal   morphological  patterns  in  wood:  Micro-­‐mechanics-­‐based  estimates  for  anistropic  stiffness  and  strength   from   composition   and   microstructure.   Abstract   Book   of   the  International  Congress  on  Industrial  and  Applied  Mathematics  –  ICIAM07,  2  pages,  Zurich,  Switzerland,  16  –  20  July  2007.    

[30] Kober,   Ch.   Hellmich,   B.   Erdmann.   Influence   of   tissue   anisotropy   versus  inhomogeneity   on   the   structural   behavior   of   an   elderly   human   mandible.  Abstract   Book   of   the   International   Congress   on   Industrial   and   Applied  Mathematics  –  ICIAM07,  2  pages,  Zurich,  Switzerland,  16  –  20  July  2007.    

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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[31] S.   Scheiner,   Ch.   Hellmich.   Upscaling   basic   creep   properties   of   cementitious  materials.  Book  of  Abstracts  of  EUROMECH  Colloquium  489:  Modeling  Multiphase  Materials,  page  35,  Gothenburg,  Sweden,  19  –  21  September  2007.    

[32] Kober,   S.   Stübinger,   Ch.   Hellmich,   R.   Sader,   H.-­‐F.   Zeilhofer.   Biomechanical  analysis  of  an   ipsilateral  fracture  of  the  mandibular  condyle  by  means  of  finite  element  method.  Proceedings  of  the  41st  Annual  Meeting  of  the  German  Society  for   Biomedical   Engineering   –   BMT   2007,   2   pages,   Aachen,   Germany,   26   –   29  September  2007.    

[33] B.  Pichler,  Ch.  Hellmich,  H.A.  Mang.  Vertical  impact  of  single  rocks  onto  gravel.  2008   General   Assembly   of   the   European   Geosciences   Union,   1   page,   Vienna,  Austria,  April  13  –  18,  2008.    

[34] Ch.   Hellmich,   C.   Kober,   B.   Erdmann.  Micromechanics-­‐based   conversion   of   CT-­‐data   into   anisotropic   elasticity   tensors,   applied   to   FE   analyses   of   a  mandible.  Proceedings   of   EM08:   The   Inaugural   Conference   of   the   Engineering   Mechanics  Institute,  page  164,  Minneapolis,  Minnesota,  U.S.A.,  18  –  21  May  2008.    

[35] Fritsch,   L.   Dormieux,   Ch.   Hellmich,   J.   Sanahuja.   An   experimentally   validated  micromechanical   model   for   elasticity   and   strength   of   hydroxyapatite  biomaterials.  Proceedings  of  EM08:  The  Inaugural  Conference  of  the  Engineering  Mechanics  Institute,  page  194,  Minneapolis,  Minnesota,  U.S.A.,  18  –  21  May  2008.    

[36] R.   Pecci,   R.   Bedini,   D.   Godlinski,   Ch.   Hellmich,   C.   Renghini,   V.   Komlev,   F.  Rustichelli.   Characterization   of   metal-­‐based   scaffolds   for   bone   tissue  engineering   using   3D   microtomography.   8th   World   Biomaterials   Congress,   1  page,  Amsterdam,  The  Netherlands,  28  May  –  1  June  2008.    

[37] Boccaccini,   O.   Bretcanu,   S.   Misra,   I.   Roy,   Ch.   Hellmich.   Optimisation   of  Bioglass®-­‐derived   Scaffolds   for   Bone   Tissue   Engineering.   8th   World  Biomaterials   Congress,   1   page,   Amsterdam,   The  Netherlands,   28  May   –   1   June  2008.    

[38] H.A.   Mang,   J.   Eberhardsteiner,   Ch.   Hellmich,   K.   Hofstetter,   R.   Lackner.  Computational   Multiscale   Analysis   in   Civil   Engineering.   In   B.Schrefler   and   U.  Perego,   editors,   Proceedings   of   the   8th   World   Congress   of   Computational  Mechanics  (WCCM  8)  and  the  5th  European  Congress  on  Computational  Methods  in  Applied  Sciences  and  Engineering   (ECCOMAS  2008),   2  pages,  Venice,   Italy,  30  June  –  4  July,  2008.  CIMNE.  

[39] Bertrand,  Ch.  Hellmich.  Multiscale  elasticity  of  tissue  engineering  scaffolds  with  tissue  engineered  bone:  a  continuum  micromechanics  approach.  In  B.Schrefler  and   U.   Perego,   editors,   CD-­‐ROM   Proceedings   of   the   8th   World   Congress   of  Computational   Mechanics   (WCCM   8)   and   the   5th   European   Congress   on  Computational  Methods   in  Applied  Sciences  and  Engineering  (ECCOMAS  2008),  2  pages,  Venice,  Italy,  30  June  –  4  July,  2008.  CIMNE.  

[40] K.  Hofstetter,  Ch.  Hellmich,  J.  Eberhardsteiner.  Upscaling  Anisotropic  Stiffness  and   Strength   Properties   of   Wood.   In   B.Schrefler   and   U.   Perego,   editors,   CD-­‐ROM  Proceedings  of  the  8th  World  Congress  of  Computational  Mechanics  (WCCM  8)  and  the  5th  European  Congress  on  Computational  Methods  in  Applied  Sciences  and  Engineering  (ECCOMAS  2008),  2  pages,  Venice,  Italy,  30  June  –  4  July,  2008.  CIMNE.  

[41] K.   Hofstetter,   Ch.   Hellmich,   T.   Bader,   J.   Eberhardsteiner.   Relevance   of  Microstructural   Failure   Mechanismus   for   Macroscopic   Elastic   Limit   States   of  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

  page  46  of  85  

Wood.  In  Y.B.  Yang,  editor,  Proceedings  of  the  Taiwan-­‐Austria  Joint  Workshop  on  Computational   Mechanics   of   Materials   and   Structures,   pages   48   –   49,   Taipei,  Taiwan,   15   –   17   November   2008.   National   Taiwan   University   of   Science   and  Technology.    

[42] Ch.  Hellmich,  A.  Fritsch,  C.  Kober.  Multiscale  micromechanics  of  bone  materials  and   structures:   fundamentals   and   advanced   exploitation   of   computer  tomographic   data.   In   Y.B.   Yang,   editor,   Taiwan-­‐   Austria   Joint   Workshop   on  Computational   Mechanics   of   Materials   and   Structures,   pages   41   –   42,   Taipei,  Taiwan,   15   –   17   November   2008.   National   Taiwan   University   of   Science   and  Technology.    

[43] Ch.   Hellmich,   A.   Fritsch,   C.   Kober.   How   nature   builds   sustaining   structures:  multiscale  mechanics  of  bone  In  Y.B.  Yang,  L.J.  Leu,  C.S.  Chen,  P.C.  Su,  editors,  Proceedings  of  the  11th  East  Asia-­‐Pacific  Conference  on  Structural  Engineering  and  Construction  -­‐  EASEC-­‐11,  pages  120  -­‐  121,  Taipei,  Taiwan,  19  –  21  November  2008.  D  &  E  Drawing  and  Editing  Services  Company,  Taipei,  Taiwan.    

[44] K.  Hofstetter,  Ch.  Hellmich,  T.  Bader,  J.  Eberhardsteiner.  Poro-­‐micromechanical  estimates  for  elastic  limit  states  of  wood.  In  Y.B.  Yang,  L.J.  Leu,  C.S.  Chen,  P.C.  Su,   editors,   Proceedings   of   the   11th   East   Asia-­‐Pacific   Conference   on   Structural  Engineering  and  Construction  -­‐  EASEC-­‐11,  pages  550  –  551,  Taipei,  Taiwan,  19  –  21  November  2008.  D  &  E  Drawing  and  Editing  Services  Company,  Taipei,  Taiwan.  

[45] Fritsch,   L.   Dormieux,   Ch.   Hellmich,   J.   Sanahuja.   Experimentally   validated  micromechanical   model   for   elasticity   and   strength   of   hydroxyapatite  biomaterials.   In  P.  Zysset,  editor,  Proceedings  of  the  Third  Viennese  Biomaterial  Symposium,  page  17,  Vienna,  Austria,  19  –  21  November  2008.  Vienna  University  of  Technology,  Vienna,  Austria.  

[46] T.  Bader,  K.  Hofstetter,  Ch.  Hellmich,   J.   Eberhardsteiner.  Multiscale  Model   for  Estimation  of  Elastic  Limit  States  of  Softwood  Materials.   In  Proceedings  of  the  COST   Action   FP0802   Workshop   -­‐   Experimental   and   Computational   Methods   in  Wood  Micromechanics,  pages  107  -­‐  108,  Vienna,  Austria,  11  –  13  May  2009.  Vienna  University  of  Technology,  Vienna,  Austria.  

[47] Fritsch,   L.   Dormieux,   Ch.   Hellmich,   J.   Sanahuja.   Experimentally   validated  micromechanical   model   for   elasticity   and   strength   of   hydroxyapatite  biomaterials.   In   J   Pamin,   editor,   Book   of   Abstracts   of   the   17th   Inter-­‐Institute  Seminar   for   Young   Researchers,   page   12,   Cracow,   Poland,   22   –   23   May   2009.  Cracow  University  of  Technology,  Cracow,  Poland.  

[48] Pichler,   S.   Scheiner,   Ch.   Hellmich.   Strength   evolution   in   hydrating   shotcrete:  from  micromechanical  modeling  to  structural  analyses.  In  J  Pamin,  editor,  Book  of  Abstracts  of   the   17th   Inter-­‐Institute  Seminar   for  Young  Researchers,  page   19,  Cracow,  Poland,  22  –  23  May  2009.  Cracow  University  of  Technology,  Cracow,  Poland.  

[49] T.  Bader,  K.  Hofstetter,  Ch.  Hellmich,   J.  Eberhardsteiner.  Homogenization  and  localization   in   a  multiscale  microporomechanical  model   for  wood   strength.   In  Proceedings  of  the  7th  EUROMECH  Solid  Mechanics  Conference  ESMC2009,  pages  285   –   286,   Lisbon,   Portugal,   7   –   11   September   2009.   APMTAC   –   Portuguese  Association  for  Theoretical,  Applied,  and  Computational  Mechanics.  

[50] Z.   Yosibash,   N.   Trabelsi,   Ch.   Hellmich.   Subject-­‐specific   p-­‐FE   analyses   of   the  proximal   femur   utilizing   micromechanics-­‐based   material   properties.  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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Proceedings   of   the   Fourth   International   Conference   on   Computational  Bioengineering  –   ICCB  2009,  page  69,  Bertinoro,   Italy,   16  –  18  September  2009.  Bologna  University,  Bologna,  Italy.  

[51] Ch.   Hellmich,   A.   Fritsch,   L.   Dormieux.   Micromechanics   of   bone   strength:  influence  of  layered  water  between  mineral  crystals.  CD-­‐ROM  Proceedings  of  the  81st   Annual   Meeting   of   the   Society   of   Applied   Mathematics   and   Mechanics   –  GAMM   2010,   1   page,   Karlsruhe,   Germany,   22   –   26   March   2010.   Karlsruhe  University,  Karlsruhe,  Germany.  

[52] T.   Bader,   K.   Hofstetter,   Ch.   Hellmich,   J.   Eberhardsteiner.   Multiscale  microporomechanics   of   softwood   –   applications   and   experimental   model  validation.   Proceedings   of   the   IV   European   Conference   on   Computational  Mechanics  –  ECCM  2010,  2  pages,  Paris,  France,  16  –  21  May  2010,  in  print.  

[53] Fritsch,   Ch.   Hellmich,   A.   Malasoma,   L.   Dormieux.   Multiscale   mechanics   of  ceramic  biomaterials.   In   J.   Stampfl,   editor,  Proceedings  of   the   Fourth  Viennese  Symposium  on  Biomaterials,  page  20,  Vienna,  Austria,  15  –  17  November  2010.  

[54] T.   Brynk,   Ch.   Hellmich,   A.   Fritsch,   P.   Zysset,   J.   Eberhardsteiner.   Experimental  poromechanics  of  trabecular  bone  strength:  role  of  Terzaghi’s  effective  stress  and  of   tissue-­‐level   stress   fluctuations.   In   J.  Stampfl,  editor,  Proceedings  of   the  Fourth   Viennese   Symposium   on   Biomaterials,   page   27,   Vienna,   Austria,   15   –   17  November  2010.  

[55] J.   Vuong,   Ch.   Hellmich.   Bone   fibrillogenesis   and   mineralization:   Quantitative  analysis   and   implications   for   tissue   elasticity.   Book   of   Abstracts   of   the  International   Workshop   on   Microscale   Modeling   in   Biomechanics   and  Mechanobiology,  1  page,  Ericeira,  Portugal,  May  30  –  June  1,  2011.  

[56] J.   Vuong,   Ch.   Hellmich.   Bone   fibrillogenesis   and   mineralization:   Qunatitative  analysis   and   implications   for   tissue   elasticity.   In   M.L.   Wang,   D.   Bernal,   J.F,  Hajjar,   Y.   Cao,   editors,   Book   of   Abstracts   of   the   Engineering   Mechanics  Conference  EMI  2011,  page  338,  Boston,  MA,  USA,  June  2  –  4,  2011.  

[57] L.  Eberhardsteiner,  Ch.  Hellmich.  Water-­‐covered  crystal  interfaces  as  source  for  bone  viscoelasticity:   arguments   from  a  multiscale   approach.   In  M.L.  Wang,  D.  Bernal,   J.F,   Hajjar,   Y.   Cao,   editors,   Book   of   Abstracts   of   the   Engineering  Mechanics  Conference  EMI  2011,  page  349,  Boston,  MA,  USA,  June  2  –  4,  2011.  

[58] T.  Bader,  K.  Hofstetter,  Ch.  Hellmich,  J.  Eberhardsteiner.  Role  of  water   in  cells  walls  of   the  hierarchical  composite  "softwood":  a  poroelastic  analysis.   In  M.L.  Wang,  D.  Bernal,  J.F,  Hajjar,  Y.  Cao,  editors,  Book  of  Abstracts  of  the  Engineering  Mechanics  Conference  EMI  2011,  page  195,  Boston,  MA,  USA,  June  2  –  4,  2011.  

[59] P.  Pichler,  Ch.  Hellmich.  Upscaling  compressive   strength  of   cement  paste  and  mortar.  In  M.L.  Wang,  D.  Bernal,  J.F,  Hajjar,  Y.  Cao,  editors,  Book  of  Abstracts  of  the   Engineering   Mechanics   Conference   EMI   2011,   page   201,   Boston,   MA,   USA,  June  2  –  4,  2011.  

[60] B.   Pichler,   L.   Dormieux,   Ch.   Hellmich.   Strength   modeling   of   elasto-­‐brittle  materials:  from  cohesive  microcracks,  via  cracking  risk  under  partial  saturation,  to   predicting   the   composition-­‐dependent   strength   evolution   of   hydrating  cementitious   materials.   Book   of   Abstracts   of   the   International   Conference   on  Computational   Modeling   of   Fracture   and   Fatigue   of   Materials   and   Structures   -­‐  CFRAC  2011,  1  page,  Barcelona,  Spain,  6  –  8  June  2011.  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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[61] Malandrino,  Ch.  Hellmich,  J.  Noailly,  D.  Lacroix.  A  micro-­‐macro  evaluation  of  the  vertebral  bony  endplate  permeability  based  on  computational   fluid  dynamics.  Proceedings  of   the  23rd  Congress  of   the   International  Society  of  Biomechanics  –  ISB  2011,  2  pages,  Brussels,  Belgium,  3  –  7  July  2011.  

[62] P.  Pichler,  Ch.  Hellmich,  J.  Eberhardsteiner,  P.  Termkhajornkit,  R.  Barbarulo,  G.  Chanvillard.   Quasi-­‐brittle   strength   evolution   of   hydrating   cementitious  materials   revisited   in   the   framework   of   gel-­‐space   ratio:   experiments   and  continuum  micromechanics  predictions.  Book  of  Abstracts  of  the  2nd  Advances  in   Cement-­‐based   Materials:   Characterization,   Modeling,   and   Sensing,   1   page,  Nashville,  TN,  USA,  July  24  –  26,  2011.  

[63] J.   Vuong,   Ch.   Hellmich.   Bone   fibrillogenesis   and   mineralization:   quantitative  analysis   and   implications   for   tissue   elasticity.   Book   of   Abstracts   of   European  Congress   and   Exhibition   on   Advanced   Materials   and   Processes,   1   page,  Montpellier,  France,  12  –  15  September  2011.  

[64] P.   Pichler,   Ch.   Hellmich.   Micromechanics   of   quasi-­‐brittle   strength   of   cement  paste   and   mortar.   Book   of   Abstracts   of   European   Congress   and   Exhibition   on  Advanced   Materials   and   Processes,   1   page,   Montpellier,   France,   12   –   15  September  2011.    

[65] J.   Jaroszewicz,   V.   Komlev,   Ch.   Hellmich,   W.   Swieszkowski.   Combined   use   of  micro-­‐CT   and   in-­‐situ   testing   to   characterize   ceramic-­‐based   biomaterials   for  regenerative  medicine,  Book   of   Abstracts   of   2011   Simpleware   Users  Meeting,   1  page,  Bristol,  UK,  9  November  2011.  

[66] A.  Fritsch,  Ch.  Hellmich,  P.  Young.  Micromechanics-­‐derived  scaling  relations  for  poroelasticity  and  strength  of  brittle  porous  polycrystals.  Book  of  Abstracts  of  2011  Simpleware  Users  Meeting,  1  page,  Bristol,  UK,  9  November  2011.  

[67] A.  Dejaco,  V.  Komlev,  J.  Jaroszewicz,  W.  Swieszkowski,  Ch.  Hellmich.  Micro  CT-­‐based   multiscale   elasticity   of   double-­‐porous   (pre-­‐cracked)   hydroxyapatite  granules  for  regenerative  medicine,  Book  of  Abstracts  of  2011  Simpleware  Users  Meeting,  1  page,  Bristol,  UK,  9  November  2011.  

[68] C.   Kober,   Ch.   Müller,   P.   Young,   A.   Fritsch,   Ch.   Hellmich.   Software   for  reconstruction  of  anisotropic  trajectories  of  elasticity  for  bony  organs  based  on  kind   of   inner   skeleton,   Book   of   Abstracts   of   2011   Simpleware   Users  Meeting,   1  page,  Bristol,  UK,  9  November  2011.  

[69] C.  Morin,  P.  Henits,  Ch.  Hellmich,  Continuum  Elasticity  of  Hydrating  Collagen:  a  Multiscale   Approach.   Book   of   Abstracts   of   the   MATHMOD   2012   –   Vienna  International   Conference   on   Mathematical   Modeling,   ARGE   Simulation-­‐ARGESIM,  page  306,  Vienna,  Austria,  12-­‐15-­‐  February  2012.  

[70] Ch.   Hellmich,   S.   Ullah,   B.   Pichler,   S.   Scheiner.   Influence   of   shotcrete  composition   on   load-­‐level   estimation   in   NATM-­‐tunnel   shells:  Micromechanics-­‐based   sensitivity   analyses.  Book  of  Abstract  of   the  83rd  Annual  Meeting  of   the  International   Association   (GAMM),   Darmstadt,   Germany,   26-­‐30   March   2012,  submitted.  

[71] C.   Kober,   Ch.   Müller,   P.   Young,   A.   Fritsch,   Ch.   Hellmich.   A   biomechanical  concept   for   construction   of   the   trajectories   of   anisotropic   elasticity   of  mammalian   bony   organs,   demonstrated   for   the   human   mandible.   Book   of  Abstracts  of   the   10th   International   Symposium  on  Biomechanics   and  Biomedical  Engineering,  Berlin,  Germany,  11-­‐14  April  2012  ;  submitted.  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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[72] C.  Morin,  P.  Henits,  Ch.  Hellmich.  Structure  and  elasticity  of  hydrating  collagen:  a  multiscale   continuum  approach.  Book  of  Abstracts   of   the   2012   Conference  of  the   Engineering   Mechanics   Institute,   Notre   Dame,   IN,   USA,   17-­‐20   June   2012;  accepted.  

[73] Ch.  Hellmich,  A.  Fritsch,  P.  Young.  Micromechanics-­‐derived  scaling  relations  for  poroelasticity  and  strength  of  brittle  porous  polycrystals.  Book  of  Abstracts  of  the   2012   Conference   of   the   Engineering   Mechanics   Institute,   Notre   Dame,   IN,  USA,  17-­‐20  June  2012;  accepted.  

[74] C.  Morin,  P.  Henits,  Ch.  Hellmich,  Continuum  Elasticity  of  Hydrating  Collagen:  a  Multiscale   Approach.   Book   of   Abstracts   of   the   8th   European   Solid   Mechanics  Conference,  2  pages,  Graz,  Austria,  9-­‐13  July  2012  

[75] S.  Scheiner,  P.  Pivonka,  Ch.  Hellmich,  D.  Smith,  Mathematical  Modeling  of  Bone  Remodeling:   A   Coupled   Systems   Biology-­‐Micromechanical   Approach.   Book   of  Abstracts  of  the  8th  European  Solid  Mechanics  Conference,  Graz,  Austria,  9-­‐13  July  2012  

[76] C.   Kober,   Ch.   Mueller,   P.   Young,   A.   Fritsch,   Ch.   Hellmich,   Approximation   of  anisotropic  trajectories  of  elasticity  of  human  bone  from  a  3D  profule  based  on  volumetrci   visualization   of   CT   images,   Book   of   Abstracts   of   the   8th   European  Solid  Mechanics  Conference,  Graz,  Austria,  9-­‐13  July  2012  

[77] C.  Morin,  P.  Henits,  Ch.  Hellmich,  Structure  and  elasticity  of  hydrating  collagen:  a   multiscale   continuum   approach.   CD-­‐ROM   Proceeding   of   the   6th   European  Computational  Methods   in  Applied  Sciences  and  Engineering     (ECCOMAS  2012),  2  pages,  Vienna,  Austria,  September  10-­‐14,  2012.    

[78] P.   Henits,   Ch.   Hellmich,   Determination   of   small   angle   scattering   patterns   of  bone   tissues   based   on   highly   ordered   collagen   scaffold   concept.   CD-­‐ROM  Proceeding  of   the  6th   European  Computational  Methods   in  Applied  Sciences  and  Engineering    (ECCOMAS  2012),  2  pages,  Vienna,  Austria,  September  10-­‐14,  2012.  

[79] C.  Kober,  Ch.  Müller,  P.  Young,  A.  Fritsch,  Ch.  Hellmich,  A  general  concept   for  approximation  of  the  trajectories  of  anisotropic  elasticity  for  mammalian  bone,  demonstraded  for  the  human  mandible.  CD-­‐ROM  Proceeding  of  the  6th  European  Computational  Methods   in  Applied  Sciences  and  Engineering     (ECCOMAS  2012),  2  pages,  Vienna,  Austria,  September  10-­‐14,  2012.  

[80] R.  Blanchard,  A.  Dejaco,  E.  Bongaers,  Ch.  Hellmich,  Multiscale  micromechanics-­‐based  elasticity  from  micro-­‐CT  scans  of  mousefemur.  CD-­‐ROM  Proceeding  of  the  6th   European   Computational   Methods   in   Applied   Sciences   and   Engineering    (ECCOMAS  2012),  2  pages,  Vienna,  Austria,  September  10-­‐14,  2012.  

[81] K.  Luczynski,  A.  Dejaco,  T.  Brynk,  J.  Jaroszewicz,  W.  Swieszkowski,  Ch.  Hellmich,  FE  model  and  quasi-­‐static  unloading  tests  deliver  consistent  values  of  Young’s  modulus   of   rapid-­‐prototyped   tissue   engineering   scaffold,   made   of   PLLA   and  TCP.  CD-­‐ROM  Proceeding  of  the  6th  European  Computational  Methods   in  Applied  Sciences  and  Engineering    (ECCOMAS  2012),  2  pages,  Vienna,  Austria,  September  10-­‐14,  2012.  

[82] A.  Dejaco,  V.  Komlev,  A.  Gurin,  J.  Jaroszewicz,  W.  Swieszkowski,  Ch.  Hellmich,  Micro   CT-­‐based   mustiscale   elasticity   of   double-­‐porous   (pre-­‐cracked)  hydroxyapatite  granules   for   regenerative  medicine.  CD-­‐ROM  Proceeding  of   the  6th   European   Computational   Methods   in   Applied   Sciences   and   Engineering    (ECCOMAS  2012),  2  pages,  Vienna,  Austria,  September  10-­‐14,  2012.  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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[83] K.   Luczynski,   A.   Dejaco,   O.   Lahayne,   J   Jaruszewicz,   W.   Swieszkowski,   Ch.  Hellmich,   Micro-­‐CT/micromechanics-­‐based   Finite   Element   models   and   quasi-­‐static  unloading  tests  deliver  consistent  values  for  Young’s  of  rapid-­‐prototyped  polymer-­‐ceramic   tissue  engineering   scaffolds.  Proceedings  of   the   29th  Danubia-­‐Adria   Symposium  on  Advances   in   Experimental  Mechanics,   pages   2-­‐3,  Belgrade,  Serbia,  26-­‐29  September  2012    

[84] A.  Malandrino,  D.   Lacroix,   S.   Ferguson,  K.   Ito,  Ch.  Hellmich,   J.  Noailly,   In   silico  experiments  for  the  determination  of  the  vertebral  bone  endplate  permeability  and  its  relation  to  bone  morphology.  Proceedings  of  the  Assembly  of  the  Spanish  Chapter  of  the  European  Society  of  Biomechanics,  Sevilla,  Spain,  25  October  2012.  

[85] M.   Colloca,   R.   Blanchard,   Ch.   Hellmich,   K.   Ito,   B.   v.   Rietbergen,   Evolution   of  bone  volume  fraction  in  bone  remodeling:  a  multiscale  analytical  investigation.  Proceedings   of   the   11th   International   Symposium   on   Computer   Methods   in  Biomechanis   and   Biomedical   Engineering,   1   page,   Salt   Lake   City,   UT,   USA,   3-­‐7  April  2013.    

[86] A.  Malandrino,  D.  Lacroix,  S.  Ferguson,  K.   Ito,  Ch.  Hellmich,   J.  Noailly.   In   silico  determination  of   the   vertebral   bone  endplate  permeability   and   its   relation   to  bone  morphology.  Proceedings  of  the  11th  International  Symposium  on  Computer  Methods   in  Biomechanis  and  Biomedical  Engineering,   1  page,  Salt  Lake  City,  UT,  USA,  3-­‐7  April  2013.    

[87] Ch.   Hellmich.   “Universal”   patterns   in   hierachical   organization   and   chemical  composition  of  bone  (and  other  collagenous)  tissues:  a  unifying  multiscale  bio-­‐chemo-­‐mechanical,   theory-­‐   and   experiment–based   approach.   Proceedings   of  the  8th  Annual  Meeting  of  the  German  Society  for  Biomechanics,  1  page,  May  15-­‐17,  2013,  Neu-­‐Ulm,  Germany.  

[88] S.   Scheiner,   P.   Buenzli,   P.   Pivonka,   Ch.   Hellmich.   The   role   of   the   vascular  porosity  of  cortical  bone  as  co-­‐governing  factor  of  bone  remodeling  –  insights  from  a  multiple  length  scales  –  integrating  mathematical  model.  Proceedings  of  the  8th  Annual  Meeting  of  the  German  Society  for  Biomechanics,  1  page,  May  15-­‐17,  2013,  Neu-­‐Ulm,  Germany.  

[89] St.   Scheiner,   P.   Pivonka,   D.   Smith,   C.   Dunstan,   Ch.   Hellmich.   Computational  simulation   of   osteoporosis   and   its   treatment   by   denosumab   based   on   an  integreted   systems   biology/micromechanical   approach.   5th   International  Conference  on  Coupled  Problems  in  Science  and  Engineering  COUPLED  PROBLEMS  2013,  1  page,  June  17-­‐19,2013,  Ibiza,  Spain.  

[90] C.  Kober,  B.-­‐I.  Berg,  Y.  Hayakawa,  A.  Gurin,  Ch.  Hellmich,  V.  Komlev,  R.  Sader.  Role   of   the   temporomandibular   joint   for   macroscopic   biomechanics   of   the  human  mandible  –  a   finite  element  study.  Proceedings  of   the  27th   International  Congress  and  Exhibition,  3  pages,  June  26-­‐29,  2013,  Heidelberg,  Germany.  

[91] C.   Morin,   Ch.   Hellmich.   Poro-­‐micromechanics   of   the   wave   propagation   and  attenuation   in   solid   and   fluid   spaces   of   bone   tissue.   Proceedings   of   the   2013  Conference  of  the  ASCE  Engineering  Mechanics  Institute,  1  page,  August  4-­‐7,  2013,  Evanston,  IL,  USA.  

[92] C.  Morin,  Ch.  Hellmich.  Mineralizing  bone  tissue  evolution  results  from  solid-­‐to-­‐mineral   phase   transition   in   closed   thermodynamic   system.   Proceedings   of   the  2013  Conference  of  the  ASCE  Engineering  Mechanics  Institute,  1  page,  August  4-­‐7,  2013,  Evanston,  IL,  USA.  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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[93] M.  Shahidi,  B.  Pichler,  Ch.  Hellmich.  From  viscous  behavior  of  liquid  crystal-­‐filled  interfaces  to  creep  of  biomaterials:  a  multi-­‐scale  approach.    Proceedings  of  the  2013  Conference  of  the  ASCE  Engineering  Mechanics  Institute,  1  page,  August  4-­‐7,  2013,  Evanston,  IL,  USA.  

[94] S.   Scheiner,   P.   Buenzli,   P.   Pivonka,   Ch.   Hellmich.   Mathematical   modeling   of  bone   remodeling   in   cortical   bone,   driven   by   biochemical   and   mechanical  factors,  and  by  the  vascular  porosity.  Proceedings  of  the  2013  Conference  of  the  ASCE   Engineering   Mechanics   Institute,   1   page,   August   4-­‐7,   2013,   Evanston,   IL,  USA.  

[95] M.   Königsberger,   B.   Pichler,   Ch.   Hellmich.   Is   onset   of   pre-­‐failure,   non-­‐catastrphic   cracking   in   concrete   governed   by   separation   of   ITZs   from  aggregates  or  by  bulk  failure  of  ITZs?  Proceedings  of  the  2013  Conference  of  the  ASCE   Engineering   Mechanics   Institute,   1   page,   August   4-­‐7,   2013,   Evanston,   IL,  USA.  

[96] S.  Scheiner,  P.  Buenzli,  P.  Pivonka,  Ch.  Hellmich.  Computer  simulations  of  bone  remodeling,   based   on   a   mathematical   model   considering   bio-­‐chemo-­‐mechanical   regulation,   as   well   as   the   influence   of   the   vascular   porosity.  Proceedings   of   the   19th   Congress   of   the   European   Society   of   Biomechanics,   ESB  2013,    1  page,  August  25-­‐28,  2013,  Patras,  Greece.  

[97] C.   Morin,   Ch.   Hellmich.   Structural   Evolution   of   bone   tissues   during  mineralization:   a   general   mathematical   approach.     Proceedings   of   the   19th  Congress  of  the  European  Society  of  Biomechanics,  ESB  2013,    1  page,  August  25-­‐28,  2013,  Patras,  Greece.  

[98] C.   Morin,   Ch.   Hellmich.   A   multiscale   poromicrodynamics   approach   to   wave  propagation   and   attenuation   in  bone.    Proceedings   of   the   19th   Congress   of   the  European  Society  of  Biomechanics,  ESB  2013,    1  page,  August  25-­‐28,  2013,  Patras,  Greece.  

[99] A.   Malandrino,   D.   Lacroix,   S.   Ferguson,   K.   Ito,   Ch.   Hellmich,   J.   Noailly.  Calculation  of  the  variability  of  endplate  permability  in  the  lumbar  vertebra  and  influence   on   intervetebral   disc   mechanobiology.   Proceedings   of   the   19th  Congress  of  the  European  Society  of  Biomechanics  (ESB  2013),  1  page,  August  25-­‐28,  2013,  Patras,  Greece.  

[100] C.   Morin,   P.   Henits,   R.   Blanchard,   Ch.   Hellmich.   Universal   pattern   in   bone  tissues:   microstructure,   composition,   and   mechanics.   Booklet   of   Abstracts   of  the   3rd   Joint  Meeting   of   COST   Action  MP1005   “NAMABIO”,   August   29-­‐30,   2013,  Patras,  Greece.    

[101] St.  Scheiner,  P.  Pivonka,  D.W.  Smith,  C.R.  Dunstan,  Ch.  Hellmich.  Integration  of  systems  biology   and  multiscale  bone  mechanics   for   computational   simulation  of   the   cortical   bone   remodeling   progress   in   health   and   disease.   Booklet   of  Abstracts  of  the  3rd  Joint  Meeting  of  COST  Action  MP1005  “NAMABIO”,  August  29-­‐30,  2013,  Patras,  Greece.  

[102] C.   Morin,   Ch.   Hellmich.   Bone   mineralization   as   fluid-­‐to-­‐solid   phase  transformation   in   a   closed   thermodynamic   system.   Proceedings   of   the   12th  International   Conference   on   Computational   Plasticity,   Fundamental   and  Applications  COMPLAS  XII,  1  page,  September  3-­‐5,  2013,  Barcelona,  Spain.  

[103] B.  Pichler,  Ch.  Hellmich,  J.  Eberhardsteiner,  J.  Wasserbauer,  P.  Termkhajornkit,  R.   Barbarulo,   G.   Chanvillard.   How   do   microstructural   properties   govern   the  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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strength  of  cementitious  materials?  A  multiscale  approach  based  on  gel-­‐space  ratio.   Proceedings   of   the   12th   International   Conference   on   Computational  Plasticity,   Fundamental   and   Applications   COMPLAS   XII,   1   page,   September   3-­‐5,  2013,  Barcelona,  Spain.  

[104] M.  Königsberger,  B.  Pichler,  Ch.  Hellmich.  Crack  onset  in  concrete:  ITZ  failure  or  ITZ-­‐aggregate  separation?  A  multiscale  micromechanics  approach.  Proceedings  of  the  12th  International  Conference  on  Computational  Plasticity,  Fundamental  and  Applications  COMPLAS  XII,  1  page,  September  3-­‐5,  2013,  Barcelona,  Spain.  

[105] P.   Pivonka,   P.   Buenzli,   St.   Scheiner,   Ch.   Hellmich,   C.   Dunstan,  M.   Johnson,   L.  Bonewald.  A   computational  model   for  mechanostat   regulation   in  bone  based  on   biochemical   osteocyte   feedback.   Proceedings   of   the   5th   International  Conference   on   Computational   Bioengineering,   1   page,   September   11-­‐13,   2013,  Leuven,  Belgium.  

[106] C.   Morin,   Ch.   Hellmich,   P.   Henits.   A   quantitative   multiscale   aproach   to   the  fibrillar  structure  and  elasticity  of  collagen.  Proceedings  of   the  5th   International  Conference   on   Computational   Bioengineering,   1   page,   September   11-­‐13,   2013,  Leuven,  Belgium.  

[107] J.  Hum,  K.  W.  Luczynski,  P.  Nooeaid,  P.  Newby,  O.  Lahayne,  Ch.  Hellmich,  A.R.  Boccaccini.  Stiffness   improvement  of  45S5  Bioglass®–based  scaffolds   through  PCL  and  collagen  coatings:  an  ultrasonic  study.  Proceedings  of  the  30th  Danubia-­‐Adria   Symposium  on  Advances   in   Experimental  Mechanics,   2   pages,   Primošten,  Croatia,  25-­‐28  September  2013    

[108] R.   Blanchard,   A.   Dejaco,   E.   Bongaers,   Ch.   Hellmich.   Intravoxel   bone  micromechanics   for   microCT-­‐based   Finite   Element   simulations.   Book   of  Abstracts   of   the   19th   Inter-­‐Institute   Seminar   for   Young   Reasearchers,   page   27,  October  11-­‐12,  2013,  Vienna,  Austria.  

[109] Ch.  Hellmich,  J.  Eberhardsteiner,  H.  Mang,  B.  Pichler.  Research  at  the  Institute  for   Mechanics   of   Materials   and   Structures   (IMWS)   of   Vienna   University   of  Technology.   Book   of   Abstracts   of   the   19th   Inter-­‐Institute   Seminar   for   Young  Reasearchers,  page  9,  October  11-­‐12,  2013,  Vienna,  Austria.  

[110] M.   Königsberger,   B.   Pichler,   Ch.   Hellmich.   Micromechanics   of   ITZ-­‐aggregate  interaction   in   concrete:   stress   concentration   and   strength   upscaling.   Book   of  Abstracts   of   the   19th   Inter-­‐Institute   Seminar   for   Young   Reasearchers,   page   14,  October  11-­‐12,  2013,  Vienna,  Austria.  

[111] A.  Czenek,  R.  Blanchard,  A.  Dejaco,  O.  Sigurjonsson,  G.  Örlygsson,  P.  Gargiulo,  Ch.  Hellmich.  Quantitative  intravoxel  analysis  of  μCT-­‐scanned  resorbing  ceramic  biomaterials.  Proceedings  of  the  TERMIS  EU  2014  Chapter  Meeting,  1  page,    June  10-­‐13,  2014,  Genova,  Italy.  

[112] M.   Colloca,   M.M.v.Rietbergen,   Ch.   Hellmich,   R.   Blanchard,   K.   Ito,  B.v.Rietbergen,   A   multiscale   bone   remodeling   moidel   to   predict   organ   level  changes  in  bone  density.  Proceedings  of  the  7th  World  Congress  of  Biomechanics  WCB  2014,  1  page,  July  6-­‐11,  2014,  Boston,  MA,  USA.  

[113] R.  Blanchard,  C.  Morin,  A.  Vella,  Z.  San  t.  Ch.  Hellmich,  Intorvoxel  micro-­‐elasto-­‐plasticity   for   CT-­‐based   patient-­‐specific   fracture   risk   assessment   of   vertebrae.  Proceedings  of  the  7th  World  Congress  of  Biomechanics  WCB  2014,  1  page,  July  6-­‐11,  2014,  Boston,  MA,  USA.  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

  page  53  of  85  

[114] S.   Scheiner,   P.   Pivonka,   Ch.   Hellmich,   Microporomechanics   reveals   that  subjecting  bone  to  physiological  strain  induces  the  optimum  poressure  stimulus    in  osteocytes.    Proceedings  of  the  7th  World  Congress  of  Biomechanics  WCB  2014,  1  page,  July  6-­‐11,  2014,  Boston,  MA,  USA.  

[115] M.  Shahidi,  B.  Pichler,  Ch.  Hellmich.  Kelvin-­‐Voigt  units  microelasticity  as  result  of  interacting  viscous  interfaces  at  the  microscale.  Proceedings  of  the  International  Conference  on  Advances   in  Micromechanics  of  Materials,   1  page,   July  8-­‐11,   2014,  Rzeszów,  Poland.    

[116] Ch.  Hellmich,  A.  Dejaco,  W.Swieszkowski,  V.  Komlev,  Towards  micromechanics-­‐  and   X-­‐ray   physics-­‐supported   design   and   safety   assessment   of   bioceramics.  Proceedings   of   the   NANO   2014   conference,   1   page,   July   13-­‐18,   2014,   Moscow,  Russia.  

[117] M.  Königsberger,  B.  Pichler,  Ch.  Hellmich.  Micromechanics  multiscale  approach  for  ITZ-­‐induced  crack  initiation  in  concrete.  Proceedings  of  CST  2014  –  The  Twelth  International   Conference   on   Computational   Structures   Technology,   1   page,  September  2  -­‐5,  2014,  Naples,  Italy.    

Theses  [1] Ch.   Hellmich.   2D   Parameterstudien   zur   Neuen   Österreichischen  

Tunnelbauweise   mit   Hilfe   der   Methode   der   Finiten   Elemente   [2D   parameter  studies  concerning  the  New  Austrian  Tunnelling  Method  by  means  of  the  Finite  Element   Method].   Master’s   thesis,   Vienna   University   of   Technology,   Vienna,  Austria,  1995.  In  German.  

[2] Ch.   Hellmich.   Shotcrete   as   part   of   the   New   Austrian   Tunneling   Method:   from  thermochemomechanical   material   modeling   to   structural   analysis   and   safety  assessment   of   tunnels.   PhD   thesis,   Vienna   University   of   Technology,   Vienna,  Austria,  1999.    

[3] Ch.  Hellmich.  Nano-­‐to-­‐macro  scale  transitions  in  bone  biomechanics.  Habilitation  thesis,  Vienna  University  of  Technology,  Vienna,  Austria,  2003.  

 

Technological/Scientific  Reports:  [1] H.A.  Mang,  Ch.  Hellmich,   and  R.  Lackner.   Finite  Elemente  Untersuchung  eines  

Fachwerkknotens  der  Stahleisenbahnbrücke  über  die  Traun  bei  Kleinmünchen.  Technical   report,   137   pages,   Institute   for   Strength   of   Materials,   Vienna  University  of  Technology,  1996.  In  German.    

[2] J.  Macht   and   Ch.  Hellmich.  Manual   for   program   system   for   hybrid   analysis   of  shotcrete   tunnel   linigs   on   behalf   of   Eisenbahnhochleistungsstrecken   (HL)-­‐AG;  part   of   project   together   with   R.   Lackner   and   H.A.   Mang.   Manual,   31   pages,  Institute  for  Strength  of  Materials,  Vienna  University  of  Technolgy,  2002.  

[3] B.   Pichler,   Ch.   Hellmich,   J.   Eberhardsteiner,   H.A.   Mang.   Versuchsplan   zur  Untersuchung   der   Gefährdung   der   Transalpinen   Ölleitung   durch   Felsschlag.  Technical   Report,   13   pages,   Institute   for   Strength   of   Materials,   Vienna  University  of  Technolgy,  2002.  In  German.  

[4] B.   Pichler,   Ch.   Hellmich,   J.   Eberhardsteiner,   H.A.   Mang.   Untersuchung   der  Gefährdung   der   Transalpinen   Ölleitung   durch   Felsschlag.   Vorläufige  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

  page  54  of  85  

Stellungnahme  zu  den  Versuchen  vom  1.  und  2.  Oktober  2002.  Technical  Report,  7   pages,   Institute   for   Strength   of   Materials,   Vienna   University   of   Technolgy,  2002.  In  German.  

[5] B.   Pichler,   Ch.   Hellmich,   J.   Eberhardsteiner,   H.A.   Mang.   Endbericht   zur  Untersuchung   der   Gefährdung   der   Transalpinen   Ölleitung   durch   Felsschlag.  Technical   Report,   104   pages,   Institute   for   Strength   of   Materials,   Vienna  University  of  Technolgy,  2003.  In  German.  

[6] C.   Kober,   B.   Erdmann,   Ch.   Hellmich,   R.   Sader,   H.-­‐F.   Zeilhofer.   Anisotropic  simulation   of   the   human  mandible.   Report   of   the   Konrad   Zuse   Institute   ZIB-­‐Report  04-­‐12  (May  2004).  

[7] Ch.   Hellmich,   J.   Eberhardsteiner.   Bewertung   eines   Versuchsplanes   zwecks  Einsatz   von   Polyfelt   Schutzvliesen   im   Pipelinebau.   Technical   Report,   4   pages,  Institute  for  Strength  of  Materials,  Vienna  University  of  Technolgy,  2004.  

[8] B.  Pichler,  S.  Scheiner,  Ch.  Hellmich,  J.  Eberhardsteiner.  Versuchsprinzipien  zur  Untersuchung   der   Eignung   von   Geokunststoffen   zum   Schutz   der   äußeren  Korrosionsschutzschichte   erdverlegter   Erdöl-­‐   und   Erdgas-­‐Pipelines   während  Einbau   und   Betrieb.   Technical   Report,   10   pages,   Vienna   University   of  Technology,  Institute  for  Mechanics  of  Materials  and  Structures,  2005.  

[9] S.   Scheiner,   B.   Pichler,   Ch.   Hellmich,   J.   Eberhardsteiner.   Eignung   von  Geokunststoffen  als  Abriebschutz  erdverlegter  Erdöl-­‐  und  Erdgaspipelines  aus  Stahl:  Finite  Elemente  Analysen  und  Pilotversuche.  Technical  Report,  37  pages,  Vienna   University   of   Technology,   Institute   for   Mechanics   of   Materials   and  Structures,  2005.  

[10] Ch.   Hellmich,   S.   Scheiner,   B.   Pichler,   J.   Eberhardsteiner.   Specifications   for  micromechanics-­‐based   material   models   for   new   cementitious   materials   for  tunnel   linings.   Deliverable   Report,   30   pages,   Integrated   Project   ’Technology  Innovation   in  Underground  Construction’,  TUNCONSTRUCT,  sponsored  by   the  European  Commission;  February  2006.  

[11] A.   Fritsch,   Ch.   Hellmich.   Micromechanical   modeling   of   biological   materials   –  different  continuum  micromechanics  techniques  for  bone.  Deliverable  Report,  4  pages,  Network  of  Excellence   ’Knowledge-­‐based  Multicomponent  Materials  for   Durable   and   Safe   Performance   –   KMM-­‐NoE’,   sponsored   by   the   European  Commission;  April  2006.  

[12] A.   Fritsch,   R.   Reihsner,   H.W.   Müllner,   R.   Slesinski,   Ch.   Hellmich,   J.  Eberhardsteiner,   W.   Swieszkowski.   Mechanical   (triaxial)   testing   on   biological  materials   and   biomaterials.   Progress   Report,   3   pages,   Network   of   Excellence  ’Knowledge-­‐based   Multicomponent   Materials   for   Durable   and   Safe  Performance  –  KMM-­‐NoE’,  sponsored  by  the  European  Commission;  April  2006.  

[13] Ch.  Hellmich.  Simulation  of  state-­‐of-­‐the-­‐art  organ-­‐implant  compound  structure  with   micromechanics-­‐based   material   properties.   Progress   Report,   2   pages,  Network   of   Excellence   ’Knowledge-­‐based   Multicomponent   Materials   for  Durable   and   Safe   Performance   –   KMM-­‐NoE’,   sponsored   by   the   European  Commission;  April  2006.  

[14] Ch.   Hellmich,   H.W.   Müllner,   Ch.   Kohlhauser,   A.   Fritsch,   R.   Reihsner,   J.  Eberhardsteiner,  R.   Slesinki,  W.  Swieszkowski,   Z.  Pakiela.  Mechanical   (triaxial)  tests   on   biological   materials   and   biomaterials.   Deliverable   Report,   7   pages,  Network   of   Excellence   ’Knowledge-­‐based   Multicomponent   Materials   for  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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Durable   and   Safe   Performance   –   KMM-­‐NoE’,   sponsored   by   the   European  Commission;  October  2006.  

[15] B.  Pichler,  Ch.  Hellmich,  S.  Scheiner,   J.  Eberhardsteiner.  Check  of  adequacy  of  model   formulation   for   cementitious   materials   according   to   materials   tests.  Milestone   Report,   5   pages,   Integrated   Project   ’Technology   Innovation   in  Underground   Construction’,   TUNCONSTRUCT,   sponsored   by   the   European  Commission;  February  2007.  

[16] Ch.  Hellmich,  W.  Swieszkowski.  Simulation  of  state-­‐of-­‐the-­‐art  organ-­‐compound  structure  with  micromechanics-­‐based  material  properties.  Deliverable  Report,  7  pages,  Network  of  Excellence  ’Knowledge-­‐based  Multicomponent  Materials  for  Durable   and   Safe   Performance   –   KMM-­‐NoE’,   sponsored   by   the   European  Commission;  April  2007.  

[17] Ch.   Hellmich,   T.   Brynk,   Ch.   Kohlhauser,   H.W,   Müllner,   R.   Reihsner,   J.  Eberhardsteiner,  W.  Swieszkowski,  Z.  Pakiela.  Mechanical  and  acoustical  testing  of   FGM-­‐biomaterials   and   bioligical   materials.   Progress   Report,   3   pages,  Network   of   Excellence   ’Knowledge-­‐based   Multicomponent   Materials   for  Durable   and   Safe   Performance   –   KMM-­‐NoE’,   sponsored   by   the   European  Commission;  April  2007.  

[18] Ch.   Hellmich,   A.   Fritsch,   H.W.   Müllner.   Simulation-­‐based   suggestions   for  modifications   of   implant   geometry   and/or   biomaterial   composition.   Progress  Report,   2   pages,   Network   of   Excellence   ’Knowledge-­‐based   Multicomponent  Materials   for   Durable   and   Safe   Performance   –   KMM-­‐NoE’,   sponsored   by   the  European  Commission;  April  2007.  

[19] Ch.   Hellmich,   Ch.   Kohlhauser,   A.   Malasoma,   T.   Brynk,   W.   Swieszkowski,   Z.  Pakiela,  J.  Eberhardsteiner,  R.  Reihsner,  H.  Müllner.  Mechanical  and  acoustical  testing   of   FGM-­‐biomaterials   and   biological   materials.   Deliverable   Report,   9  pages,  Network  of  Excellence  ’Knowledge-­‐based  Multicomponent  Materials  for  Durable   and   Safe   Performance   –   KMM-­‐NoE’,   sponsored   by   the   European  Commission;  October  2007.  

[20] Ch.   Hellmich,   A.   Fritsch.   Simulation-­‐based   suggestions   for   modification   of  implant   geometry   and/or   biomaterial   composition:   conversion   of   modified  material   parameters   into   composition/porosity.   Deliverable   Report,   4   pages,  Network   of   Excellence   ’Knowledge-­‐based   Multicomponent   Materials   for  Durable   and   Safe   Performance   –   KMM-­‐NoE’,   sponsored   by   the   European  Commission;  October  2007.  

[21] Ch.   Hellmich,   J.   Eberhardsteiner.   Thermochemische   Berechnungen   zur  Temperaturentwicklung   in   einer   Spritzbetonschale   auf   Basis   vorgegebener  thermochemischer  Materialeigenschaften.  Technical  Report,  10  pages,  Institute  for   Mechanics   of   Materials   and   Structures,   Vienna   University   of   Technology,  Vienna,  Austria;  December  2007  

[22] B.  Pichler,   Ch.  Hellmich,   S,   Scheiner,   J.   Eberhardsteiner.   Predictive   capabilities  of   new  micromechanics-­‐based   constitutive  models   for   cementitious  materials  developed   at   TUW.   Deliverable   Report,   20   pages,   Integrated   Project  ’Technology   Innovation   in   Underground   Construction’,   TUNCONSTRUCT,  sponsored  by  the  European  Commission;  May  2008.  

[23] W.  Swieszkowski,  Ch.  Hellmich.  Simulation  of  tissue  engineering  scaffolds  with  tissue   engineered   bone.   Deliverable   Report,   7   pages,   Network   of   Excellence  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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’Knowledge-­‐based   Multicomponent   Materials   for   Durable   and   Safe  Performance  –  KMM-­‐NoE’,  sponsored  by  the  European  Commission;  May  2008.  

[24] B.  Pichler,  S.  Scheiner,  Ch.  Hellmich,  J.  Eberhardsteiner.  Material  properties  of  shotcrete  as  input  for  BEFE++.  Deliverable  Report,  25  pages,  Integrated  Project  ’Technology   Innovation   in   Underground   Construction’,   TUNCONSTRUCT,  sponsored  by  the  European  Commission;  May  2008.  

[25] S.  Scheiner,  Ch.  Hellmich.  Modeling  of   corrosion.  Deliverable  Report,   5  pages,  Network   of   Excellence   ’Knowledge-­‐based   Multicomponent   Materials   for  Durable   and   Safe   Performance   –   KMM-­‐NoE’,   sponsored   by   the   European  Commission;  October  2008.  

[26] Ch.  Hellmich.   Resume  of  NRT3-­‐1  main   achievements   in   KMM-­‐NoE   project   and  outlook   to   the   future   research.   Deliverable   Report,   4   pages,   Network   of  Excellence   ’Knowledge-­‐based  Multicomponent  Materials   for  Durable  and  Safe  Performance   –   KMM-­‐NoE’,   sponsored   by   the   European   Commission;   October  2008.  

[27] S.   Scheiner   and   Ch.   Hellmich.   Entwicklung   eines   Verfahrens   zur   Ermittlung  lokaler   Elastizitätstensoren   aus   zweidimensionalen   Röntgenbildern  menschlicher   Kiefer.   Technical   Report,   58   pages.   Vienna   University   of  Technology,  Institute  for  Mechanics  of  Materials  and  Structures,  April  2009.  

[28] Ch.  Hellmich,  A.  Fritsch,  O.  Lahayne,  A.  Dejaco,  M.  Pöll,  F.  Rustichelli,  J.  Dyson,  V.  Calbucci,  G.  Albertini,  C.  Kober,  W.  Swieszkowski,  J.  Jaroszewicz,  P.  Young,  J.  Hostens,  P.  Salmons,  C.  Müller,  V.  Komlev.  Full  risk  analysis  of  BIO-­‐CT-­‐EXPLOIT  project  based  on  crucial  checking  points.  Deliverable  Report,  13  pages,  Project  BIO-­‐CT-­‐EXPLOIT,   of   Theme   FP7-­‐SME-­‐2008-­‐1,   sponsored   by   the   European  Commission;  February  2010.    

[29] M.  Pöll,  N.  Etzelstorfer,  G.  Ostrowski,  A.  Fritsch,  Ch.  Hellmich.  Project  website  for   internal   communication   and  public   outreach.  Deliverable  Report,   7   pages,  Project  BIO-­‐CT-­‐EXPLOIT,  of  Theme  FP7-­‐SME-­‐2008-­‐1,  sponsored  by  the  European  Commission;  May  2010.    

[30] F.  Rustichelli,   J.  Dyson,  V.   Calbucci,  G.  Albertini,   F.   Pasqualini,   Ch.  Hellmich,  A.  Fritsch,  C.  Kober,  P.  Young,  C.  Müller,  A.  Volf,  J.  Hostens,  E.  Bongaers.  Data  file  formats   provided   by   SMEs.   Deliverable   Report,   11   pages,   Project   BIO-­‐CT-­‐EXPLOIT,  of   Theme  FP7-­‐SME-­‐2008-­‐1,   sponsored  by   the  European  Commission;  May  2010.    

[31] W.   Swieszkowski,   J.   Jaroszewics,   T.   Brynk,   B.   Ostrowska,   V.   Komlev,   L.  Barinova,   Ch.   Hellmich,   A.   Fritsch.   Samples   of   state-­‐of-­‐the-­‐art   biomaterials.  Deliverable  Report,  12  pages,  Project  BIO-­‐CT-­‐EXPLOIT,  of  Theme  FP7-­‐SME-­‐2008-­‐1,  sponsored  by  the  European  Commission;  May  2010.    

[32] Ch.  Hellmich,  A.  Fritsch,  A.  Dejaco,  P.  Young,  Ch.  Müller,  A.  Volf,  J.  Hostens,  E.  Bongaers.   Software   for   translation   of   CT   data   into   voxel-­‐specific  micromechanics-­‐based  elasticity  tensors.  Deliverable  Report,  25  pages,  Project  BIO-­‐CT-­‐EXPLOIT,   of   Theme   FP7-­‐SME-­‐2008-­‐1,   sponsored   by   the   European  Commission;  November  2010.    

[33] C.  Kober,  K.  Kuchta,  C.  Müller,  P.  Young,  A.  Fritsch,  Ch.  Hellmich.  Software  for  identifying,   from   object   geometry,   the   spatial   fields   of   principal   directions   of  anisotropic  elasticity.  Deliverable  Report,  22  pages,  Project  BIO-­‐CT-­‐EXPLOIT,  of  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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Theme   FP7-­‐SME-­‐2008-­‐1,   sponsored   by   the   European   Commission;   November  2010.  

[34] J.   Jaroszewicz,   W.   Swieszkowski,   A.   Jaskiewicz,   K.   Paradowski,   T.   Lusa,   M.  Szwed,  V.  Komlev,  J.  Hostens,  E.  Bongaers,  A.  Fritsch,  Ch.  Hellmich.  Micro  and  Nano  CT  scanning  of  biomaterials.  Deliverable  Report,  22  pages,  Project  BIO-­‐CT-­‐EXPLOIT,  of   Theme  FP7-­‐SME-­‐2008-­‐1,   sponsored  by   the  European  Commission;  November  2010.  

[35] J.  Dyson,  V.  Calbucci,  F.  Pasqualini,  G.  Albertini,  F.  Fiori,  F.  Rustichelli,  Ch.  Müller,  P.   Young,   B.   Pauwels,   E.   Bongaers,   A.   Fritsch,   Ch.   Hellmich.   Software   for  clearing  CT  data  from  effects  of  instrumental  resolution.  Deliverable  Report,  21  pages,   Project   BIO-­‐CT-­‐EXPLOIT,   of   Theme   FP7-­‐SME-­‐2008-­‐1,   sponsored   by   the  European  Commission;  November  2010.    

[36] Ch.  Hellmich,  A.  Fritsch,  O.  Lahayne,  A.  Dejaco,  M.  Pöll,  F.  Rustichelli,  J.  Dyson,  V.  Calbucci,  G.  Albertini,  C.  Kober,  W.  Szwieszkowski,  J.  Jaroszewicz,  T.  Brynk,  P.  Young,   J.   Hostens,   P.   Salmon,   E.   Bongaers,   Ch.   Müeller,   A.   Volf,   V.   Komlev.  Midterm   Report,   including   risk   assessment   reports,   Deliverable   Report,   38  pages,   Project   BIO-­‐CT-­‐EXPLOIT,   of   Theme   FP7-­‐SME-­‐2008-­‐1,   sponsored   by   the  European  Commission;  January  2011.  

[37] B.  Pichler,  Ch.  Hellmich,  J.  Eberhardsteiner.  Sensitivity  of  unixial  compressive  strength   of   cement   paste  with   respect   to   Young's  modulus   of   clinker.  Technical  Report  for  Lafarge  Centre  des  Recherches,  15  pages,  Research  Study  Agreement  LCR/TUW  Agreement  no10LCR241;  2011.  

[38] B.  Pichler,  Ch.  Hellmich,   J.  Eberhardsteiner.  Sensitivity  of  uniaxial   compressive  strength   of   concrete   with   respect   to   the   volume   fraction   of   aggregates.  Technical  Report  for  Lafarge  Centre  des  Recherches,  15  pages,  Research  Study  Agreement  LCR/TUW  Agreement  no10LCR241;  2011.  

[39] B.   Pichler,   Ch.   Hellmich,   J.   Eberhardsteiner.   Investigation   of   the   influence   of  composition   on   the   uniaxial   compressive   strength   of   cementitious   materials,  studied   by   means   of   an   elasto-­‐brittle   continuum   micromechanics   model.  Technical  Report  for  Lafarge  Centre  des  Recherches,  33  pages,  Research  Study  Agreement  LCR/TUW  Agreement  no10LCR241;  2011.  

[40] K.   Luczynski,   Ch.   Hellmich,   O.   Lahayne,   R.   Reihsner,   W.   Swieszkowski,   J.  Jaroszewicz,   T.   Brynk,   B.   Ostrowska.  Mechanical   characterization   of   ceramic-­‐polymer-­‐based/rapid-­‐prototyped   biomaterials,   produced   by   WUT.   Deliverable  Report,   21   pages,   Project   BIO-­‐CT-­‐EXPLOIT,   of   Theme   FP7-­‐SME-­‐2008-­‐1,  sponsored  by  the  European  Commission;  July  2011.  

[41] J.   Jaroszewicz,   W.   Swieszkowski,   V.   Komlev,   Ch.   Hellmich.   Mechanical  characterization   of   ceramic-­‐based   biomaterials.   Deliverable   Report,   9   pages,  Project  BIO-­‐CT-­‐EXPLOIT,  of  Theme  FP7-­‐SME-­‐2008-­‐1,  sponsored  by  the  European  Commission;  July  2011.  

[42] J.  Dyson,  V.   Calbucci,  G.  Albertini,   F.   Pasqualini,   F.  Rustichelli,   Ch.  Hellmich,  A.  Fritsch,  J.  Vuong,  C.  Kober,  Ph.  Young,  V.B.  Xuan,  Ch.  Müller,  A.  Volf,  J.  Hostens,  E.   Bongaers.   Data   file   formats   provided   by   the   RTD   partners.   Deliverable  Report,   54   pages,   Project   BIO-­‐CT-­‐EXPLOIT,   of   Theme   FP7-­‐SME-­‐2008-­‐1,  sponsored  by  the  European  Commission;  July  2011.  

[43] C.  Kober,   V.   Komlev,  A.N.  Gurin,  W.   Swieszkowski,   K.   Luczynski,   A.   Dejaco,  A.  Fritsch,  Ch.  Hellmich,  J.  Dyson.  Feasibility  study  on  consideration  of  anisotropic  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

  page  58  of  85  

material   properties   in   tissue   engineering   scaffolds.   Deliverable   Report,   25  pages,   Project   BIO-­‐CT-­‐EXPLOIT,   of   Theme   FP7-­‐SME-­‐2008-­‐1,   sponsored   by   the  European  Commission;  July  2011.  

[44] J.  Dyson,  V.  Calbucci,  F.  Pasqualini,  G.  Albertini,  F.  Fiori,  F.  Rustichelli,  C.  Kober,  B.   Kellner,   A.   Fritsch,   J.   Vuong,   K.   Luczynski,   A.   Dejaco,   Ch.   Hellmich.  Manuals/Guidelines,   Deliverable  Report,   49   pages,   Project   BIO-­‐CT-­‐EXPLOIT,   of  Theme   FP7-­‐SME-­‐2008-­‐1,   sponsored   by   the   European   Commission;   November  2011.  

[45] K.   Luczynski,   A.   Dejaco,   R.   Blanchard,   Ch.  Hellmich,   J.   Dyson,   F.   Pasqualini,   V.  Calbucci,   C.   Kober,  W.   Swieszkowski,   V.   Komlev,   E.   Bongaers,   P.   Salmons,   B.  Pauwels,  C.  Müller,  P.  Young.  Demonstration  of  functionality  of  new  software.  Deliverable  Report,  34  pages,  Project  BIO-­‐CT-­‐EXPLOIT,  of  Theme  FP7-­‐SME-­‐2008-­‐1,  sponsored  by  the  European  Commission;  November  2011.  

[46] B.   Pichler,   Ch.   Hellmich,   J.   Eberhardsteiner.   Reaktionskinetik   und  Kriecheigenschaften   des   Spritzbetons,   der   im   Zuge   des   Vortriebs   des  Koralmtunnels   (Baulos   KAT2)   verwendet   wird,   Technical   Report,   22   pages,  Institute   for   Mechanics   of   Materials   and   Structures,   Vienna   University   of  Technology,  January  2012.  

[47] Ch.  Hellmich,  R.  Blanchard,  M.  Colloca,  B.v.  Rietbergen,  A.  Malandrino.  Nano  to  microscale   and   micro   to   macroscale   homogenization   scheme   for   bone  poroelasticity  adapted  to  vertebral  bone.  Report,  11  pages,  Project  My  Spine,  of  Theme  ICT-­‐2009.5.3,  sponsored  by  the  European  Commission,  February  2012.  

[48] D.   Lacroix,   R.   Fabregat,   J.   Noailly,   K.   Ito,   Ch.   Hellmich,   M.C.   Hobatho,   L.  Humbert,   L.   del  Rio,  A.   Lazary.   1st   year  Periodic  Report,   115  pages,   Project  My  Spine,   of   Theme   ICT-­‐2009.5.3,   sponsored   by   the   European   Commission,   April  2012.  

[49] C.   Morin,   Ch.   Hellmich,   R.   Blanchard.   Nano   to   microscale   and   micro   to  macroscale   homogenization   schemes   for   bone   strength   adapted   to   vertebra.  Report,   17   pages,   Project  MySpine,   of   Theme   ICT-­‐2009.5.3,   sponsored   by   the  European  Commission,  February  2013.  

[50] B.v.   Rietbergen,   M.   Colloca,   J.   Ito,   Ch.   Hellmich,   R.   Blanchard.   Adaptive  vertebral   model   based   on   meso-­‐scale   imaging.   Report,   19   pages,   Project  MySpine,   of   Theme   ICT-­‐2009.5.3,   sponsored   by   the   European   Commission,  February  2013.  

[51] D.  Lacroix,  Ch.  Hellmich,  M.-­‐C.  Hobatho,  L.  Humbert,  K.  Ito,  A.  Lazary,  J.  Noailly,  J.M.   Pozo,   L.M.   del   Rio,   G.   Rivero.   Second   Year   Periodic   Report.   Report,   108  pages,   Project   MySpine,   of   Theme   ICT-­‐2009.5.3,   sponsored   by   the   European  Commission,  May  2013.  

[52] Ch.   Hellmich.   Mid-­‐Term   Activity   Report,   7   pages,   ERC   Grant   MICROBONE,  sponsored  by  the  Euopean  Research  Council.  

[53] D.  Lacroix,  Ch.  Hellmich,  M.-­‐C.  Hobatho,  K.  Ito,  A.  Lazary,  J.  Noailly,  L.  del  Rio,  P.  Varga.   Intermediate   exploitation   plan   -­‐   Update.   Report,   26   pages,   Project  MySpine,   of   Theme   ICT-­‐2009.5.3,   sponsored   by   the   European   Commission,  October  2013.  

[54] T.  Abdalrahman,  St.   Scheiner,  Ch.  Hellmich.   Feasability   study:  homogenization  scheme   for   bone   permeability.   Report,   17   pages,   Project  MySpine,   of   Theme  ICT-­‐2009.5.3,  sponsored  by  the  European  Commission,  October  2013.  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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[55] D.  Lacroix,  Ch.  Hellmich,  M.-­‐C.  Hobatho,  K.  Ito,  A.  Lazary,  J.  Noailly,  L.  del  Rio,  P.  Varga.   Intermediate   exploitation   plan   –update.   Report,   38   pages,   Project  MySpine,   of   Theme   ICT-­‐2009.5.3,   sponsored   by   the   European   Commission,  March  2014.  

 Conference  and  Seminar  Lectures:    [1] Chemoplasticity   for   shotcrete   at   early   ages.   Fifth   International   Conference   on  

Computational  Plasticity  COMPLAS  V,  Barcelona,  Spain,  17  –  20  March  1997.    [2] Elucidation   of   the   soil-­‐shotcrete   interaction   problem   governing   the   NATM,  

based   on   visco   and   chemoplastic   material   laws.   EURO-­‐C   98,   Computational  modelling  of  concrete  structures,  Bad  Gastein,  Austria,  31  March  -­‐  3  April  1998.  

[3] Spritzbeton  -­‐  ein  integraler  Bestandteil  der  NÖT.  Industry  Workshop  of  the  Joint  Research  Initiative  ‘Numerical  Simulation  in  Tunneling’,  Graz,  Austria,  2  June  1998.    

[4] Materialmodellierung   von   Spritzbeton   -­‐   Versuche,   Materialmodell,   2D  Tunnelberechnungen.  Colloquium  on  Research  and  Development  for  Cement  and  Concrete,  Vienna,  Austria,  10  November  1998.  

[5] Development  and  application  of  a  constitutive  law  for  shotcrete.  Hearing  at  the  Austrian  National  Science  Foundations  (FWF),  Vienna,  Austria,  19  January  1999.  

[6] Thermochemomechanical   couplings   for   shotcrete:   application   to   NATM-­‐tunneling.  13th  Conference  of  the  Engineering  Mechanics  Division  of  the  American  Society   of   Civil   Engineering,   Baltimore,   MA,   USA,   13   -­‐   16   June   1999.   (invited  lecture)  

[7] Hybrid   method   for   quantification   of   stress   states   in   shotcrete   tunnel   shells:  combination   of   3D   in-­‐situ   displacement   measurements   and  thermochemoplastic   material   law.   ECCM   99,   European   Conference   on  Computational   Mechanics,   Munich,   Germany,   31   August   -­‐   3   September   1999.  (invited  lecture)  

[8] Ein   hybrides   Verfahren   in   3D   zur   Bestimmung   des   Tragverhaltens   von  Tunnelschalen   aus   Spritzbeton.   48th   Geomechanics-­‐Colloquium   1999,   Salzburg,  Austria,  7  -­‐  8  October  1999.  (invited  lecture)  

[9] Modelling   of   shotcrete   tunnel   shells   in   squeezing   rock.   SITU-­‐CETU-­‐Workshop  1999,  Graz,  Austria,  9  December  1999.  

[10] Creep   in   shotcrete   tunnel   shells.  5th   IUTAM  Symposium  on  Creep   in   Structures  2000,  Nagoya,  Japan,  3  -­‐  7  April  2000.  (invited  lecture  –  invitation  to  H.A.  Mang)  

[11] Development   and   application   of   a   constitutive   model   for   shotcrete   (1996   –  2000).  SITU-­‐HLAG  Workshop,  Vienna,  Austria,  19  May  2000.  

[12] Hybrid   analyses   of   tunneling   in   squeezing   rock.   IASS-­‐IACM   2000,   Fourth  International  Colloquium  on  Computation  of  Shells  and  Spatial  Structures,  Chania,  Greece,  4  -­‐  7  June  2000.  

[13] Thermochemomechanics   of   phase   transitions   in   shotcrete.   20th   International  Congress  of  Theoretical  and  Applied  Mechanics,  ICTAM  2000,  Chicago,  IL,  USA,  27  August  -­‐  2  September  2000.  (invited  poster  presentation)  

[14] Shotcrete   as   part   of   the   New   Austrian   Tunneling   Method   (NATM):   from  thermochemomechanical   material   modelling   to   structural   analysis   and   safety  assessment   of   tunnels.   Seminar   of   the   Engineering   and   Environmental  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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Engineering   Mechanics   Group   of   the   Department   of   Civil   and   Environmental  Engineering  of   the  Massachusetts   Institute  of   Technology,   Cambridge,  MA,  USA,  15  September  2000.  (invited  lecture)  

[15] Phase   transitions   in   shotcrete:   from   material   modelling   to   structural   safety  assessment.  International  Conference  on  Engineering  Developments  in  Shotcrete,  Hobart,  Tasmania,  Australia,  2  -­‐  4  April  2001.  (invited  lecture)  

[16] Computational   thermochemomechanics   of   low-­‐sulfat   shotcrete   in   tunneling.  First  MIT  Conference  on  Computational  Fluid  and  Solid  Mechanics,  Cambridge,  MA,  USA,  12  -­‐  14  June  2001.  

[17] Review   of   the   hierarchical   organization   of   bone   in   the   framework   of  micromechanics.  2001  Mechanics  and  Materials  Conference,  San  Diego,  CA,  USA,  27  -­‐  29  June  2001.  (invited  lecture)  

[18] Are  mineralized   tissues  open  crystal   foams   reinforced  by  collagen   ?     –  Energy  arguments   and   micromechanical   modeling.   Seminar   of   the   Engineering   and  Environmental   Engineering   Mechanics   Group   of   the   Department   of   Civil   and  Environmental   Engineering   of   the   Massachusetts   Institute   of   Technology,  Cambridge,  MA,  USA,  24  September  2001.  (invited  lecture)    

[19] Hydroxyapatite  is  uniformly  distributed  in  the  extra-­‐collageneous  ultrastructure  of   mineralized   tissues.   13th   Inter-­‐Institute   Seminar,   Vienna,   Austria,   26   -­‐   28  October  2001.    

[20] Hydroxyapatite  is  uniformly  distributed  in  the  extra-­‐collageneous  ultrastructure  of  mineralized   tissues.   Fifth   International   Symposium  on   Computer  Methods   in  Biomechanical  and  Biomedical  Engineering,  Rome,  Italy,  31  October  -­‐  3  November  2001.    

[21] Are   mineralized   tissues   open   crystal   foams   reinforced   by   collagen?     –   Some  energy   arguments.   Fifth   International   Symposium   on   Computer   Methods   in  Biomechanical  and  Biomedical  Engineering,  Rome,  Italy,  31  October  -­‐  3  November  2001.    

[22] Hydroxyapatite  is  uniformly  distributed  in  the  extra-­‐collageneous  ultrastructure  of  mineralized  tissues.  Seminar  series  of  The  Forsyth  Institute,  Boston,  MA,  USA,  5  December  2001.  (invited  lecture)    

[23] A  unified  continuum  micromechanics  approach  to  the  ultrastructural  elasticity  of  mineralized  tissues.  15th  ASCE  Engineering  Mechanics  Conference,  New  York,  NY,  USA,  June  2  -­‐  5  2002.  (invited  lecture)    

[24] A  continuum  micromechanics   review  of  shotcrete  elasticity.  NSF  Workshop  on  Model-­‐Based  Simulation  of  Durability  of  Materials  and  Structures,  Prague,  Czech  Republic,  July  4  -­‐  6  2002.  (invited  lecture  –  invitation  to  H.A.Mang)    

[25] Average   hydroxyapatite   concentration   is   uniform   in   the   extra-­‐collageneous  ultrastructure  of  mineralized   tissues.  Fifth  World  Conference  on  Computational  Mechanics  WCCM  V,  Vienna,  Austria,  July  7  -­‐  12  2002.    

[26] Scale   transitions   in   bone   elasticity:   a   continuum   micromechanics   approach.  Fourth  World  Congress  of  Biomechanics  WCB  2002,  Calgary,  Canada,  4  -­‐  9  August  2002.    

[27] Scale  transitions  in  bone  elasticity:  a  continuum  micromechanics  approach.  First  International   Conference   on  Design   and  Nature,  Udine,   Italy,   10   -­‐   12   September  2002.    

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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[28] How  hydroxyapatite  and  collagen  govern  the  elasticity  of  bone  –  evaluation  of  experiments   and   micromechanical   modeling.   Seminar   held   at   Ecole   Nationale  des   Ponts   et   Chaussées,   Marne-­‐la-­‐Vallée,   France,   29   November   2002.   (invited  lecture)    

[29] A   unified   continuum   micromechanics   model   for   scale   transitions   in   bone  elasticity.   EMBEC’02   –   European   Medical   &   Biological   Engineering   Conference,  Vienna,  Austria,  4  –  8  December  2002.    

[30] Nano-­‐to-­‐macroscale  biomechanics  of  bones.  Seminar  held  at  the  Vienna  Winter  School  of  Mathematical  Foundations  of  Computational  Sciences,  Vienna,  Austria,  6  February  2003.  (invited  lecture)    

[31] Micromechanics  of  shotcrete  elasticity:  Application  to  NATM-­‐tunneling.  EURO-­‐C  2003   –   Computational  Modeling   of   Concrete   Structures,   St.   Johann   im  Pongau,  Austria,  17  –  20  March  2003.    

[32] Scale  transitions  in  bone  from  the  sub-­‐micron  level  up  to  cortical  and  trabecular  bone.   Annual   Meeting   of   the   Gesellschaft   für   angewandte   Mathematik   und  Mechanik   –   GAMM   2003,   Abano   Terme,   Italy,   24   –   28   March   2003.   (invited  lecture)    

[33] Bio-­‐chemomechanics  of  bone   remodeling  and   fracture.  Annual  Meeting  of   the  Gesellschaft   für   angewandte   Mathematik   und   Mechanik   –   GAMM   2003,   Abano  Terme,  Italy,  24  –  28  March  2003.  (lecture  given  for  F.-­‐J.  Ulm)    

[34] Scale  transitions  in  bone  from  the  nanometer  level  up  to  cortical  and  trabecular  bone.   Second   MIT   Conference   on   Computational   Fluid   and   Solid   Mechanics,  Cambridge,  MA,  USA,  17  –  20  June  2003.  (invited  lecture)    

[35] Evidence   for   basic   elastic   phase   properties   valid   for   all   different   cortical   and  trabecular   bones.   16th   ASCE   Engineering   Mechanics   Conference,   Seattle,   WA,  USA,  16  -­‐  18  July  2003.  (invited  lecture)    

[36] Explanation   of   elasticity   of   cortical   and   trabecular   bone   from   interaction   of  tissue-­‐independent   elementary   components.   2003   Annual   Meeting   of   the  Austrian,   German,   and   Swiss   Societies   for   Biomedical   Technology  (Dreiländertagung),  Salzburg,  Austria,  25  –  27  September  2003.    

[37] Nano-­‐to-­‐macro  elasticity  of  bone  –  review  of  experiments  and  micromechanical  modeling.   Seminar   on   recent   works   in   solid   and   fluid   mechanics   at   the   Vienna  University  of  Technology,  Vienna,  Austria,  21  January  2004.    

[38] Material-­‐   und   Strukturmechanik   zwischen  Nanometer   und  Kilometer:   aktuelle  Aufgaben   im   Bio-­‐   und   Bauingenieurwesen.   Seminar   lecture,   Graz   University   of  Technology,  Graz,  Austria,  30  January  2004.  (invited  lecture)    

[39] Bone   ultrastructure   –   collagen-­‐reinforced   mineral   matrix   or   interpenetrating  network   of   hydroxyapatite   crystals   and   collagen   molecules?     2nd   IASTED  International   Conference  on  Biomedical   Engineering,   Innsbruck,  Austria,   16   –   18  February  2004.    

[40] Nano-­‐,  Mikro-­‐,  und  Makroelastizität  von  Knochen.  Meeting  of  GAMM-­‐committee  on  biomechanics,  Ulm,  Germany,  19  –  20  February  2004.    

[41] Bone   ultrastructure   –   collagen-­‐reinforced   mineral   matrix   or   interpenetrating  network   of   hydroxyapatite   crystals   and   collagen  molecules?     –   answers   from  continuum   micromechanics.   17th   ASCE   Engineering   Mechanics   Conference,  Newark,  Delaware,  USA,  13  –  16  June  2004.  (invited  lecture)    

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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[42] Micro-­‐porodynamics   of   bone:   Prediction   of   slow,   fast,   and   undrained   wave  velocities   as   well   as   of   marrow   pressure   rises   due   to   impact.   17th   ASCE  Engineering  Mechanics  Conference,  Newark,  Delaware,  USA,   13  –   16  June  2004.  (invited  lecture)  

[43] In-­‐vivo   determination   of   elastic   properties   of   bone,   based   on   (p)qCT   and  micromechanical  modeling.  16th  Bone  Densitometry  Workshop,  Annecy,  France,  20  –  24  June  2004.    

[44] Bone   ultrastructure   –   mineral   foam   matrix   or   interpenetrating   network   of  hydroxyapatite   crystals   and   collagen   molecules?     14th   European   Society   of  Biomechanics  Conference,   ’s-­‐Hertogenbosch,  The  Netherlands,  4  –  7   July  2004.  (invited  lecture)  

[45] Homogenization   schemes   and   bounds   for   elastic  microheterogeneous  media.  invited   seminar   talk,   International   Center   for   Mechanical   Sciences,   Course   on  Applied  Micromechanics  for  Porous  Media,  organized  by  Luc  Dormieux  and  Franz-­‐Josef  Ulm,  Udine,  Italy,  19  –  23  July  2004.    

[46] Elasticity   of   bones:   development   of   a   continuum   micromechanical   model.  invited  seminar  talk,  see  [45].  

[47] Elasticity  of  bones:   validation  of  a   continuum  micromechanical  model.   invited  seminar  talk,  see  [45].  

[48] Poro-­‐microelasticity   of   bones:   fundamentals   and   clinical   applications.   invited  seminar  talk,  see  [45].  

[49] Nano-­‐to-­‐macro  biomechanics  of  bone.  Sixth  World  Congress  on  Computational  Mechanics   WCCM6,   Beijing,   China,   5   -­‐   10   September   2004.   (invited   plenary  lecture).    

[50] In-­‐vivo   determination   of   elastic   properties   of   bone,   based   on   (p)qCT   and  micromechanical  modeling.  Sixth  World   Congress   on   Computational  Mechanics  WCCM6,  Beijing,  China,  5  -­‐  10  September  2004.  

[51] Bio-­‐chemomechanics  of  bone  remodeling  and  fracture.  Sixth  World  Congress  on  Computational  Mechanics  WCCM6,  Beijing,  China,  5  -­‐  10  September  2004.  Lecture  given  for  F.-­‐J.  Ulm.  

[52] Mikro-­‐Poromechanik  von  Knochen:  Aktueller  Stand  und  Perspektiven.  1.  Wiener  Biomaterialsymposium,  Vienna,  Austria,  4  -­‐  5  November  2004.  (invited  lecture)  

[53] Poro-­‐micromechanics   of   bone:   Recent   developments   and   perspectives.   First  GAMM  Seminar  on  Continuum  Biomechanics,  Freudenstadt-­‐Lauterbad,  Germany,  24  -­‐  26  November  2004.  (invited  lecture)  

[54] Universal   building   blocks   in   bone:   Poro-­‐micromechanical   developments   and  structural   analyses.   Seminar   of   the   Engineering   and   Environmental   Engineering  Mechanics  Group  of  the  Department  of  Civil  and  Environmental  Engineering  of  the  Massachusetts   Institute   of   Technology,   Cambridge,   MA,   USA,   29   November  2004.  (invited  lecture)  

[55] Poro-­‐micromechanics   of   bone:   Impact   loading   and   wave   propagation.   Fall  Meeting   of   the  Materials   Research   Society,   Boston,  MA,   USA,   29   November   -­‐   2  December  2004.  

[56] Nano-­‐scale  universal  building  blocks  in  civil  and  bioengineering  material  classes:  bone,   wood,   and   concrete.   CMMC   –   Glasgow   Open   Workshop   on   Current  Challenges   in   the   Integration   of   Computer   Modeling   and   Micro/Nano  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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Characterization  of  Cementitious  Materials,  Glasgow,  Scotland,  UK,  10-­‐11  January  2005.  (invited  keynote  lecture).  

[57] Nano  to  macro  scale  transitions  in  civil  and  bioengineering:  Recent  research  at  the  Institute  for  Mechanics  of  Materials  and  Structures  of  the  Vienna  University  of  Technology.  First  KMM-­‐NoE  Information  Workshop,  Seeheim,  Germany,  23-­‐25  January  2005.  

[58] Universelle   Elementarbausteine   in  Bio-­‐   und  Baumaterialien:   Knochen   –  Holz   –  Beton.   Seminar   Series   on   Numerical   Analysis   and   Scientific   Computing   at   the  Berlin  Free  University,  Berlin,  Germany,  25  February  2005.  (invited  lecture).  

[59] Zwischen  Nanometer  und  Meter:  Biomechanik  von  Knochen.  Plenary  Session  of  the   Austrian   Academy   of   Sciences,   Vienna,   Austria,   18   March   2005.   (invited  lecture).  

[60] Universal  nanoscaled  building  blocks  and  their   interactions   in  bone,  wood  and  concrete:  recent  developments  in  poro-­‐micromechanics,  with  links  to  chemistry  and   biology.   Seminar   Series   of   the   Department   of   Civil   and   Environmental  Engineering  at  the  Massachusetts  Institute  of  Technology,  Cambridge,  MA,  USA,  31  March  2005.  (invited  lecture  –  SHORTLISTED  CANDIDATE  FOR  FACULTY  POSITION).  

[61] Contribution  to  concrete  durability:  microscopic  origin  of  chloride  diffusivity  in  cement   pastes.   15th   Inter-­‐Institute   Seminar,   co-­‐organized   by  Budapest/Cracow/Vienna  Universities  of  Technology,  Budapest,  Hungary,  22  –  23  April  2005.  

[62] Anisotropic   elasticity   and   strength   of   a   biological   multi-­‐composite,   wood:   a  micromechanical   investigation.   Third   Biot   Conference   on   Poromechanics,  Norman,  Oklahoma,  USA,  24  –  27  May  2005.  

[63] Predicting   anisotropic   elasticity   and   strength   of   wood   from   its   internal  composition:   a   micromechanical   investigation.   McMat   2005,   Mechanics   and  Materials   Conference,   Baton   Rouge,   Louisiana,   USA,   1   –   3   June   2005.   (invited  lecture)  

[64] Darwinian   and   physiological   adaptation   revisited:   a   poro-­‐micromechanical  approach.   McMat   2005,   Mechanics   and   Materials   Conference,   Baton   Rouge,  Louisiana,  USA,  1  –  3  June  2005.  (invited  lecture)  

[65] Design  of  FGMs   for  biological  environments.  KMM-­‐NoE   Information  Workshop,  Freiburg,  Germany,  20  –  21  June  2005.  

[66] Propagation   of   interacting   microcracks   results   in   tensile   strain-­‐softening   of  brittle   materials   –   a   combined   fracture   and   micromechanics   approach.  COMPLAS   VIII,   8th   International   Conference   on   Computational   Plasticity,  Barcelona,  Spain,  5  –  7  September  2005.  

[67] Stable   pitting   corrosion   of   stainless   steel   as   diffusion-­‐controlled   dissolution  process   with   a   sharp   moving   boundary.   COMPLAS   VIII,   8th   International  Conference  on  Computational  Plasticity,  Barcelona,  Spain,  5  –  7  September  2005.  

[68] Solid  and  structural  mechanics  between  nanometer  and  kilometer:  challenges  in   Civil   and   Bioengineering.   Seminar   at   Swiss   Polytechnic   Institute   (École  Polytechnique   Fédérale   de   Lausanne   –   EPFL),   Lausanne,   Switzerland,   20  September   2005   (invited   lecture   –   SHORTLISTED   CANDIDATE   FOR   STRUCTURAL  MECHANICS  PROFESSORSHIP).  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

  page  64  of  85  

[69] Theoretical,   experimental,   and   computational   biomechanics   of   bone   I:   a  micromechanical  material  model  for  bone.  Seminar  Lecture  Series  at  the  Johann  Radon   Institute   of   the   Austrian   Academy   of   Sciences,   Linz,   Austria,   17  October  2005  (invited  lecture).    

[70] Theoretical,   experimental,   and   computational   biomechanics   of   bone   II:  poromechanics   –   towards   clinical   application:   link   to   radiology   and   structural  analyses.   Seminar   Lecture   Series   at   the   Johann   Radon   Institute   of   the   Austrian  Academy  of  Sciences,  Linz,  Austria,  18  October  2005  (invited  lecture).    

[71] Theoretical,  experimental,  and  computational  biomechanics  of  wood:  elasticity  and   strength.   Seminar   Lecture   Series   at   the   Johann   Radon   Institute   of   the  Austrian  Academy  of  Sciences,  Linz,  Austria,  18  October  2005  (invited  lecture).    

[72] Nanoscaled   elementary   components   and   their   mechanical   interaction   in  biological   and   man-­‐made   composite   materials:   bone,   wood,   and   concrete.  Second   International  Symposium  on  Nanotechnology   in  Construction  –  NICOM  2,  Bilbao,  Spain,  13  –  16  November  2005  (invited  plenary  lecture).  

[73] ’Universal’   nanoscaled   elementary   components   and   their   mechanical  interactions   in   bone,   wood,   and   concrete:   recent   advances   in   poro-­‐micromechanics.   Engineering  Mechanics   Seminar   Series   of   Karlsruhe   University,  Karlsruhe,   Germany,   23   November   2005   (invited   lecture   –   FINALIST   IN  COMPETITION  FOR  FULL  PROFESSORSHIP  IN  ENGINEERING  MECHANICS).  

[74] Nano-­‐to-­‐macro   poro-­‐mechanics   of   biological   materials:   bone   and   wood.  Technical  Mechanics  Seminar  Series  of  Linz  University,  Linz,  Austria,  6  December  2005  (invited  lecture).  

[75] Material  modeling  of  new  cementitious  materials.  TUNCONSTRUCT  Workshop  on  Numerical  Modeling,  Palma  de  Mallorca,  Spain,  11  January  2006.  

[76] Bone   (re)modeling:   poromicromechanical   aspects.   Annual   Meeting   of   the  Gesellschaft   für   angewandte   Mathematik   und   Mechanik   –   GAMM   2006,   Berlin,  Germany,  27  –  31  March  2006.  (invited  lecture)  

[77] Steinschlag  auf  schotterüberdeckte  Erdölpipelines:  angewandte  Baudynamik  in  Theorie,   Experiment   und   Strukturberechnung.   Civil   Engineering   Mechanics  Seminar  Series  of  Vienna  University  of  Technology,  Vienna,  Austria,  20  April  2006  (invited   lecture   –   FINALIST   IN   COMPETITION   FOR   FULL   PROFESSORSHIP   IN   CIVIL  ENGINEERING  MECHANICS  AND  DYNAMICS).  

[78] ’Universal’  nanoscaled  building  blocks  and  their  interactions  in  bone,  wood,  and  concrete:   Recent   developments   in   poro-­‐micromechanics,   with   links   to  chemistry   and   biology.   Seminar   series   of   the   Swiss   Federal   Laboratories   for  Materials   Testing   and   Research   (EMPA),   Dübendorf,   Switzerland,   2   May   2006  (invited  lecture).  

[79] Computational   micromechanics   of   biological   materials:   bone   and   wood.   III  European   Conference   on   Computational   Mechanics   (ECCM   2006),   Lisbon,  Portugal,  5  –  8  June  2006  (invited  keynote  lecture).  

[80] Porous  polycrystals:  microelastic  representation  based  on  solid  spheres,  plates,  or   needles.   III   European   Conference   on   Computational  Mechanics   (ECCM   2006),  Lisbon,  Portugal,  5  –  8  June  2006  (invited  lecture).  

[81] A   combined   fracture-­‐micromechanics   model   for   tensile   strain   softening   in  brittle  materials,  based  on  propagation  of  interacting  microcracks.  III  European  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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Conference   on   Computational   Mechanics   (ECCM   2006),   Lisbon,   Portugal,   5   –   8  June  2006  (invited  lecture).  

[82] Tailoring  FGMs  for  biological  environments.  Status  report  and  future  directions.  WPR3   KMM-­‐NoE   Research   Integration   Workshop,   Bratislava,   Slovakia,   22   –   23  June  2006.    

[83] Tissue-­‐independent   elementary   constituents   and   their   ’universal’   interaction  patterns  in  bone  materials:  recent  developments  in  poro-­‐micromechanics,  with  interfaces   to   chemistry   and  biology.  Seminar   Lecture   at   the   Electroengineering  Faculty,   Graz   University   of   Technology,   Graz,   Austria,   28   June   2006   (invited  lecture  –  FINALIST  IN  COMPETITION  FOR  FULL  PROFESSORSHIP  IN  BIOMECHANICS).  

[84] Universal  morphological  patterns  in  wood:  micromechanics-­‐based  prediction  of  anisotropic  strength  from  composition  and  microstructure.  5th  World  Congress  of  Biomechanics  WCB  2006,  Munich,  Germany,  29  July  –  4  August  2006.  

[85] Universal  morphological  patterns  in  bone:  micromechanics-­‐based  prediction  of  anisotropic  material   behavior.   5th  World   Congress   of   Biomechanics  WCB   2006,  Munich,  Germany,  29  July  –  4  August  2006.  (invited  lecture).  

[86] Universal  morphological  patterns  in  bone:  micromechanics-­‐based  prediction  of  anisotropic  material  behavior.  43rd  Annual  Meeting  of  the  Society  of  Engineering  Science  (SES),  State  College,  PA,  USA,  August  13-­‐16  2006.  (invited  lecture).  

[87] Poro-­‐micromechanics   of   biological   materials:   from   nano-­‐sized   crystals   to  functionally   graded   organs.   2nd   CISM-­‐KMM   summer   school   on   Advanced  Materials,  Udine,  Italy,  September  18-­‐21,  2006.  

[88] Tailoring   functionally   graded   materials   for   biological   environments.   Status  report   and   future   research  directions.  KMM-­‐NoE   Integration  Conference,  Metz,  France,  October  25-­‐26,  2006.  

[89] Load-­‐carrying  mechanisms  in  wood  at  different  observation  scales:  a  combined  random-­‐periodic   multistep   homogenization   scheme.   2nd   GAMM   Seminar   on  Continuum   Biomechanics,   Freudenstadt-­‐Lauterbad,   Germany,   November   22   –  24,  2006.  

[90] Universal   microstructural   patterns   in   bone:   micromechanics-­‐based   prediction  of   anisotropic   material   behavior.   2006   MRS   Fall   Meeting   of   the   Materials  Research  Society,  Boston,  MA,  USA  November  27  –  December  1,  2006.  

[91] Load   carrying  mechanisms   in  wood  at  different  observation   scales.  2006  MRS  Fall  Meeting  of  the  Materials  Research  Society,  Boston,  MA,  USA  November  27  –  December  1,  2006.  

[92] Experimental   and   theoretical   micromechanics   of   natural,   man-­‐made,   and  tissue-­‐engineered   bone   materials.   KMM-­‐VIN   Workshop   on   Tissue   Engineering,  Venice,  Italy,  January  22/23,  2007.  

[93] Poromikromechanik   von   Knochen   –   Ingenieurwissenschaften   für  patientenspezifische   Anwendungen.   Innovationen   für   die   Medizintechnik   –  Information   worhshop   of   the   Technology   Transfer   Department   of   Vienna  University  of  Technology,  Vienna,  Austria,  April  18,  2007.  (invited  lecture)  

[94] ’Universal’  microstructural  patterns  in  cortical  and  trabecular,  extracellular  and  extravacular   bone   materials:   anisotropic   multiscale   elasticity   theory.   Second  International   Conference   on   Computational   Methods   for   Coupled   Problems   in  Science  and  Engineering,  Ibiza,  Spain,  May  21  –  23,  2007.  (invited  lecture)  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

  page  66  of  85  

[95] Solid-­‐type   and   plate-­‐type   microstructural   deformation   patterns   in   wood  elasticity   quantified   through   a   combined   random/periodic   theory.   18th  Engineering   Mechanics   Division   Conference   of   the   American   Society   of   Civil  Engineering,  Blacksburg,  VA,  USA,  June  3  –  6,  2007.  (invited  lecture)  

[96] Universal   microstructural   patterns   in   bone:   micromechanics-­‐based  quantification  of  resulting  anisotropic  elastic  properties  across  different  length  scales.  18th  Engineering  Mechanics  Division  Conference  of  the  American  Society  of  Civil  Engineering,  Blacksburg,  VA,  USA,  June  3  –  6,  2007.  (invited  lecture)  

[97] Tailoring   functionally   graded   materials   for   biological   environments.   Status  report   and   future   research   directions.   4th   WPR3   Research   Integration  Workshop,   Knowledgebased   Multicomponent   Materials   for   Durable   and   Safe  Performance,  Warsaw,  Poland,  June  25,  2007.  

[98] ’Universal’  microstructural  patterns  in  cortical  and  trabecular,  extracellular,  and  extravascular   bone   materials,   quantified   through   multiscale   continuum  microelasticity.   ECCOMAS   Thematic   Conference   on   Modeling   of   Heterogeneous  Materials   with   Applications   in   Construction   and   Biomedical   Engineering   –   MHM  2007,  Prague,  Czech  Republic,  June  25  –  27,  2007.  

[99] Universal  microstructural  patterns   in  bone:  continuum  micro-­‐mechanics-­‐based  prediction   of   anisotropic   material   behavior.   6th   International   Congress   on  Industrial   and  Applied  Mathematic   –   ICIAM  6,   Zurich,   Switzerland,   July   16   –   20,  2007.  

[100] ’Universal’   microstructural   patterns   in   cortical   and   trabecular,   extracellular  and   extravascular   bone   materials:   Micromechanics-­‐based   prediction   of  anisotropic   elasticity.   COMPLAS   IX,   9th   International   Conference   on  Computational   Plasticity,   Barcelona,   Spain,   5   –   7   September   2007.   (invited  lecture)  

[101] Continuum   microviscoelasticity   of   cementitious   materials:   upscaling  technique   and   first   experimental   validation.   COMPLAS   IX,   9th   International  Conference   on   Computational   Plasticity,   Barcelona,   Spain,   5   –   7   September  2007.  (invited  lecture)  

[102] Modeling   stable   pitting   corrosion   of   stainless   steel   as   diffusion-­‐controlled  dissolution  process  with  a  sharp  moving  boundary.  EUROMAT  2007  –  European  Congress  on  Advanced  Materials  and  Processes,  Nuremberg,  Germany,   10  –   13  September  2007.  

[103] Experimental  and  theoretical  poro-­‐micromechanics  of  natural,  man-­‐made,  and  tissue-­‐engineered   bone   materials.   EUROMAT   2007   –   European   Congress   on  Advanced  Materials   and   Processes,   Nuremberg,   Germany,   10   –   13   September  2007.  (invited  lecture)  

[104] Upscaling   creep   and   strength   properties   of   cementitious   materials:   Theory  and   first   experimental   validation.   EUROMECH   Colloquium   489:   Modeling  Multiphase  Materials,  Gothenburg,  Sweden,   19  –  21  September  2007.   (invited  lecture)  

[105] Tailoring   FGMs   for   biological   environments.   Status   report   and   future  directions.   2nd   KMM-­‐NoE   Integration   Conference,   Vienna,   Austria,   24   –   25  October  2007.    

[106] Universal   microstructural   patterns   in   wood   and   bone:   Micromechanical  prediction   of   mechanical   properties   from   chemical   composition   and  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

  page  67  of  85  

hierarchical   microstructure.   Workshop   on   Chemotaxis   and   Biomechanics@  Radon   Institute   of   the   Austrian   Academy   of   Sciences,   Linz,   Austria,   10   –   14  December  2007.  (invited  lecture)  

[107] Baumechanik   zwischen   Nanometer   und   Kilometer   –   aktuelle  Herausforderungen   und   multidisziplinäre   Anwendungen.   Seminar   at   the  Munich  University  of  the  Armed  Forces,  Neubiberg,  Germany,  14  January  2008.  (invited  lecture)  

[108] Cross-­‐fertilizing   civil   and   bioengineering:   Multiscale   mechanics   of   bone   and  concrete,   with   interfaces   to   multiple   disciplines.   ECCOMAS   Multidisciplinary  Jubilee  Symposium,  Vienna,  Austria,  18  –  20  February  2008.  (lecture  given  for  substitution  of  invited  lecture  of  Prof.  Nenad  Bicanic)  

[109] Vertical   impact   of   single   rocks  onto  gravel.  European  Geosciences  Union   EGU  2008  Meeting,  Vienna,  Austria,  14  –  18  April  2008.  (invited   lecture  –   invitation  to  Dr.  Bernhard  Pichler)    

[110] Angewandte   Mechanik   zwischen   Nanometer   und   Kilometer:   aktuelle  Herausforderungen  und  multidsiziplinäre  Anwendungen.  Seminar  at  Innsbruck  University,  Austria,  9  May  2008.   (invited   lecture  –   FINALIST   IN  COMPETITION  FOR  FULL  PROFESSORSHIP  IN  ENGINEERING  MECHANICS).  

[111] An   experimentally   validated   micromechanical   model   for   elasticity   and  strength   of   hydroxyapatite   biomaterials.   Inaugural   Conference   of   the  Engineering   Mechanics   Institute,   Minneapolis,   MN,   USA,   18   –   21   May   2008.  (invited  lecture)  

[112] Micromechanics-­‐based   conversion   of   computer   tomographic   data   into  anisotropic   elasticity   tensors,   applied   to   Finite   Element   simulations   of   a  human  mandible.   Inaugural  Conference  of  the  Engineering  Mechanics  Institute,  Minneapolis,  MN,  USA,  18  –  21  May  2008.  (invited  lecture)  

[113] Compressive  strength  evolution  in  early-­‐age  Portland  cement  paste,  predicted  by   a   micromechanical   model.   Concrete   Modeling   –   CONMOD   ’08,   Delft,   The  Netherlands,  26  –  28  May  2008.  

[114] Continuum  microviscoelasticity  of  cementitius  materials:  upscaling  technique  and  first  experimental  validation.  Concrete  Modeling  –  CONMOD  ’08,  Delft,  The  Netherlands,  26  –  28  May  2008.  

[115] Tailoring   FGMs   for   biological   environments.   Status   report   and   future  directions.  KMM-­‐NoE  Integration  Workshop,  San  Sebastian,  Spain,  16  –  18  June  2008.    

[116] Multiscale   micromechanics   of   bone   materials   and   structures:   fundamentals  and  advanced  exploitation  of  Computer  Tomographic  data.  Seminar  at  Leibniz  Institute   for   New   Materials,   Saarbrücken,   Germany,   June   24,   2008.   (invited  lecture)  

[117] Multiscale   microelasticity   of   tissue   engineering   scaffolds   with   tissue-­‐engineered  bone:  a  continuum  micromechanics  approach.  World  Congress  on  Computational   Mechanics   WCCM   VIII,   Venice,   Italy,   June   30   -­‐   July   4,   2008.  (invited  lecture)  

[118] Micromechanics-­‐Based  Conversion  of  Computer  Tomographic   (CT)  Data   into  Anisotropic  Elasticity  Tensors,  applied  to  Finite  Element  (FE)  Simulations  of  a  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

  page  68  of  85  

Human   Mandible,   16th   Congress   of   the   European   Society   of   Biomechanics,  Lucerne,  Switzerland,  July  6  -­‐  9,  2008.  

[119] An   experimentally   validated   micromechanical   model   for   elasticity   and  strength  of  hydroxyapatite  biomaterials,  16th  Congress  of  the  European  Society  of  Biomechanics,  Lucerne,  Switzerland,  July  6  -­‐  9,  2008.  

[120] Ingenieurmechanische   Analyse   universeller   Bausteine   und   Baupläne   in  Knochen,   Fachtagung   Bionik   -­‐   an   der   Schnittstelle   zwischen   Biologie   und  Technik,  Vienna,  Austria,  September  24  -­‐  25,  2008.  (invited  lecture)  

[121] Tailoring  FGMs  for  biological  environments  -­‐  resumé.  3rd  KMM-­‐NoE  Integration  Conference,  Vienna,  Austria,  16  October  2008.    

[122] Multiscale   micromechanics   of   bone  materials   and   structures:   Fundamentals  and   advanced   exploitation   of   Computer   Tomograpic   data.  Ansys   Conference  and  26th  CADFEM  User’s  Meeting,  Darmstadt,  Germany,  22  -­‐  24  October  2008.  (invited  keynote  lecture).  

[123] Ingenieurmechanische   Analyse   universeller   Bausteine   und   Baupläne   in  biologischen   und   biomimetischen   Materialien.   First   TU   Bionik   Workshop,  Vienna,  Austria,  30  October  2008.  

[124] Multiscale   micromechanics   of   bone   materials   and   structures:   fundamentals  and   advanced   exploitation   of   computer   tomographic   data.   Taiwan   Austria  Joint   Workshop   on   Computational   Mechanics   of   Materials   and   Structures,  Taipei,  Taiwan,  15  -­‐  17  November  2008.  

[125] How   nature   builds   sustaining   structures:   multiscale   mechanics   of   bone.  Eleventh  East  Asia-­‐Pacific  Conference  on  Structural  Engineering  &  Construction  –  EASEC-­‐11),  Taipei,  Taiwan,  19  -­‐  21  November  2008.  

[126] In  memoriam  of  Prof.  Sidney  Lees  (1917-­‐2007)  –  a  pioneer  at  the  crossroads  of  physics   and   engineering,   2008   MRS   Fall   Meeting,   Boston,   MA,   USA,   1   -­‐   5  December  2008.  

[127] Micromechanics-­‐Based  Conversion  of  Computer  Tomographic   (CT)  Data   into  Anisotropic  Elasticity  Tensors,  applied  to  Finite  Element  (FE)  Simulations  of  a  Human  Mandible,   2008  MRS   Fall  Meeting,   Boston,  MA,  USA,   1   -­‐   5   December  2008.  

[128] An   experimentally   validated   micromechanical   model   for   elasticity   and  strength  of  hydroxyapatite  biomaterials,  2008  MRS  Fall  Meeting,  Boston,  MA,  USA,  1  -­‐  5  December  2008.  

[129] Pipeline   security   enhancement:   contributions   of   theoretical   and   applied  mechanics,   Second   Annual   Oil   and   Gas   Pipeline   Maintenance   and   Reliability  2009,  Vienna,  Austria,  11  –  12  February  2009.  (invited  lecture).  

[130] Angewandte   Mechanik   zwischen   Nanometer   und   Kilometer:   aktuelle  Herausforderungen   und   multidsiziplinäre   Anwendungen.   Seminar   at   Leoben  University,  Austria,  4  March  2009.  (invited  lecture).  

[131] Recent   advances   in   multiscale   mechanics,   with   applications   ranging   from  tunnel   engineering   to   regenerative   medicine.   Seminar   at   Zurich   Federal  Institute   of   Technology   (ETH   Zürich),   Switzerland,   10   March   2009.   (invited  lecture).  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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[132] Recent   advances   in   multiscale   mechanics,   with   applications   ranging   from  tunnel   engineering   to   regenerative  medicine.   Seminar   at   University   of   Bath,  Bath,  UK,  19  March  2009.  (invited  lecture).  

[133] Ingenieurmechanische   Analyse   universeller   Bausteine   und   Baupläne   in  Knochen,  Nanocamp  von  Generation-­‐Innovation,   Tullnerbach,  Austria,   23  May  2009.  (invited  lecture)  

[134] Multiscale   Mechanics   of   Concrete:   News   on   the   creep   and   strength  challenges,  Third   International  Symposium  on  Nanotechnology   in  Construction  –  NICOM  3,  Prague,  Czech  Republic,  May  31  –   June  2,   2009.   (invited  keynote  lecture)  

[135] Elasticity   and   Strength   of   Hydroxyapatite   Biomaterials:   a   Micromechanical  Approach,   Fourth   Biot   Conference   on   Poroemechanics,   New   York,   NY,   USA,  June  8  –  10,  2009.  (invited  lecture)  

[136] 2013:   50th   anniversary  of  Karl   von  Terzaghi’s   death:   the  Vienna  Perspective,  Fourth   Biot   Conference   on   Poromechanics,   New   York,   NY,   USA,   June   8   –   10,  2009.  (invited  (dinner)  lecture)  

[137] Ductile   Sliding   between   Mineral   Crystals   Followed   by   Rupture   of   Collagen  Cross  Links:  Experimentally  Supported  Micromechanical  Explanation  of  Bone  Strength.   The   2009   Joint   ASCE-­‐ASME-­‐SES   Conference   on   Mechanics   and  Materials,  Blacksburg,  VA,  USA,  June  24  –  27,  2009.  (invited  lecture)  

[138] Micromechanics   of   Bone   Tissue-­‐Engineering   Scaffolds   Based   on   Resolution  Error-­‐Cleared   Computer   Tomography.   The   2009   Joint   ASCE-­‐ASME-­‐SES  Conference   on   Mechanics   and   Materials,   Blacksburg,   VA,   USA,   June   24   –   27,  2009.  (invited  lecture)  

[139] Microviscoelasticity  for  aging  basic  creep  of  concrete:  mathematical  modeling  –  experimental  validation  –  application  of  shotcrete  tunnels.  EUROMAT  2009  –  European   Congress   and   Exhibition   on   Advanced   Materials   and   Processes,  Glasgow,  UK,  September  7  –  10,  2009.  

[140] Mechanical   behavior   of   hydroxyapatite   biomaterials:   an   experimentally  validated  micromechanical  model  for  elasticity  and  strength.  EUROMAT  2009  –  European   Congress   and   Exhibition   on   Advanced   Materials   and   Processes,  Glasgow,  UK,  September  7  –  10,  2009.  

[141] Multiscale   elasticity   of   tissue   engineering   scaffolds   with   tissue-­‐engineering  bone:   a   continuum   micromechanics   approach.   EUROMAT   2009   –   European  Congress   and   Exhibition   on   Advanced   Materials   and   Processes,   Glasgow,   UK,  September  7  –  10,  2009.  

[142] A  concept   for   realization  of   individual   trajectories  of  anisotropic  elasticity  of  bony  organs.  EUROMAT  2009  –  European  Congress  and  Exhibition  on  Advanced  Materials  and  Processes,  Glasgow,  UK,  September  7  –  10,  2009.  

[143] Micromechanics   of   civil   and   bioengineering   materials:   current   challenges   in  bone  and  concrete.  Seminar  at  Glasgow  University,  Glasgow,  UK,  September  8,  2009.  (invited  lecture)  

[144] Continuum   Microviscoelasticity   of   Cementitious   Materials:   Upscaling  Technique,   Experimental   Validation,   and   Application   to   Structural   Tunnel  Simulations.   Second   International   Conference   on   Computational   Methods   in  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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Tunneling   –   EUROTUN   2009,   Bochum,   Germany,   September   9   –   11,   2009.  (invited  lecture)  

[145] Multiscale   strength   of   bone   and   bone   replacement   materials:   an  experimentally   validated   micromechanics   explanation.   Seminar   at   Duisburg-­‐Essen  University,  Essen,  Germany,  September  10,  2009.  (invited  lecture)  

[146] Random  homogenization  of  micro-­‐heterogeneous  materials:  fundamentals  of  continuum  micromechanics.   Seminar   at   Graz   University   of   Technology,   Graz,  Austria,  September  25,  2009.  (invited  lecture)  

[147] Material   models   for   concrete   and   bone:   development,   experimental  validation,   and   application.   Seminar   at   Graz   University   of   Technology,   Graz,  Austria,  September  25,  2009.  (invited  lecture)  

[148] Multiscale   Mechanics   in   Civil   and   Bio-­‐Engineering:   Concrete   and   Bone.  Seminar  at  Weimar  Bauhaus  University,  Weimar,  Germany,  November  18,  2009.  (invited  lecture)  

[149] Multiscale   Strength   of   Bone   and   Bone   Replacement   Materials:   An  Experimentally   Supported   Micromechanical   Explanation.   ANSYS   Conference  and  27th  CADFEM  Users’  Meeting,  Leipzig,  Germany,  November  18  –  20,  2009.  

[150] Mechanik  –  Statik  –  Dynamik  zwischen  Kilometer  und  Nanometer:  Grundlagen  und   trans-­‐disziplinäre   Anwendungen.   Seminar   at   Dortmund   University   of  Technology,  Dortmund,  Germany,  January  28,  2010.  (invited  lecture)  

[151] Recent   advances   in   understanding   creep,   strength,   and   corrosion   of  construction   materials,   and   beyond   this   material   range.   Seminar   at   Swiss  Federal   Institute   Zurich   (ETH   Zürich),   Zurich,   Switzerland,   March   3,   2010.  (invited  lecture)  

[152] Multiscale   micromechanics   of   bone:   recent   breakthroughs   and   enhanced  exploitation  of  Computer  Tomographic  data.  Seminar  at  Vienna  University  of  Medicine,  Vienna,  Austria,  March  5,  2010.  (invited  lecture)  

[153] Micromechanics   of   bone   strength:   influence   of   layered   water   between  mineral   crystals.   81st   Annual   Meeting   of   the   Gesellschaft   für   angewandte  Mathematik  und  Mechanik,  Karlsruhe,  Germany,  March  22  –  26,  2010.    

[154] Monitoring  of  creeping  tunnel  shells  –   influence  of  shotcrete  characteristics.  Third   Euro-­‐Mediterranean   Symposium   on   Advances   in   Geomaterials   and  Structures  –  AGS10,  Djerba,  Tunesia,  May  10  –  12  ,  2010.  (invited  lecture)  

[155] Microviscoelasticity   of   cementitious   materials:   application   to   structural  simulations   of   NATM   tunnel   shells.   Concrete   Modelling   CONMOD   2010,  Lausanne,  Switzerland,  June  22  –  25,  2010.  

[156] Multiscale   strength   of   bone   and   bone   replacement   materials:   an  experimentally  supported  micromechanical  explanation.   17th  Congress  of   the  European  Society  of  Biomechanics,  Edinburgh,  UK,  July  5  –  8,  2010.  

[157] Experimental  poromechanics  of   trabecular  bone   strength:   role  of   Terzaghi’s  effective   stress.   Third   Conference   of   the   Engineering   Mechanics   Institute  EMI2010,  Los  Angeles,  CA,  USA,  August  8  –  11,  2010.  

[158] Upscaling   strength   in   civil   and   bioengineering  materials:   recent   advances   in  elasto-­‐brittle   and   elastoplastic   micromechanics.   Third   Conference   of   the  Engineering  Mechanics  Institute  EMI2010,  Los  Angeles,  CA,  USA,  August  8  –  11,  2010.  (invited  plenary  lecture)  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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[159] From   lignin   to   spruce:   poromechanical   upscaling   of   wood   strength.   Third  Conference   of   the   Engineering   Mechanics   Institute   EMI2010,   Los   Angeles,   CA,  USA,  August  8  –  11,  2010.  

[160] Experimental  poromechanics  of   trabecular  bone   strength:   role  of   Terzaghi’s  effective   stress   and   of   tissue-­‐level   stress   fluctuations.   4.   Wiener  Biomaterialsymposium,  Vienna,  Austria,  November  15  –  17,  2010.  

[161] Materialien  zwischen  Natur  und  Technik:  Beiträge  der   Ingenieurmechanik.  8.  TU  Forum,  Vienna,  Austria,  November  18,  2010.  (invited  lecture)  

[162] From  lignin  to  spruce:  Poromechanical  upscaling  of  wood  strength.  2010  MRS  fall  meeting,  Boston,  MA,  USA,  November  29  –  December  3,  2010.  

[163] Multiscale  mechanics  of  porous  ceramic  biomaterials.  2010  MRS   fall  meeting,  Boston,  MA,  USA,  November  29  –  December  3,  2010.  

[164] Neues  aus  der  Festigkeitslehre:  experimentell  validierte  numerische  Mechanik  zwischen  Nano-­‐  und  Makroskala.  Seminar  at  Vienna  University  of  Technology,  Vienna,  Austria,  December  10,  2010.  (invited  lecture)  

[165] Porosity-­‐dependent   elasticity   and   strength   of   ceramic   bone   biomaterials:  micromechanics-­‐based   assessment   of   power   functions.   The   Eighth   IASTED  International   Conference   on  Biomedical   Engineering  –   BioMed   2011,   Innsbruck,  Austria,  February  16  –  18,  2011.  

[166] Von   der   Natur   lernen:   Angewandte   Werkstoffmechanik   biologischer  Strukturen.   innovmat   –   Workshop   of   the   Austrian   Chamber   of   Commerce,  Vienna,  Austria,  April  5,  2011.  (invited  lecture)  

[167] Software   for   translation   of   CT   data   into   voxel-­‐specific,   micromechanics-­‐derived  elasticity  tensors.  Skyscan  User  Meeting,  Leuven,  Belgium,  April  13  –  15,  2011.  

[168] Poro-­‐micromechanics   of   hydroxyapatite   scaffolds   for   bone   tissue  engineering.   IUTAM   Symposium   Mechanics   and   Physics   of   Porous   Solids   –   a  tribute   to   Pr.   Olivier   Coussy,   Marne-­‐la-­‐Vallée,   France,   April   18   –   20,   2011.  (invited  lecture)    

[169] Multiscale   mechanics   of   bone:   elasticity,   viscoelasticity,   and   strength   –   and  the   link   to   bone   fibrillogenesis   and   mineralization.   Workshop   “Microscale  Modeling   in   Biomechanics   and  Mechanobiology”,   Ericeira,   Portugal,  May   30   –  June  1,  2011.  (invited  lecture)  

[170] Role   of  water   in   cell   walls   of   softwood:   poroelasticity   and   strength.   Fourth  Conference  of  the  Engineering  Mechanics   Institute  EMI  2011,  Boston,  MA,  USA,  June  2-­‐4,  2011.  

[171] Role  of   intercrystalline  water   in  the  strength  and  creep  of  bone:  a  multiscale  micromechanics   approach.   Fourth   Conference   of   the   Engineering   Mechanics  Institute  EMI  2011,  Boston,  MA,  USA,  June  2-­‐4,  2011.  

[172] Multiscale   mechanics   of   bone:   elasticity,   viscoelasticity,   and   strength   –   and  the   link   to   bone   fibrillogenesis   and   mineralization.   European   Concress   on  Theoretical   and   Mathematical   Biology   ECTMB   2011,   Cracow,   Poland,   June   28-­‐July  2,  2011.  (invited  keynote  lecture)  

[173] A  continuum  micromechanics  approach  for  upscalling  quasi-­‐brittle  strength  of  cement   paste   and   mortar.   XI.   International   Conference   on   Computational  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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Plasticity   –   Fundamentals   and   Applications   COMPLAS   XI,   Barcelona,   Spain,  September  7-­‐9,  2011.  

[174] Bone   fibrillogenesis   and   mineralization:   implications   for   tissue   elasticity.  EUROMAT  2011  –  Europeam  Congress  and  Exhibition  on  Advanced  Materials  and  Processes,  Montpellier,  France,  September  12-­‐15,  2011.  

[175] Upscalling  strength  and  creep  of  cement  paste  and  concrete.  EUROMAT  2011  –  European   Congress   and   Exhibition   on   Advanced   Materials   and   Processes,  Montepellier,  France,  September  12-­‐15,  2011.  

[176] Mathematical   modeling   of   biomedical   and   biological   materials,   with   special  emphasis   on   orthopaedics   and   dentistry:   from   mechanics   to   biology.  Workshop   of   COST   action   MP1005   From   nano   to   macro   biomaterials   (design,  processing,   characterization,   modeling)   and   applications   to   stem   cells  regenerative  orthopedic  and  dental  medicine  (NAMABIO),  Sirolo,  Italy,  October  6-­‐7,  2011.  

[177] Micromechanical   exploitation   of   biological   CT   Data   –   BIO-­‐CT-­‐EXPLOIT:  fundamentals   and   application   to  mandibles.  Ansys   Conference  &   29.   CADFEM  Users’  Meeting  2011,  Stuttgart,  Germany,  October  19-­‐21,  2011.  

[178] BIO-­‐CT  EXPLOIT:  CT-­‐based  bone  biomechanics.  Ansys  Conference  &  29.  CADFEM  Users’  Meeting  2011,  Stuttgart,  Germany,  October  19-­‐21,  2011.  

[179] The   BIO-­‐CT-­‐EXPLOIT   project.   Simpleware   Users   Meeting,   Bristol,   UK,  November  9,  2011.  

[180] Micromechanics-­‐derived   scaling   relations   for   poroelasticity   and   strength   of  brittle  porous  polycrystals.  Simpleware  Users  Meeting,  Bristol,  UK,  November  9,  2011.  

[181] Software   for   reconstruction  of   anisotropic   trajectories   of   elasticity   for   bony  organs  based  on  kind  of  inner  skeleton.  Simpleware  Users  Meeting,  Bristol,  UK,  November  9,  2011.  

[182] Bone   fibrillogenesis   and   mineralization:   experiment-­‐driven   mathematical  modeling  as  support  of  biomaterials  design  and  tissue  engineering.  2011  MRS  Fall   Meeting,   Boston,   MA,   USA,   November   28   –   December   2,   2011.   (invited  lecture)  

[183] Layered   water   in   crystal   interfaces   as   source   for   bone   viscoelasticity:  arguments  from  a  multiscale  approach.  Ninth  IASTED  International  Conference  on   Biomedical   Engineering   -­‐   BioMed   2012,   Innsbruck,   Austria,   February   15-­‐17,  2012.    

[184] Bone   structure   and   strength:   an   integrative   physico-­‐chemo-­‐mechanical  approach   with   links   to   biology   and   medicine.   Matheon-­‐Workshop  „Computational  Biomechanics“,  Berlin,  Germany,  February  27-­‐28,  2012.  (invited  lecture)  

[185] Bone   structure   and   strength:   an   integrative   physico-­‐chemo-­‐mechanical  approach   with   links   to   biology   and   medicine.   Fifth   Winter   Colloquium  „Mechanics  and  Advanced  Materials“,  LaClusaz,  France,  February  26  –  March  4,  2012.  (invited  lecture)  

[186] Mathematical  modeling  in  orthopaedics  and  dentistry:  mechanics  –  physics  –  chemistry   –   biology.   Spring   School   of   COST   Action   MP   1005   NAMABIO,  Ancona/Portonovo,  Italy,  March  20  –  22,  2012.    

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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[187] Quasi-­‐brittle  strength  evolution  of  hydrating  cementitious  materials  revisited  in   the   framework   of   gel-­‐space   ratio:   experiments   and   continuum  micromechanics   predictions.   The   Second   International   Conference   on  Microstructure-­‐Related  Durability  of  Cementitious  Composites,  Amsterdam,  The  Netherlands,  April  11-­‐13,  2012.  

[188] Symbiosis   of   Engineering   and   Life   Sciences:   recent   developments   in  multiscale,   multidisciplinary   research   on   bone   and   concrete.   ICCES   12   –  International   Conference   on   Computational   and   Experimental   Engineering   and  Sciences,   Chania,   Crete,   Greece,   April   30   –   May   4,   2012.   (invited   Keynote  lecture)  

[189] Micromechanics-­‐derived   scaling   relations   for   poroelasticity   and   strength   of  brittle  porous  polycrystals.  2012  Joint  Conference  of  the  Engineering  Mechanics  Institute  and  the  11th  ASCE  Joint  Specialty  Conference  on  Probabilitstic  Mechanics  and  Structural  Reliability  EMI/PMC  2012,  Notre  Dame,  IN,  USA,  June  17-­‐20,  2012.  

[190] Structure   and   elasticity   of   hydrating   collagen   –   a   multiscale   approach.   2012  Joint  Conference  of  the  Engineering  Mechanics   Institute  and  the  11th  ASCE  Joint  Specialty   Conference   on   Probabilitstic   Mechanics   and   Structural   Reliability  EMI/PMC  2012,  Notre  Dame,  IN,  USA,  June  17-­‐20,  2012.  

[191] CT-­‐based   multiscale   elasticity   of   hydroxyapatite   granules   for   regenerative  medicine.    Congress  of  the  European  Society  of  Biomechanics  –  ESB  2012,  Lisbon,  Portugal,  July  1-­‐4,  2012.  (poster  presentation)  

[192] Bone   structure   and   strength:   an   integrative   physico-­‐chemo-­‐mechanical  approach   with   links   to   biology   and  medicine.   8th   European   Solid   Mechanics  Conference  ,  Graz,  Austria,  July  9-­‐13,  2012.  (invited  Keynote  lecture)  

[193] Multiscale   biomechanics   and   mechanobiology   for   bone   and   bone   tissue  engineering.   3rd   TERMIS   World   Congress   2012   “Tissue   Engineering   and  Regeneration   Medicine”,   Vienna,   Austria,   September   5-­‐8,   2012   (invited  Keynote  lecture)  

[194] Poro-­‐micromechanics   of   hydroxyapatite   biomaterials   for   bone   tissue  engineering.  ECCOMAS  2012  –  European  Congress  on  Computational  Methods  in  Applied  Sciences  and  Engineering,  Vienna,  Austria,  September  10-­‐14,  2012.  

[195] Modeling   ground-­‐shell   contact   forces   in   NATM   tunneling,   based   on   3D  displacement  measurements.  Second  International  Symposium  on  Constitutive  Modeling   in   Geomaterials:   Advances   and   New   Applications,   Beijing,   China,  October  15-­‐16,  2012.  (invited  lecture)  

[196] Multiscale   continuum   mechanics   of   cementitious   materials:   creep   and  strength.   International   US-­‐Poland   Workshop   on   Multiscale   Computational  Modeling   of   Cementitous   Materials,   Cracow,   Poland,   October   18/19,   2012.  (invited  Keynote  lecture)  

[197] Multiscale  material  mechanics  –  pervading  ten  orders  of  magnitude,  from  civil  engineering  to   life  sciences.  A  Day  of  Science,  Young  Academy  of  the  Austrian  Academy  of  Science,  November  17,  2012  (invited  lecture)  

[198] Neues   aus   der   Festigkeitslehre:   Nano-­‐Mikro-­‐Makromechanik   im  Bauingenieurwesen   und   darüber   hinaus.   Inaugural   Lecture   at   the   Vienna  University  of  Technology,  Vienna,  November  22,  2012.  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

  page  74  of  85  

[199] Mathematical   modeling   in   orthopaedics   and   dentistry:   “Multiscale”  mechanics   –   physics   –   biology.   Oral   Biology   Seminar   at   Zürich   University,  Zürich,  Switzerland,  November  26,  2012.  (invited  lecture)  

[200] Vertical  impact  of  single  rocks  onto  gravel  layers  –  protection  of  oil  pipelines.  Workshop   on   Dynamic   Rockfall   Impacts,   Swiss   Federal   Office   for   the  Environment,  Bern,  Switzerland,  November  28,  2012.  (invited  lecture)  

[201] “Universal”   patterns   pervading   bone  materials   at  multiple   scales:   structure-­‐composite-­‐mechanics.   First   International   Workshop   with   the   SCOPES   project  “Computational  modeling  of  blood  flow  in  the  tumor  vasculature”,  Kragujevac,  Serbia,  January  25/26,  2013.    (invited  lecture)  

[202] Engineering  science  and  mechanics  as  key  to  the  mathematical   identification  of  “universal”  patterns  pervading   tissues,  and  beyond.  Seminar  at  University  of   Southern   California,   Los   Angeles,   CA,   USA,   February   25,   2013.   (invited  lecture)  

[203] Engineering  science  and  mechanics  as  key  to  the  mathematical   identification  of   “universal”   patterns   pervading   tissues,   and   beyond.  Seminar   at   California  Institute   of   Technology,   Pasadena,   CA,   USA,   February   26,   2013.   (invited  lecture)  

[204] Structure   and   elasticity   of   hydrating   collagen   –   a   multiscale   approach.  Advances   in   Computational   Mechanics,   A   Conference   Celebrating   the   70th  Birthday  of  Thomas  J.R.  Hughes,  San  Diego,  CA,  USA,  February  24-­‐27,  2013.  

[205] “Universal”  patterns  in  hierarchical  organization  and  chemical  composition  of  bone   (and   other   collogeneous)   tissues   –   a   unifying   multiscale   bio-­‐chemo-­‐mechanical,   theory   and   experiment-­‐based   approach.   Annual   Meeting   of   the  German   Society   of   Biomechanics,   Ulm,   Germany,   May   15-­‐17,   2013.   (invited  Keynote  lecture)  

[206] “Universal”  patterns  pervading  bone  materials  at  multiple  scales:  structure  –  composition   –   mechanics.   International   Conference   on   Computational   and  Experimental  Engineering  and  Sciences  –  ICCES  2013,  Seattle,  WA,  USA,  May  24-­‐28,  2013.  (invited  Keynote  lecture)  

[207] From   viscous   behavior   of   liquid   crystal-­‐filled   interfaces   to   creep   of  biomaterials:  a  multi-­‐scale  approach.  EMI  2013  Eingineering  Mechanics  Institute  Conference,  Evanston,  IL,  USA,  August  4-­‐7,  2013.  

[208] Mineralizing  bone  tissue  evolution  results  from  fluid-­‐to-­‐solid  phase  transition  in   closed   thermodynamic   systems.   EMI   2013   Eingineering   Mechanics   Institute  Conference,  Evanston,  IL,  USA,  August  4-­‐7,  2013.  

[209] Mineralizing  bone  tissue  evolution  results  from  fluid-­‐to-­‐solid  phase  transition  in   closed   thermodynamic   systems.   19th   Congress   of   the   European   Society   of  Biomechanics  –  ESB  2013,  Patras,  Greece,  August  25-­‐27,  2013.  

[210] Structure  and  elasticity  of  hydrating  collagen.  5th   International  Conference  on  Computational  Bioengineering  –  ICCB2013,  September  11-­‐13,  2013.  

[211] ”Universal”   patterns   pervading   bones   at   multiple   scales:   structure   –    composition   –   mechanics   –   systems   biology.   PhD   training   course   of   the  European  Clacified  Tissue  Society  –  ECTS,  Hamburg,  Germany,  September  15-­‐18,  2013  (invited  lecture).  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

  page  75  of  85  

[212] “Universal”   patterns   pervading   bones   at   multiple   scales:   structure   –  composition   –   mechanics.   Seminar   at   the   Eindhoven   Multiscale   Institute,  Eindhoven,  The  Netherlands,  September  19,  2013  (invited  lecture).  

[213] Multiscale   strength  and  creep  of  hydrating  cement  paste/mortar/shotcretes:  the   counteracting   effects   of   capillary   porosity   and   unhydrated   clinker   grain  reinforcements   –   and   their   impact   on   shotcrete   tunnel   engineering.  CONCREEP9@MIT  -­‐  International  Conference  on  Creep,  Shrinkage,  and  Durability  Mechanics   of   Concrete,  Cambridge,  MA,  USA,   September   22-­‐25,   2013   (invited  plenary  lecture).  

[214] ”Universal”  patterns  pervading  bone  materials  at  multiple  scales:  structure  –  composition  –  mechanics  –  systems  biology,  and  biomaterials.  Joint  Workshop  COST   Actions  MP1005  MP0903   on   Nanoalloys   and   Biomaterials   in   Biomedicine  and  Stem  Cell  Research,  St.  Margherita  Ligure,  Italy,  October  7-­‐8,  2013  (invited  lecture).  

[215] Engineering  science  and  mechanics  as  key  to  the  mathematical   identification  of   “universal”   pattern   pervading   mineralized   tissues   (and   ceramic  biomaterials).  BIOBONE  Workshop,  Lyon,  France,  November  6-­‐7,  2013  (invited  lecture).  

[216] “Universal”   patterns   in   bone   and   beyond:   the   engineering   science  perspective.  Seminar  at  Ecole  des  Mines  St.  Etienne,  France,  November  8,  2013  (invited  lecture).  

[217] From   viscous   behavior   of   liquid   crystal-­‐filled   interfaces   to   creep   of   bio   and  geomaterials:  a  multiscale  approach.  2013  MRS  Fall  Meeting,  Boston,  MA,  USA,  December  1-­‐6,  2013.  

[218] Mineralizing       bone   tissue   evolution   results   from   fluid-­‐to-­‐solid   phase  transformation   in   closed   thermodynamic   systems.   2013   MRS   Fall   Meeting,  Boston,  MA,  USA,  December  1-­‐6,  2013.  

[219] Towards   structural   design   and   safety   assessment   of   ceramic   biomaterials:  Multiscale   poro-­‐elasticity   and   inelasticity   of   hierarchical   (double-­‐porous)  hydroxyapatite   polycrystals.   2013   MRS   Fall   Meeting,   Boston,   MA,   USA,  December  1-­‐6,  2013  (invited  lecture).

[220] “Universal“  patterns  in  bone  composition,  microstructure,  and  mechanics.  5th  Asia-­‐Pacific   Congress   on   Computional   Mechanics   APCOM   2013,   Singapore,  December  11-­‐14,  2013.  

[221] Engineering  Science  and  Mechanics  as  Key  to  the  Mathematical  Identification  of  "Universal"  Patterns  Pervading  Mineralized  Biological  Tissues,  and  Beyond    143rd   Annual   Meeting   and   Exhibition   of   the   Minerals,   Metals,   and   Mateirals  Soceiety   –   TMS   2014,   San   Diego,   CA,   USA,   February   16-­‐20,   2014.   (invited  keynote  lecture)

[222] “Universal”   patterns   in   bone   and   beyond   –   towards   a   computational  structural   biology   supporting   biomechanics,   orthopaedy,   and   tissue  engineering.  Meeting   of   the   Austrian   Cluster   for   Tissue   Engineering,   Vienna,  Austria,  March  13/14,  2014.      

[223] A   civil   engineer(ing)   scientist   looking   into   the   arts   of   biological  microarchtiectures   –   or:   is   there   a   gap   between   science   and   arts?.   COST  Conference  on  Bridging  the  Gap  between  Science  and  Art,  Sirolo,  Italy,  May  12-­‐14,  2014.  (invited  lecture)    

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

  page  76  of  85  

 3    Teaching  

Lectures  and  Seminars    Vienna  University  of  Technology  (TU  Wien),  Vienna,  Austria:      Festigkeitslehre  UE   WS  95/96   1.5  together  with  Dr.  Lackner      Festigkeitslehre  UE   SS  95/96   1.0  together  with  Dr.  Lackner      Festigkeitslehre  UE   WS  96/97   1.5  together  with  Dr.  Lackner      Festigkeitslehre  UE   SS  96/97   1.0  together  with  Dr.  Lackner      Festigkeitslehre  UE   WS  97/98   1.5  together  with  Dr.  Lackner      Festigkeitslehre  UE   SS  97/98   1.0  together  with  Dr.  Lackner      Festigkeitslehre  UE   WS  98/99   2.5  together  with  Dr.  Lackner      Finite  Elemente  UE   WS  95/96   1.5  together  with  Drs.  Huemer,  Lackner  

   

Finite  Elemente  UE   WS  96/97   1.5  together  with  Drs.  Huemer,  Lackner  

   

Finite  Elemente  UE   WS  97/98   1.5  together  with  Drs.  Huemer,  Lackner  

   

Großer  Entwurf  mit      Teilfach  Finite  Elemente  KU  WS  98/99   4.0  Höhere  Festigkeitslehre  VO  WS  98/99   2.0  together  with  Dr.  Lackner    

   

TU  Wien  (cont’d):      Engineering  Biochemoporomechanics  VO  

SS2001/2002   2.0  

Engineering  Biochemomporoechanics  UE  

SS2001/2002   2.0  

Engineering  Biochemomporoechanics  VO  

SS2002/2003   2.0  

Engineering  Biochemomporoechanics  UE  

SS2002/2003   2.0  

Großer  Entwurf  mit      Teilfach   SS2002/2003   8.0  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

  page  77  of  85  

Biochemoporomechanik  Engineering  Biochemomechanics  VO  

SS2003/2004   2.0  

Engineering  Biochemomechanics  UE  

SS2003/2004   2.0  

Großer  Entwurf  mit      Teilfach  Biochemoporomechanik  

SS2003/2004   8.0  

Höhere  Festigkeitslehre  VO  WS  2004/2005   2.0  together  with  Dr.  Pichler      Engineering  Biochemoporomechanics  VO  

SS2004/2005   2.0  

Engineering  Biochemoporomechanics  UE  

SS2004/2005   2.0  

Großer  Entwurf  mit      Teilfach  Biochemoporomechanik  

SS2004/2005   8.0  

Engineering  Biochemoporomechanics  VO  

WS2005/2006   2.0  

Engineering  Biochemoporomechanics  UE  

WS2005/2006   2.0  

Interdisziplinäre  Seminararbeit  

WS2005/2006   6  ECTS  

Advanced  Macro  and  Micromechanics  of  Materials  

SS2005/2006   4  ECTS  

Interdisziplinäre  Seminararbeit  

SS2005/2006   6  ECTS  

   TU  Wien  (cont’d):      Engineering  Biochemoporomechanics  VO  

WS2006/2007   3  ECTS  

Interdisziplinäre  Seminararbeit  

WS2006/2007   6  ECTS  

Advanced  Macro  and  Micromechanics  of  Materials  

SS2006/2007   3,75  ECTS  

Engineering  Biochemoporomechanics  UE  

SS2006/2007   2  ECTS  

Interdisziplinäre  Seminararbeit  

SS2006/2007   6  ECTS  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

  page  78  of  85  

Engineering  Biochemoporomechanics  VO  

WS2007/2008   3  ECTS  

Interdisziplinäre  Seminararbeit  

WS2007/2008   6  ECTS  

Advanced  Macro  and  Micromechanics  of  Materials  

SS2007/2008   3,75  ECTS  

Engineering  Biochemoporomechanics  UE  

SS2007/2008   2  ECTS  

     Interdisziplinäre  Seminararbeit  

SS2007/2008   6  ECTS  

Engineering  Biochemoporomechanics  VO  

WS2008/2009   3  ECTS  

Computational  Biomechanics  and  Biomaterials  VU  together  with  Dr.  Pahr  

WS2008/2009   3  ECTS  

Festigkeitslehre  VO  together  with  Prof.  Mang  

WS2008/2009   7.5  ECTS  

Advanced  Macro  and  Micromechanics  of  Materials  

SS2008/2009   3,5  ECTS  

Engineering  Biochemoporomechanics  UE  

SS2008/2009   2  ECTS  

Engineering  Biochemoporomechanics  VO  

WS2009/2010   3  ECTS  

Computational  Biomechanics  and  Biomaterials  VU  together  with  Dr.  Pahr  

WS2009/2010   3  ECTS  

Festigkeitslehre  VO  together  with  Prof.  Mang  

WS2009/2010   7.5  ECTS  

Advanced  Macro  and  Micromechanics  of  Materials  

SS2009/2010   3,5  ECTS  

Engineering  Biochemoporomechanics  UE  

SS2009/2010   2  ECTS  

Wahlpflichtprojekt:  Biomedical  Engineering  

SS2009/2010   6  ECTS  

Engineering  Biochemoporomechanics  VO  

WS2010/2011   3  ECTS  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

  page  79  of  85  

Computational  Biomechanics  and  Biomaterials  VU  together  with  Dr.  Pahr  

WS2010/2011   3  ECTS  

Festigkeitslehre  VO  together  with  Prof.  Mang  

WS2010/2011   7.5  ECTS  

Advanced  Macro  and  Micromechanics  of  Materials  

SS2010/2011   3,5  ECTS  

Engineering  Biochemoporomechanics  UE  

SS2010/2011   2  ECTS  

Wahlpflichtprojekt:  Biomedical  Engineering  

SS2010/2011   2  ECTS    

Engineering  Biochemoporomechanics  VO  

WS2011/2012   3  ECTS  

Computational  Biomechanics  and  Biomaterials  VU  together  with  Dr.  Pahr  

WS2011/2012   3  ECTS  

Festigkeitslehre  VO   WS  2011/2012   6  ECTS        Advanced  Macro  and  Micromechanics  of  Materials  

SS2009/2010   4  ECTS  

Engineering  Biochemoporomechanics  UE  

SS2009/2010   2  ECTS  

Wahlpflichtprojekt:  Biomedical  Engineering  

SS2009/2010   6  ECTS    

SS  2011/2012      SS  2011/2012      SS  2011/2012  

3,5  ECTS      2  ECTS      2  ECTS  

Flächentragtragwerke  und  leichte  Tragkonstruktionen  VO  together  with  Prof.  Kolbitsch  und  Doz.  Pichler    

SS  2011/2012   5  ECTS  

Festigkeitslehre  VO   WS  2012/2013   6  ECTS  Engineering  Biochemoporomechanics  VO  

WS  2012/2013   3  ECTS  

Computational  Biomechanics  and  Biomaterials  VU  together  with  Dr.  Pahr  

WS  2012/2013   3  ECTS  

Mathematical  Systems  Biology  together  with  Dr.  Scheiner  

WS  2012/2013     1,5  ECTS  

Advanced  Macro  and  Micromechanics  of  Materials  VO  

SS  2012/2013   3,5  ECTS  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

  page  80  of  85  

Multiscale  Material  Modelling  VO  

SS  2012/2013   3  ECTS  

Multiscale  Material  Modelling  UE  

SS  2012/2013   2  ECTS  

Engineering  Biochemoporomechanics  UE  

SS  2012/2013   2  ECTS  

Wahlpflichtprojekt:  Biomedical  Engineering  

SS  2012/2013    

Flächentragtragwerke  und  leichte  Tragkonstruktionen  VO  together  with  Prof.  Kolbitsch  und  Doz.  Pichler  

SS  2012/2013   5  ECTS  

Festigkeitslehre  VO   WS  2013/2014   6  ECTS  Engineering  Biochemoporomechanics  VO  

WS  2013/2014   3  ECTS  

Computational  Biomechanics  and  Biomaterials  VU  together  with  Dr.  Pahr  

WS  2013/2014   3  ECTS  

Mathematical  Systems  Biology  together  with  Dr.  Scheiner  

WS  2013/2014   1,5  ECTS  

Massachusetts  Institute  of  Technology  (MIT),  Cambridge,  MA,  USA:      

Numerical  Methods  in  Durability  Mechanics  

   

as  part  of      Durability  Mechanics  VO   SS  2000/2001   3.0  held  by  Prof.  Ulm        Centre  International  des  Sciences  Mécaniques  (CISM),  Udine,  Italy:      

4  lectures  on  Poro-­‐Micromechanics  of  Bone  

   

as  part  of  the  advanced  school  

   

Applied  Micromechanics  of  Porous  Materials,  

   

coordinated  by  Prof.  L.  Dormieux  and  Prof.  F.-­‐J.  Ulm  

in  July  2004    

     2  lectures  on  Poro-­‐Micromechanics  of  Biological  Materials  

   

as  part  of      2nd  CISM  KMM  Summer   in  September  2006    

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

  page  81  of  85  

School  on  Advanced  Materials,        

 

Austrian  Academy  of  Sciences   (ÖAW),   Johann  Radon   Institute   for  Computational  and  Applied  Mathematics,  Linz,  Austria:      

3  Lectures  on  Theoretical,  Experimental,  and  Computational  

   

Biomechanics  of  Bone  and  Wood  

   

as  part  of  the  Special  Radon  Semester  

   

coordinated  by  Profs.  H.  Engl,  U.  Langer,  H.A.  Mang  

in  October  2005    

 Ecole  des  Ponts  Paris  Tech  (Université  Paris-­‐Est),  Champs  sur  Marne,  France:      

Applied  Micromechanics      of  Civil  and  Biomedical  Engineering  Materials:  

   

Theory,  Computations,  Experiments    

SS2009/2010   15  hours  

Politecnico  di  Milano,  Italy:      

Engineering  Micromechanics  –  Multiscale  Modeling  of  Bone,  Wood,  and  Concrete  

SS  2013   10  hours  

   

Master’s  Theses:    [1] Ulfried   Hirschböck,   2D   Finite   Elemente   Untersuchungen   zur   Neuen  

Österreichischen   Tunnelbaumethode,   joint-­‐supervision   with   Prof.   Meschke,  completed  in  May  1997    

[2] Martin   Lechner,   Kurzzeitkriechen   von   Spritzbeton:   thermochemoplastische  Materialmodellierung   und   nichtlineare   Analysen   eines   Laborversuches   sowie  eines  NÖT-­‐Vortriebs  mittels  Finiter  Elemente,  joint-­‐supervision  with  Prof.  Mang,  completed  in  January  2000    

[3] Stefan  Scheiner,   Corrosion  of   steel   in   reinforced   concrete:   problem  definition  and   simulation   of   pitting   corrosion   by   means   of   analytical   and   numerical  methods,  completed  in  April  2004    

[4] Sherin   Torabia,   Identification   of   a   relationship   between   the   chemical  constituents   of   bone:   Bridging   Computer   Tomography   and   micromechanical  modeling   for   non-­‐invasive   determination   of   bone   elasticity,   completed   in  August  2004    

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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[5] Andreas   Fritsch,   Micromechanical   contribution   to   anisotropic   bone   elasticity:  role  of  crosslinked  collagen  molecules,  bonded  mineral  crystals,  as  well  as  the  lacunar  and  vascular  porostity,  completed  in  September  2005  

[6] Lukas   Eberhardsteiner,   Viscoelasticity   of   bone:   Review   of   experiments   and  multiscale  modeling,  completed  in  June  2010  

[7] Jenny  Vuong,  Bone  fibrillogenesis  and  mineralization:  quantitative  analysis  and  implications  for  tissue  elasticity,  completed  in  January  2011  

[8] Alexander   Dejaco,   Micromechanics-­‐supported   conversion   of   Micro-­‐Computer  Tomographs   of   Hydroxyapatite   Biomaterials   into   Finite   Element   Models,  completed  in  April  2011.    

[9] Krzysztof   Luczynski,   Mechanical   characterization   of   ceramic-­‐polymer-­‐based  biomaterials,  completed  in  August  2011.  

[10] Markus  Königsberger,  Onset  of  cracking  in  concrete:  debonding  or  ITZ  failure?  –  A  micromechanical  approach,  joint-­‐supervision  with  Prof.  Pichler,  completed  in  October  2012.  

[11] Christoph   Schwaiger,   Bone   elasticity   determination:   quasi-­‐static   unloading  tests,   ultrasound,   and   micromechanics,   joint   supervision   with   DI   Luczynski,  completed  in  March  2013.  

     

PhD  Theses:  [1] Jürgen  Macht,   Hybrid   analyses   of   shotcrete   tunnel   linings:Safety   assessment  

and  online  monitoring  of  the  level  of  loading,  joint-­‐supervision  with  Prof.  Mang  and  Dr.  Lackner  (TU  Wien),  completed  in  December  2002    

[2] Bernhard   Pichler,   Parameter   identification   as   the   basis   for   prognoses   in  geotechnical   engineering,   joint-­‐supervision   with   Prof.   Mang   and   Dr.   Lackner  (TU  Wien),  completed  in  November  2003    

[3] Stefan   Scheiner,   Computational   Mechanics   and   Physics   Contributions   to  Corrosion,   Geotechnical,   Concrete,   and   Bioengineering:   Development   and  Experimental  Validation  of  Semi-­‐Analytical  and  Numerical  Models,  completed  in  January  2009    

[4] Andreas  Fritsch,  Multiscale  explanation  of  elasticity  and  strength  of  bone  and  bone   replacement   materials   made   of   hydroxyapatite,   glass-­‐ceramics,   or  titanium:  a  continuum  micromechanics  approach,  joint-­‐supervision  (’co-­‐tutelle’)  with   Prof.   Luc   Dormieux   (École   Nationale   des   Ponts   et   Chaussées,   Marne-­‐la-­‐Vallée,  France),  completed  in  February  2009    

[5] Christoph   Kohlhauser,   Determination   of   elasticity   tensor   components   from  ultrasonic  pulse  transmission:  application  ranges   in  terms  of  sample  geometry  and   microstructure,   of   off-­‐diagonal   tensor   components,   as   well   as   different  engineering  and  biomedical  materials,  completed  in  August  2009    

[6] Shafi  Ullah,  Application  of  shell   theory  and  micromechanics   for   the  shotcrete-­‐specific   evaluation   of   displacement   measurements   in   NATM-­‐tunnels:  determination   of   shell   forces   and   stresses,   as   well   as   of   the   ground-­‐shell  interaction,  completed  in  October  2010  

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

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[7] Romane   Blanchard,   Intravoxel   micromechanics   for   CT-­‐based   Finite   Element  simulation  of  bony  organs,  in  progress.    

[8] Krzysztof Luczynski,  Multiscale  Experimental  mechanics  of  bone  biomaterials,  in  progress.  

[9] Alexander   Dejaco,   Fracture   of   biomaterials   –   a   multiscale   computational  mechanics  approach,  in  progress.  

[10] Mehran  Shahidi,  Interface  effects  in  material  mechanics,  in  progress.  [11] Markus  Königsberger,  Micromechanics  of  hydrating  concrete,  in  progress.  [12] Maria-­‐Ioana  Pastrama,  Modeling  in  bone  regenerative  medicine,  in  progress.  [13] Viktoria   Vass,   Multiscale   bone   inelasticity   –   theories   and   simulations,   in  

progress.      

Research  Internships:  [1] Philippe   Vancapernolle,   Steel   corrosion   in   concrete:  Micromechanical   aspects  

(final   report   of   Research   Internship   (April   to   July   2004)   from   Ecole  Polytechnique,  Palaiseau,  France,  at  Vienna  University  of  Technology,  ’directeur  de  stage’)  joint-­‐supervision  with  Dr.  Pichler,  completed  in  July  2004    

[2] Jacques  Burrus,  Damage  of  fibre-­‐reinforced  materials:  Micromechanical  aspects  (report   of  Research   Internship   (April   to   July   2005)   from  Ecole   Polytechnique,  Palaiseau,   France,   at   Vienna   University   of   Technology,   ’directeur   de   stage’)  joint-­‐supervision  with  Dr.  Pichler,  completed  in  July  2005.    

[3] Robert   Slesinski,   Triaxial   testing   of   biomaterials   and   biological   materials,  Research  internship  (October  2005  to  February  2006)  from  Warsaw  University  of   Technology,   Poland,   at   Vienna   University   of   Technology,   internship  supervisor.    

[4] Dana   Frycova,   Poro-­‐micromechanics   of   bone   materials,   Research   internship  (October  2006  to  March  2007)  from  Pilsen  University,  Czech  Republic,  at  Vienna  University  of  Technology,  internship  supervisor.    

[5] Tomasz   Brynk,   Poromechanical   testing   of   bone   and   biomaterials,   Research  Internship  (February  2007  to  July  2007)  from  Warsaw  University  of  Technology,  internship  supervisor.    

[6] Emmanuel  Bertrand,  Micromechanical  modeling  of  tissue  engineering  scaffolds  with   tissue-­‐engineered   bone,   Research   Internship   (April   2007   to   July   2007)  from   Ecole   Polytechnique,   Palaiseau,   France,   at   Vienna   University   of  Technology,  ’directeur  de  stage’    

[7] Raffaele   Sinibaldi,  Micromechanics-­‐based   Finite   Element   analyses   of   Bioglass-­‐based   tissue   engineering   scaffolds,   Research   Internship   (June   and   July   2007)  from   Polytechnic   University   of  Marche,   Ancona,   Italy,   at   Vienna  University   of  Technology,  internship  supervisor.    

[8] Andrea   Malasoma,   Nano-­‐to-­‐macromechanical   characterization   of   bone  biomaterials,   Research   Internship   (September   to   November   2007)   from  Politecnico   di   Torino,   Italy,   at   Vienna   University   of   Technology,   internship  supervisor.    

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

  page  84  of  85  

[9] Tomasz   Brynk,   Poromechanics   of   porous  metal-­‐based   biomaterials   and   bone:  Experiments  and  mathematical  modeling,  Research   internship   (July   to  August  2008)  from  Warsaw  University  of  Tedchnology,  internship  supervisor.    

[10] Fabien   Pérus,   Microviscoelasticity   of   concrete:   relevance   of   logarithmic   and  power-­‐law-­‐type  creep  functions  for  hydrates,  Research  internship  (April  to  July  2009)   from   Ecole   Polytechnique,   Palaiseau,   France,   at   Vienna   University   of  Technology,  ’directeur  de  stage’    

[11] Tomasz  Brynk,   Experimental   and   theoretical   poromechanics   of   bone   and  PCL  biomaterials,   Research   internship   (July   to   August   2009)   from   Warsaw  University  of  Tedchnology,  internship  supervisor.    

[12] Vittorio  Calbucci,  Experimental  error  correction  in  micro  computer  tomographs  of   tissue   engineering   scaffolds,   Research   Internship   (August   and   September  2009)   from   Polytechnic   University   of   Marche,   Ancona,   Italy,   at   Vienna  University  of  Technology,  internship  supervisor.  

[13] Andrea   Malandrino,   Experimental   and   computational   micromechanics   of  vertebral   human   bone,   Research   Internship   (May   to   August   2010),   from  Catalonian  University  of  Technology,  Barcelona,  Spain,  at  at  Vienna  University  of  Technology,  internship  supervisor.  

[14] Tomasz   Brynk,   Ultrasound   characterization   of   polymer-­‐ceramic   biomaterials  (December  2010),   from  Warsaw  University  of  Technology,  Warsaw,  Poland,  at  Vienna  University  of  Technology,  internship  supervisor.    

[15] Jasmin   Hum,   Ultrasound   characterization   of   Bioglass-­‐based   biomaterials  (October   to  December  2011),   from  Erlangen  University,  Erlangen,  Germany,  at  Vienna  University  of  Technology,  internship  supervisor.  

[16] Hideki   Oshita,   visiting   professor,   Concrete   Science   and   Technology   (August  2012  to  July  2013),  from  Chuo  University,  Tokyo,  Japan,  at  Vienna  University  of  Technology,  internship  host.  

[17] Andrzej   Winnicki,   visiting   professor,   Micromechanics   of   alkali-­‐silice   reaction  (October   to  November  2012),   from  Cracow  University  of  Technology,  Cracow,  Poland,  at  Vienna  University  of  Technology,  internship  host.  

[18] Foroogh   Dastoorian,   Experimental   mechanics   of   wood-­‐plastic   composites  (December   2012   to   May   2013),   from   University   of   Tehran,   Tehran,   Iran,   at  Vienna  University  of  Technology,  joint  supervisor  with  Dr.  Bader.  

[19] Agnes   Czenek,   Quantitative   intravoxel   analysis   of  microCT-­‐scanned   resorbing  ceramic   biomaterials   (September   2013   to   March   2014),   from   Reykjavik  University,  Iceland,  at  Vienna  University  of  Technology.  

[20] Wei   Li,   Experimental   mechanics   of   coated   bioglass   scaffolds   for   bone   tissue  engineering  (October  to  November  2013),   from  Erlangen  University,  Germany,  at  Vienna  University  of  Technology,  internship  supervisor.  

[21] Barbara  Lonzi,  Experimental  and  theoretical  mechanics  of  rubber  (October  2013  to   March   2014),   from   Università   Politechnica   delle   Marche,   Ancona,   Italy,   at  Vienna   University   of   Technology,   joint   internship   supervisor,   together   with  Prof.  B.  Pichler.

 

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PROF.  CHRISTIAN  HELLMICH                                                                        CURRICULUM  VITAE      &        LIST  OF  SCIENTIFIC  PUBLICATIONS  

  page  85  of  85  

Teaching  development/evaluation    [1] Commission   for   Habilitation   of   Dr.   Peter   Pivonka   at   Vienna   University   of  

Technology:  member  and  secretary,  habilitation  defended   in  September  2007,  title   of   Habilitation   Thesis:   "Hierarchical   Modeling   of   Multi-­‐Ion   Transport  through  Porous  Materials"  

[2] Commission  for  Biomedical  Engineering  Masters  Studies  at  Vienna  University  of  Technology:  member  and  secretary  (May  2007  –  April  2010),  substitute  member  (after  April  2010),  vice  chair  (since  November  2011)  

[3] PhD  Committee  for  Julien  Sanahuja  at  Ecole  Nationale  des  Ponts  et  Chaussées,  Marne-­‐la-­‐Vallée,   France:   member   and   ’Rapporteur’   (reviewer),   PhD   Thesis  defended   in   March   2008,   title   of   PhD   Thesis:   "Impact   de   la   morphologie  structurale   sur   les   performances  mécaniques   des   matériaux   de   construction:  application  au  plâtre  et  à  la  pâte  de  ciment"  

[4] Evaluation  for  promotion  of  faculty  members  at  Politecnico  di  Torino,  Italy    [5] Jury   for   PhD   defense   of   Yan   Chevalier   at   Vienna   University   of   Technology,  

Vienna,   Austria:  member   and   examinator,   PhD   thesis   defended   in   September  30,   2008,   title   of   PhD   Thesis:   "Computer   Tomography-­‐based   Finite   Element  Analysis  of  the  Human  Vertebral  Body"  

[6] Coordinator  for  International  Cooperations   in  Teaching,  for  the  Faculty  of  Civil  Engineering  of  Vienna  University  of  Technology,  since  February  2009    

[7] Jury   for   Master’s   Thesis   Defense   of   Thomas   Gross   at   the   Department   of  Mechanical  Engineering  of  Vienna  University  of  Technology  in  April  2010;  Title:  “The   Effects   of   Heterogeneous   Mineralization   on   the   Elastic   and   Yield  Properties  of  Human  Cancellous  Bone”  

[8] Jury   for   Master’s   Thesis   Defense   of   Leopold   Wagner   at   the   Department   of  Mechanical  Engineering  of  Vienna  University  of  Technolgy   in  September  2010;  Title  of  Master’s  Thesis:  “Reproducibility  of   the  HR-­‐pQCT  based  FE-­‐Analysis  of  the  Distal  Radius”  

[9] External   Reviewer   of  Master’s   Thesis   of   Henning   von   der   Kammer,   Hamburg  University   of   Applied   Sciences,   Germany;   Title:   “3D   Visualisierung   und  Charakterisierung  von  Knochensalzmaterialien”,  May  2011

[10] PhD   commission   and   reviewer   of   PhD   thesis   of   Andrea   Malandrino   at  Universitat   Politecnica   de   Catalunya,   Barcelona,   Spain;   Title:   “Multiscale  biomechanical   study   of   the   transport   phenomena   in   the   intervertebral   disc”,  July  2012

[11] Special   committee   member   for   promotion   of   Dr.   Tasos   Georgiades   from  Assistant  to  Associate  Professor  at  Cyprus  University  of  Technology,  Limassol,  Cyprus;  July  2012

[12] Jury   for   Master’s   Thesis   Defense   of   Maria   Pastrama   at   the   Department   of  Mechanical  Engineering  of  Vienna  University  of  Technology   in  April   2013;  Title  of  Master’s  Thesis:  “Computer  Tomography  of  aluminum  oxide  parts  fabricated  by  Additive  Manufacturing  Technology”

[13] Jury   for   Master’s   Thesis   Defense   of   Ileana   Panaitescu   at   the   Department   of  Mechanical  Engineering  of  Vienna  University  of  Technology   in  April   2014;  Title  of  Master’s  Thesis:  “Process  Optimization  for  3-­‐D  printing  of  bioglasses”