Programme (PDF) - ECCM 2010

ECCM 2010 

IV European Conference 

on Computational Mechanics 

Solids, Structures and Coupled Problems in Engineering 

May 16-21, 2010 | Palais des Congrès, Paris, France 

Programme 

ECCOMAS 

European Community on 

Computational Methods in 

Applied Sciences 

conference

Organising institutions 

ECCOMAS European Community on Computational Methods in Applied Sciences 

IACM International Association for Computational Mechanics 

ECCSM Computational, Solid and Structural Mechanics Committee 

CSMA French Computational Structural Mechanics Association 

GACM German Association for Computational Mechanics 

GAMM Gesellshaft für Angewandte Mathematik und Mechanik 

CEA 

ENS Cachan 

Mairie de Paris 

CNRS 

Région Île de France 

PRES UniverSud Paris 

ENS Cachan 

CEA 

Airbus 

CETIM 

Sponsors 

ECCM associated events 

MAAXIMUS Public Forum 

The research leading to MAAXIMUS results has received funding from the European Community's 

Seventh Framework Programme FP7/2007 2013 under grant agreement n°213371 

see www.maaximus.eu for further information 

E-CAero Special Session 

E-CAero is a collaborative network coordinated by ECCOMAS in the �eld of aeronautical research 

funded as a coordination and support action by the European Community (FP7 grant agreement ACS8-GA-2009-234229) 

see www-e-caero.com for further information 

CLAROM 

Club for research on o�shore structures. Group of research organisations and companies organising exchange of 

information on emerging technologies and carrying pre-competitive research projects 

Ecole Polytechnique 

Ecole Centrale Paris 

Samtech 

Areva 

Dassault Aviation 

Ifremer 

AFM 

EADS 

ASTRIUM-ST 

Total

ECCM 2010 

IV European Conference 

on Computational Mechanics 

Solids, Structures and Coupled Problems 

in Engineering 

Palais des Congrès, France 

May 16-21, 2010 

Table of Contents 

Conference organization 2 

Plenary and semi-plenary lectures 8 

Parallel sessions of Monday 10 

Parallel sessions of Tuesday 30 

Parallel sessions of Wednesday 46 

Parallel sessions of Thursday 62 

Parallel sessions of Friday 78 

Access and conference rooms plans 85 

Author index 88

Conference 

Greetings from the cochairmen of ECCM 2010 

Conference organization 

Welcome to the Fourth European Conference on Computational Mechanics “Solids, Structures and Coupled problems in Engineering”. 

What are the reasons of the tremendous success of this edition of the Conference, with over 2,100 submitted abstracts and 

about 1,700 papers to be presented? Of course this is the first time this Conference is co-organised under the umbrella of 

national associations of two countries very active in the field (CSMA in France and GAMM and GACM in Germany). Of course 

Paris is an attractive city. Nevertheless, the main reason is surely the overwhelming response to the call of mini-symposia and 

the commitment to all people involved in mini-symposia organization. Clearly the success of the Conference is the success of 

the entire community! 

We would like to express our gratitude to all the sponsors for their strong support of the conference and its main subject 

“Computational Mechanics”. We also wish to thank Professor Oñate and Cristina Forace from CIMNE for their help in the 

dissemination of the information, and Professor Mota-Soares who, as organizer of ECCM 2006, helped us in launching this 

Conference. Also very helpful was the support of Professors Schrefler and Perego, who generously shared their experience as 

organizers of WCCM 2008 in Venice. This conference could not have been organized without the incredible commitment of the 

CEA and especially of Thierry Charras (General Secretary) and Antoine Letellier (Web site). Finally, the active involvement of 

Marc Bonnet and Hachmi Ben Dhia in the scientific management, and of David Néron in the programme edition, were also 

essential. 

We hope this Conference will meet your expectations, both scientifically and socially, and we are very proud to be able to 

welcome all of you in Paris. 

Greetings from the President of ECCOMAS 

O. Allix and P. Wriggers 

Chairmen of the Conference 

On behalf of the European Community on Computational Methods in Applied Sciences (ECCOMAS) it is a great pleasure for 

me to welcome you to the IV European Conference on Computational Mechanics in Solids, Structures and Coupled Problems 

in Engineering (ECCM 2010) here in Paris. The ECCM Conference, together with the ECCOMAS congress and the European 

Conference on Computational Fluid Dynamics (CFD), constitute the three main scientific events of ECCOMAS organized every 

four years. ECCOMAS is a scientific organization grouping European associations with interests in the development and 

applications of computational methods in science and technology. The mission of ECCOMAS is to promote joint efforts of 

European universities, research institutes and industries which are active in the broader field of numerical methods and computer 

simulation in Engineering and Applied Sciences, to address critical societal and technological problems with particular emphasis 

on multidisciplinary applications. In addition to these three large-scale European events, ECCOMAS supports regional conferences, 

endorses thematic conferences and workshops, promotes young investigators conferences and courses and encourages 

the organization of open industrial days within its fields. 

The main objective of the ECCM Conference series is to provide a forum for presentation and discussion of state-of-the-art 

advances in scientific computing applied to solids, structures and coupled problems in engineering, including basic methodologies, 

scientific developments and industrial applications, and to serve as a platform for establishing links between research groups of 

academia and industry with common as well as complementary activities. The previous ECCM Conferences were held in Munich 

in 1999, Cracow in 2001 and Lisbon in 2006. The ECCM 2010 Conference inaugurates the awarding of the Euler Medal for 

outstanding and sustained contribution to the area of computational solids and structural mechanics and coupled problems in 

engineering. This Medal, together with the O.C. Zienkiewicz Award for young scientists in the field of computational engineering 

sciences, is awarded biannually at the ECCOMAS Congresses and the ECCM Conferences. 

I would like to take this opportunity to thank the Chairmen of the ECCM 2010 Conference, Professors Oliver Allix and Peter 

Wriggers and their teams for the excellent organization and for the impressive number of participants, reaching almost 2,000, 

which is a landmark in the history of the ECCM Conferences and to extend my best wishes to all the participants for an 

enjoyable and fruitful experience, both from the scientific and cultural points of view. 

2 

M. Papadrakakis 

President of ECCOMAS

Organizing institutions 

• ECCOMAS 12 European Community on Computational Methods 

in Applied Sciences 

• IACM International Association for Computational Mechanics 

• ECCSM 3 Computational, Solid and Structural Mechanics Committee 

• CSMA French Computational Structural Mechanics Association 

• GACM German Association for Computational Mechanics 

• GAMM Gesellshaft für Angewandte Mathematik und Mechanik 

• CEA 

• ENS Cachan 

• Ecole Polytechnique 

• Ecole Centrale Paris 

Organizing committee 

• O. Allix (Conference Chairman), ENS Cachan, France 

• P. Wriggers (Conference Chairman), Leibniz Universität 

Hannover, Germany 

• T. Charras (General Secretary), CEA, France 

• H. Ben Dhia, Ecole Centrale Paris, France 

• M. Bonnet, Ecole Polytechnique, France 

• D. Néron, ENS Cachan, France 

• A. Letellier, CEA, France 

International programme committee 

• E. Oñate (President of IACM), Polytechnic University of 

Catalunya, Spain 

• H. Mang (Vice-President of ECCOMAS), Technical University 

of Vienna, Austria 

• M. Papadrakakis (President of ECCOMAS), National 

Technical University of Athens, Greece 

• O. Allix (Conference Chairman), ENS Cachan, France 

• P. Beckers, University of Liège, Belgium 

• A. I. Borovkov, Polytechnical University of Saint Petersburg, 

Russia 

• R. de Borst, Technische Universiteit Eindhoven, The Netherlands 

• T. Burczynski, Silesian University of Technology, Poland 

• D. Givoli, Israel Institute of Technology, Israel 

• M. Kleiber, Polish Academy of Science, Poland 

• P. Ladevèze, ENS Cachan, France 

• C. A. Mota Soares, Technical University of Lisbon, Portugal 

• R. Ohayon, CNAM Paris, France 

• D.R.J. Owen, University of Wales, United Kingdom 

• E. Ramm, University of Stuttgart, Germany 

• B. Schrefler, University of Padua, Italy 

• E. Stein, University of Hannover, Germany 

• N.E. Wiberg, Chalmers University, Sweden 

• P. Wriggers (Vice Chairman), IKM/LUH, Germany 

1 Meeting of the Managing Board of ECCOMAS on Sunday, 14:00 

2 Meeting of the General Assembly of ECCOMAS on Wednesday, 18:30 

3 Meeting of the ECCSM Committee on Wednesday, 12:40 to 14:00 

3 

Local programme committee 

• O. Allix, LMT, ENS Cachan, France 

• H. Ben Dhia, LMSS-MAT, Ecole Centrale Paris, France 

• M. Bischoff, Universität Stuttgart, Germany 

• M. Bonnet, LMS, Ecole Polytechnique, France 

• P. Cartraud, GeM, Ecole Centrale Nantes, France 

• P. Chabrand, LMA, Université de la Méditerranée, France 

• A. Combescure, LaMCoS, INSA Lyon, France 

• F. Feyel, ONERA Châtillon, France 

• S. Reese, Ruhr-Universität Bochum, Germany 

• J. Schröder, Universität Stuttgart, Germany 

• P. Verpeaux, CEA Saclay, France 

• W. Wall, Universität Munich, Germany 

• P. Wriggers, IKM, Leibniz Univeristät Hannover, Germany 

International advisory board 

• P. Alart, France 

• D. Aubry, France 

• T. Belytschko, USA 

• M. Bendsoe, Denmark 

• P. Bergan, Norway 

• D. Beskos, Greece 

• N. Bicanic, United 

Kingdom 

• M.H. Bodoruglu, Turkey 

• S. Cescotto, Belgium 

• J-L Chenot, France 

• P. Chinesta, France 

• C. Comi, Italy 

• A. Corigliano, Italy 

• E. De Arantes e Oliveira, 

Portugal 

• P. Díez, Spain 

• J.C. De Sá, Portugal 

• A. Eriksson, Sweden 

• C. Farhat, USA 

• Z. Gaspar, Hungary 

• M. Geers, Netherlands 

• M. Geradin, Italy 

• E. Van der Giessen, 

Netherlands 

• P. Hansbo, Sweden 

• G. Holzapfel, Austria 

• A. Huerta, Spain 

• T.J.R. Hughes, USA 

• A. Ibrahimbegovic, 

France 

• S. R. Idelsohn, Argentina 

• J. Korelc, Slovenia 

• W.K Liu, USA 

• T. Lodygowski, Poland 

• E. Lund, Denmark 

• P. Martins, Portugal 

• K.M. Mathisen, Norway 

• H. Matthies, Germany 

• C. Miehe, Germany 

• N. Moes, France 

• P. Neittaanmäki, Finland 

• J.T. Oden, USA 

• N. Olhoff, Denmark 

• X. Oliver, Spain 

• U. Perego, Italy 

• D. Peric, United Kingdom 

• P. Pimenta, Brazil 

• F.G. Rammerstorfer, 

Austria 

• E. Rank, Germany 

• B.D. Reddy, South Africa 

• K. Runesson, Sweden 

• E. Sacco, Italy 

• G.I. Schueller, Austria 

• O. Sigmund, Denmark 

• S. Sloan, Australia 

• J. Soric, Croatia 

• R. Stenberg, Finland 

• S. Stupkiewicz, Poland 

• W. Wagner, Germany 

• Z. Waszcyszyn, Poland 

• N.E. Wiberg, Sweden 

• G. Zavarise, Italy 

• T.I. Zohdi, USA 

Conference

Conference 

Conference topics and minisymposia 

A Optimization, control, design, sensitivity analysis 

28 – Topology optimization for multiphysics problems 

O. Sigmund, K. Maute 

42 – Micro and macro structural optimisation with anisotropic 

composite materials 

P. Vannucci, B. Desmorat, A. Vincenti, E. Carrera 

49 – Algorithms for large scale multi-objective evolutionary 

optimization 

G. Dulikravich, M. Colaco, T. Burczynski 

69 – Numerical strategies and optimization methodologies 

for finite element simulation of metal forming processes 

L. Fourment, J.P. Ponthot 

98 – Simulation lifecycle management and cad-cae integration 

J. Duysens, S. Ben Chaabane 

101 – Recent advances in structural optimization - modeling 

and methods 

E. Lund, M. Stolpe 

123 – Advanced numerical methods in multibody systems 

and control 

A. Mueller, Z. Terze 

149 – Physically based large scale simulation of composite 

structures. 

B. Andersson, J. Gaudin, P. Ladevèze 

150 – Computational optimization of composite structures 

A. Kling, Z. Gürdal, J. Gaudin, G. Lécina 

B Dynamics, vibrations, impacts, waves and related 

problems 

5 – Computational structural dynamics 

E. Sapountzakis, J. Murin 

8 – Advanced methods in computational electromagnetics 

D. Pardo, L.E. García-castillo 

13 – Computational methods in impact engineering 

A. Vaziri, S. Potapov, V. Faucher 

41 – Computational methods for waves in solids 

D. Givoli, E. Becache 

45 – Periodic and quasi-periodic vibrations of non-linear 

structural systems 

O. Thomas, M. Legrand, G. Kerschen, C. Bruno 

65 – Structure-preserving integrators in computational dynamics 

and control 

P. Betsch, I. Romero, S. Leyendecker, C. Hesch 

74 – Dynamics of moving materials: instability effects 

N. Banichuk, P. Neittaanmäki, J. Jeronen, T. Tuovinen 

75 – Acousto-ultrasonic waves in thin elastic structures 

R. Lammering, U. Gabbert 

100 – Dynamics of nonlinear structures with contact interfaces 

E. Petrov, K. Willner 

114 – Experiments, theory, and numerical modelling of waves 

in heterogeneous porous media 

H. Steeb, D. Smeulders 

123 – Advanced numerical methods in multibody systems 

and control 

A. Mueller, Z. Terze 

127 – Safe design of structures under cyclic loading 

D. Weichert, K. Spiliopoulos 

128 – Impact damage in composites from low-mass highvelocity 

projectiles 

S. Shrivastava, P. Ladevèze, K. Ravi-chandar, A. Johnson 

134 – Adaptive transient structural computations: recent 

advances and engineering applications 

B. Tie, D. Aubry, P. Diez, P. LadevÈze 

C Fracture, failure, fatigue, lifetime assessment 

10 – Computational fracture and failure of materials and 

structures 

N. Moes, O. Allix, M. Jirasek, X. Oliver 

4 

21 – Differential quadrature, generalized methods and related 

discrete element analysis methods 

C.N. Chen, M. Mestrovic, A. Letellier 

38 – Fracture and damage mechanics of advanced materials 

with multifield coupling 

A. Saez, C. Zhang 

59 – Fracture and contact mechanics for interface problems 

M. Paggi, A. Carpinteri, P. Wriggers 

62 – Computational structural stability 

H. Mang, Y.B. Yang 

80 – Concrete and concrete structures subject to high temperature 

and fire 

C. Majorana, G. Khoury 

87 – Computational methods for damage tolerant analysis: 

industrial case studies 

E. Wyart, H. Minnebo, H. Cherouali, A. Pyre, S. Geniaut, 

E. Galenne 

95 – Recent developments in computational failure analysis 

T. Menouillard, J.H. Song, T. Belytschko 



127 – Safe design of structures under cyclic loading 

D. Weichert, K. Spiliopoulos 

128 – Impact damage in composites from low-mass highvelocity 

projectiles 

S. Shrivastava, P. Ladevèze, K. Ravi-chandar, A. Johnson 

144 – Finite element modelling strategies for 3d cracking 

analysis of concrete structures 

P. Rossi, B. Massicotte, J.L. Tailhan, S. Dal Pont 

D Computational strategies, solution algorithms, highperformance 

computation 

1 – Advanced computational techniques based on model 

order reduction 

F. Chinesta, P. Ladevèze, S. Idelsohn, A. Patera 

6 – Reliability, error estimation and adaptivity for automatic 

simulations with enriched finite element methods 

(PUFEM/GFEM/XFEM) 

S.P.A. Bordas, M. Duflot, J.J. Rodenas-garcia 

8 – Advanced methods in computational electromagnetics 

D. Pardo, L.E. García-castillo 

9 – Partition of unity methods for moving boundaries 

T. Rabczuk, S. Bordas 

13 – Computational methods in impact engineering 

A. Vaziri, S. Potapov, V. Faucher 

15 – Fast multipole methods, fast boundary element solvers, 

and applications 

A. Frangi, N. Nishimura, M. Bonnet, M. Schanz, E. Darve 

21 – Differential quadrature, generalized methods and related 

discrete element analysis methods 

C.N. Chen, M. Mestrovic, A. Letellier 

23 – New trends in non-standard finite elements 

G. Starke, J. Schroeder, Z. Cai 

35 – Energy-based variational methods in computational 

mechanics 

L. Stainier, J. Mosler 

52 – Computational modeling of gradient plasticity 

S. Bargmann, B. Svendsen, K. Runesson 

54 – Fast algorithms for inverse scattering 

S. Chaillat, G. Biros 

55 – Generalized/extended fem, meshless methods and related 

approaches 

C.A. Duarte, J.S. Chen, M.A. Schweitzer, A. Simone 

61 – Advances in software strategies for computational mechanics 

D. Eyheramendy, H. Leclerc 

62 – Computational structural stability 

H. Mang, Y.B. Yang 

63 – Methods and applications of multiscale materials modeling 

J.F. Molinari, W. Curtin, D. Warner, A. Hartmaier

67 – Modeling and computational methods for the mechanics 

of biological systems 

M. Arroyo, A. Desimone 

73 – Domain decomposition methods in computational mechanics 

A. Klawonn, O. Widlund 

77 – Micro-macro scale-coupling and transition in solid and 

fluid mechanics 

L. Desvillettes, A. Ibrahimbegovic, H. Matthies 

84 – Geometric models and numerical simulation 

E. Rank, Y. Basilevs, A. Duester 

89 – Preconditioned iterative methods for mechanical contact 

problems 

C. Vuik, T. Laursen, T. Scarpas 

94 – Meshless and related methods 

J. Orkisz, S. De, S. Idelsohn, G. Liu 

97 – Computational treatment of interfaces in multi-physics 

and multi-scale problems 

I. Stanciulescu, H. Mourad 

99 – Model reduction methods in solid mechanics 

D. Givoli, R. Ohayon 

104 – Gfem and numerical treatment of singularities 

V. Nistor, C. Bacuta, H. Li, B. Susanne 

112 – Computational aspects of smart structures and materials 

M. Kuczma, R. Lammering, W. Ostachowicz 

113 – Meshless & other novel computational methods 

P. Pimenta, C. Tiago 

117 – Treatment of boundary or interface conditions with 

x-fem 

P. Massin, B. Wohlmuth, J. Dolbow 

119 – High resolution computational mechanics 

B. Muite, U. Salman 

132 – Computational techniques for large strain problems 

M. Bischoff, F. Auricchio 

135 – Arlequin, fe2 and other embedded domains methods 

for multimodel and multiscale mechanical problems: 

advances, analyses and computation of challenging 

fine scales applications 

H. Ben Dhia, F. Feyel, F. Legoll, V. Kouznetsova 

144 – Finite element modelling strategies for 3d cracking 

analysis of concrete structures 

P. Rossi, B. Massicotte, J.L. Tailhan, S. Dal Pont 

145 – Soft computing in computational mechanics: recent 

advances. 

M. Papadrakakis, N.D. Lagaros, V. Plevris 

146 – Isogeometric methods 

T. Kvamsdal, T. Dokken 

153 – Computational methods for structures 

M. Bonnet, O. Allix, H. Ben Dhia, T. Charras, A. Letellier 

E Coupled problems, multifield and multiphysics modelling 

38 – Fracture and damage mechanics of advanced materials 

with multifield coupling 

A. Saez, C. Zhang 

53 – Computational models and methods for multiphysics 

processes in geomaterials, biomaterials and other multiphase 

porous media 

L. Sanavia, L. Laloui 

56 – Advanced structures and coupled multifield problems 

T. Wallmersperger, E. Carrera, B. Kröplin 

60 – Minisymposium on optimization of structural, coupled, 

uncertain systems 

P.A. Boucard, R. Le Riche, V. Toropov 




86 – Mechanics of microstructured interfaces 

S. Stupkiewicz, I. Temizer 

88 – Coupled problems in porous media mechanics 

T. Ricken, B. Markert 

93 – Coupled problems in contact mechanics 

L. Krstulovic-opara, D. Boso, P. Litewka, A. Letellier 

5 




107 – Conjugate heat transfer - with industrial applications 

A. Kassab, E. Divo, R. Bialecki, N. Andrzej 

109 – Advanced mechanical and numerical modeling of interfaces 

in fluid-structure interaction 

A. Legay, A. Zilian, J.F. Deü 

110 – Advanced numerical methods for fluid-structure interactions 

T. Coupez, P.D. Anderson, E. Hachem, E. Longatte 

126 – Computational multiphysics involving surface or volume 

interactions 

C. Felippa, R. Ohayon, K.C. Park 

131 – Partitioned simulation of fluid-structure interaction 

and other coupled problems with black-box solvers 

J. Degroote, A. Van Zuijlen 






136 – Computational fluid-structure interaction and multimaterial 

problems 

W.A. Wall, M. Fernandez, G. Scovazzi 

138 – Holistic numerical analysis of adaptive systems 

T. Melz, H. Atzrodt, K. Janssens 

F Mechanics at small scales, microstructure modelling 

25 – Multiscale methods for modelling surface effects on 

nanosystems and nanostructured materials 

J. Yvonnet, V.B. Tan, H. Park 

27 – Mathematical and numerical modelling of microstructures 

in phase transformation and damaged materials 

R. Rizzoni, F. Lebon 

32 – Physical approaches in computational sciences of metal 

or semi-conductor materials 

D. Ryckelynck, C. Gerard, S. Schmauder, A. Letellier 

34 – Mathematical analysis and experimental characterization 

of micro-heterogeneous materials 

D. Balzani, D. Raabe, J. Schroeder 

39 – Image based modeling of materials in computational 

mechanics applications 

P. Cartraud, G. Laschet, K. Terada 

43 – Computational methods for micro and nano systems 

A. Corigliano, A. Frangi, C. Bailey, J.G. Korvink 

70 – Multiscale modeling and dislocation density based 

models in plasticity 

T. Hoc, B. Devincre, G. Winther 

71 – Computational mechanics of biological tissues 

T. Hoc, P. Chabrand, E. Budyn 

112 – Computational aspects of smart structures and materials 

M. Kuczma, R. Lammering, W. Ostachowicz 

133 – Modeling of nanofiller reinforced composites/cementitious 

materials 

H.K. Lee, L. Sun, J.W. Ju 

139 – Mechanics of cell motility on compliant and engineered 

surfaces 

D. Hammer, B. Fabry, B. Ladoux, A. Letellier 

142 – Modelling surface effects: theory and computation 

D. Peric, P. Steinmann, A. Letellier 

G Uncertainty, probabilistic and stochastic approaches 

14 – Uncertainty quantification in computational mechanics 

and engineering sciences 

R. Ghanem, W.K. Liu, G. Schueller, C. Soize 

19 – Robust design and uncertainty 

T. Tison, M. Hanss 

57 – The stochastic finite element method: recent advances 

G. Stefanou, V. Papadopoulos, M. Papadrakakis 

60 – Minisymposium on optimization of structural, coupled, 

uncertain systems 

P.A. Boucard, R. Le Riche, V. Toropov 

Conference

Conference 

H Computational modelling of materials 

2 – Heterogeneous materials with inelastic behavior 

A. Ibrahimbegovic, H. Matthies 

3 – Numerical modelling of microstructure evolution in 

metal forming conditions 

J.L. Chenot, M. Bernacki, J. Kusiak 

24 – Modeling of fiber-based structures 

Y. Kyosev, S. Batra, D. Das, B. Pourdeyhimi, W. Renkens, 

F. Heim, D. Durville, J.F. Ganghoffer, P. Boisse 

29 – Biological cells and capsules 

T. Ishikawa, P. Vlahovska M., A.V. Salsac, Y. Imai 

36 – Identification of material models by non-trivial tests 

and innovative measurement techniques at different 

observation scales 

R. Fedele, B. Filippo, F. Hild, J. Réthoré 

40 – Computational homogenization of single and multiphase 

polycrystalline aggregates 

L. Delannay, J. Segurado, R. Lebensohn 





porous media 


58 – Micromechanical modeling of composites and heterogeneous 

materials with hierarchical microstructures 

I. Tsukrov, T. Böhlke, R. Piat 

66 – Modeling plasticity and damage in porous media 

F. Vernerey, K. Willam, Y. Malecot 



74 – Dynamics of moving materials: instability effects 

N. Banichuk, P. Neittaanmäki, J. Jeronen, T. Tuovinen 

82 – Computational material modeling of wood and wood 

products 

J. Eberhardsteiner, J. Gril, M. Kaliske, K. Hofstetter 

83 – Multiscale and multiphysics computational methodologies 

for complex materials 

P. Trovalusci, T. Sadowski, V. Sansalone, B.A. Schrefler 

85 – Textile materials and environment in buildings 

R. Wagner, B.H. Kroeplin 



116 – Sandwich structures: computational mechanics and 

multiscale modelling 

A. Johnson, E. Baranger 

120 – Damage anisotropy: modeling and computational issues 

R. Desmorat, H. Stang, A. Delaplace 

133 – Modeling of nanofiller reinforced composites/cementitious 

materials 

H.K. Lee, L. Sun, J.W. Ju 

147 – Computational methods for radiation shielding on 

nuclear facilities 

C. Majorana, F. Gramegna 

I Contact mechanics and related issues 

11 – Computational contact mechanics 

G. Zavarise, P. Wriggers 

17 – Advances in computational tire mechanics 

M. Kaliske, W. Mars 

59 – Fracture and contact mechanics for interface problems 

M. Paggi, A. Carpinteri, P. Wriggers 

89 – Preconditioned iterative methods for mechanical contact 

problems 

C. Vuik, T. Laursen, T. Scarpas 

93 – Coupled problems in contact mechanics 

L. Krstulovic-opara, D. Boso, P. Litewka, A. Letellier 

100 – Dynamics of nonlinear structures with contact interfaces 

E. Petrov, K. Willner 

118 – Computational methods for the simulation of friction 

6 

and wear in contacts with elastomeres 

M. Kröger, K. Váradi 

142 – Modelling surface effects: theory and computation 

D. Peric, P. Steinmann, A. Letellier 

J Data processing, image processing and related topics 

12 – Image processing and visualization 

J. Tavares, R. Natal Jorge, L. Cohen, G. Schaefer 

39 – Image based modeling of materials in computational 

mechanics applications 

P. Cartraud, G. Laschet, K. Terada 

84 – Geometric models and numerical simulation 

E. Rank, Y. Basilevs, A. Duester 

92 – Database-assisted design: basics, data compression, 

applications to tall buildings 

E. Simiu, S. Spence 


T. Melz, H. Atzrodt, K. Janssens 

145 – Soft computing in computational mechanics: recent 

advances. 

M. Papadrakakis, N.D. Lagaros, V. Plevris 

K Identification, inverse problems 

20 – Inverse problems 

B. Guzina, G. Rus, M. Bonnet 

28 – Topology optimization for multiphysics problems 

O. Sigmund, K. Maute 

36 – Identification of material models by non-trivial tests 

and innovative measurement techniques at different 

observation scales 

R. Fedele, B. Filippo, F. Hild, J. Réthoré 

51 – Inverse methods for parameter identification 

G. Maier, H. Orlande, G. Dulikravich, R. Bialecki 

54 – Fast algorithms for inverse scattering 

S. Chaillat, G. Biros 

130 – Model and parameter identification in structural mechanics 

G. Lombaert, C. Papadimitriou, G. De Roeck 

L Industrial applications 

17 – Advances in computational tire mechanics 

M. Kaliske, W. Mars 

72 – New challenges in mechanics for nuclear plants 

P. Verpeaux, P. Gilles, S. Pascal 

76 – Offshore engineering - current practice and developments 

P. Chauchot, M. Birades, P. Frieze 

80 – Concrete and concrete structures subject to high temperature 

and fire 

C. Majorana, G. Khoury 

85 – Textile materials and environment in buildings 

R. Wagner, B.H. Kroeplin 

87 – Computational methods for damage tolerant analysis: 

industrial case studies 

E. Wyart, H. Minnebo, H. Cherouali, A. Pyre, S. Geniaut, 

E. Galenne 

92 – Database-assisted design: basics, data compression, 

applications to tall buildings 

E. Simiu, S. Spence 



107 – Conjugate heat transfer - with industrial applications 

A. Kassab, E. Divo, R. Bialecki, N. Andrzej 

121 – Numerical simulation of manufacturing process in the 

nuclear industry 

P. Gilles, J.M. Bergheau, G. Perrin 





T. Melz, H. Atzrodt, K. Janssens


surfaces 


140 – Construction for sustainability: computational models 

and simulations of the behavior of built environments 

using natural materials 

C. Bohatier, M. Vinches, M. Fremont, M. Como, F. Maceri 

147 – Computational methods for radiation shielding on 

nuclear facilities 

C. Majorana, F. Gramegna 

149 – Physically based large scale simulation of composite 

structures. 

B. Andersson, J. Gaudin, P. Ladevèze 

150 – Computational optimization of composite structures 

A. Kling, Z. Gürdal, J. Gaudin, G. Lécina 

154 – Modelling and experimentation for materials and structures 

M. Bonnet 

M Adaptativity, verification and validation 

6 – Reliability, error estimation and adaptivity for automatic 

simulations with enriched finite element methods 

(pufem/gfem/xfem) 

S.P.A. Bordas, M. Duflot, J.J. RÓdenas-garcÍa 

102 – Reliable and robust methods for global and goaloriented 

error estimation in finite element analyses. 

L. Chamoin, P. Diez, P. Ladevèze, E. Stein 

103 – Estimation of modeling error and model adaptation 

in computational mechanics 

L. Chamoin, R. Cottereau, J.T. Oden, S. Prudhomme 

124 – Anisotropic adaptive meshing from error analysis to 

applications 

T. Coupez, S. Perotto, Y. Mesri 




N Modelling of processes 

3 – Numerical modelling of microstructure evolution in 

metal forming conditions 

J.L. Chenot, M. Bernacki, J. Kusiak 

31 – Advanced numerical techniques in material forming 

E. Cueto, R.A.F. Valente, S. Reese, T. Van Den Boogaard, 

R. Natal Jorge 

37 – Multiscale methods in computational materials science 

M. Pietrzyk, Y. Chastel, T. Burczynski 

69 – Numerical strategies and optimization methodologies 

for finite element simulation of metal forming processes 

L. Fourment, J.P. Ponthot 

121 – Numerical simulation of manufacturing process in the 

nuclear industry 

P. Gilles, J.M. Bergheau, G. Perrin 

O Multiple scales, homogenization, heterogeneous media 

7 – Computational models for masonry structures 

P.B. Lourenço, T.J. Massart, E. Sacco 

24 – Modeling of fiber-based structures 

Y. Kyosev, S. Batra, D. Das, B. Pourdeyhimi, W. Renkens, 

F. Heim, D. Durville, J.F. Ganghoffer, P. Boisse 

32 – Physical approaches in computational sciences of metal 

or semi-conductor materials 

D. Ryckelynck, C. Gerard, S. Schmauder, A. Letellier 

33 – Composite materials and multiscale modeling and design 

in medicine and engineering 

M. Delfour, M. Thiriet 

34 – Mathematical analysis and experimental characterization 

of micro-heterogeneous materials 

D. Balzani, D. Raabe, J. Schroeder 

37 – Multiscale methods in computational materials science 

M. Pietrzyk, Y. Chastel, T. Burczynski 

7 

40 – Computational homogenization of single and multiphase 

polycrystalline aggregates 

L. Delannay, J. Segurado, R. Lebensohn 

42 – Micro and macro structural optimisation with anisotropic 


P. Vannucci, B. Desmorat, A. Vincenti, E. Carrera 



58 – Micromechanical modeling of composites and heterogeneous 

materials with hierarchical microstructures 

I. Tsukrov, T. Böhlke, R. Piat 

63 – Methods and applications of multiscale materials modeling 

J.F. Molinari, W. Curtin, D. Warner, A. Hartmaier 

66 – Modeling plasticity and damage in porous media 

F. Vernerey, K. Willam, Y. Malecot 

70 – Multiscale modeling and dislocation density based 

models in plasticity 

T. Hoc, B. Devincre, G. Winther 




83 – Multiscale and multiphysics computational methodologies 

for complex materials 

P. Trovalusci, T. Sadowski, V. Sansalone, B.A. Schrefler 






108 – Applied homogenization for advanced structural simulations 

M. Sejnoha, J. Zeman 

114 – Experiments, theory, and numerical modelling of waves 

in heterogeneous porous media 

H. Steeb, D. Smeulders 

116 – Sandwich structures: computational mechanics and 

multiscale modelling 

A. Johnson, E. Baranger 






P Biomechanics 

18 – Computational models for soft tissues 

R. Natal Jorge, B. Calvo, B. Peña, J. Tavares, M. Barbosa 

29 – Biological cells and capsules 

T. Ishikawa, P. Vlahovska M., A.V. Salsac, Y. Imai 

30 – Simulations and control of human movements 

A. Eriksson, V. Berbyuk 

33 – Composite materials and multiscale modeling and design 

in medicine and engineering 

M. Delfour, M. Thiriet 



porous media 


67 – Modeling and computational methods for the mechanics 

of biological systems 

M. Arroyo, A. Desimone 



90 – Mechanobiology of bone remodelling and adaptation 

(mbr&a) 

S. Naili, V. Sansalone, D. Taylor, B. Van Rietbergen 


surfaces 


Conference

Lectures 

Monday 

Plenary and semiplenary 

lectures 

• Plenary lecture 

Amphithéâtre Bleu (Chair: P. Ladevèze) 

09:05-09:50 B. Charlès Virtual world for sustainable innovation 

Tuesday 


Amphithéâtre Bleu (Chair: T. Hughes) 

08:30-09:15 S. Reese Challenges of computational modelling in production and medical technology 

• Semi-plenary lectures 

Amphithéâtre Bleu (Chair: B. Schrefler) 

14:00-14:30 T. Hughes Isogeometric Analysis: Toward Integration of CAD and FEA 

14:30-15:00 K. Terada Modeling and analysis of macroscopic mechanical deterioration due to time-varying 

microstructures 

Room Maillot (Chair: H. Mang) 

14:00-14:30 T. Laursen Computational Interface Mechanics: Lessons from Mortar-Based Contact and Extensions 

to Granular Systems and Fluid-Structure Coupling 

14:30-15:00 J. Schröder Aspects of the Multiscale Modeling of Electromechanically Coupled Materials 

Room 241 (Chair: M. Pietrzyk) 

14:00-14:30 A.M. Habraken Multiscale approach to describe the mechanical behaviour of Ti6Al4V alloys 

14:30-15:00 A. Araujo Hybrid Active-Passive Laminated Structures: Modeling Optimization and 

Identification 

Room 251 (Chair: E. Ramm) 

14:00-14:30 G. Hofstetter Numerical Modelling and Finite Element Analysis of Geotechnical Problems Involving 

Partially Saturated Soils 

14:30-15:00 F. Auricchio Shape-memory alloys: effective 3D modeling, computational aspects and biomedical 

device analysis 

Room 252B (Chair: J. Eberhardsteiner) 

14:00-14:30 P. Steinmann Recent Progress in the Modelling and Computation of Electro-Active Polymers 

14:30-15:00 O. Sigmund Multiphysics Topology Optimization 

Room 342A (Chair: E. Stein) 

14:00-14:30 U. Perego Shell Interface Finite Elements for the Simulation of Folding and Cutting of Composite 

Laminates 

14:30-15:00 W. Curtin Origin of Plasticity Length-Scale Effects in Fracture and Deformation 

Wednesday 


Amphithéâtre Bleu 

08:30-09:15 M. Geers Computational mechanics of material interfaces: trends & challenges 

• Semi-plenary lectures Amphithéâtre Bleu (Chair: R. Ohayon) 

14:00-14:30 A. Combescure When X-FEM ideas join the gap between experiments measures and numerical simulations: 

3D fatigue crack propagation 

Room Maillot (Chair: G. Schueller) 

14:00-14:30 R. Ghanem Verification and Validation: A psycho-analysis of Predictions 

14:30-15:00 P. Chinesta Routes to extreme simulations based on model reduction 

8

Room 241 (Chair: T. Sadowski) 

14:00-14:30 R. de Borst Computational Multi-scale Mechanics and Evolving Discontinuities 

14:30-15:00 J. Fish Computational Continua 

Room 251 (Chair: M. Bischoff) 

14:00-14:30 T. Burczynski Optimization and identification in multiscale modelling 

14:30-15:00 D. Clouteau Numerical modeling of multiple scattering of elastic waves 

Room 252B (Chair: S. Prudhomme) 

14:00-14:30 W. Wall Computational Fluid-Structure Interaction and Beyond—advances in formulations, 

methods, scales and applications 

14:30-15:00 I. Harari Enforcing Embedded Interface and Boundary Conditions by Nitsche’s Method 

Room 342A (Chair: A. Klawonn) 

14:00-14:30 M. Doblare Constitutive models for soft tissue considering length and directional statistics of the 

fibre bundles 

14:30-15:00 M. Papadrakakis Neural Network Predictions in Computational Mechanics: To Trust or Not to Trust 

Thursday 

• Plenary lecture Amphithéâtre Bleu (Chair: E. Oñate) 

08:30-09:15 P. Ladevèze Virtual Structural Testing for Composites Today and Tomorrow 

• Semi-plenary lectures Amphithéâtre Bleu (Chair: N. Moës) 

14:00-14:30 E. Oñate Advances in the Particle Finite Element Method (PFEM) for Problems in Sea, Earth 

and Fire 

14:30-15:00 A. Corigliano Modelling of spontaneous Adhesion phenomena in Microsystems 

Room Maillot (Chair: P. Diez) 

14:00-14:30 R.O. Ritchie Structure, Damage and Fracture in Biological Materials: Bone, teeth and seashells 

14:30-15:00 P. Le Tallec Multiscale modelling and approximation of incompressible reinforced materials 

Room 241 (Chair: R. Haber) 

14:00-14:30 D. Peric On Strongly Coupled Computational Strategies for Fluid-Structure Interaction: New 

Insights into Algorithmic Basis 

14:30-15:00 K. Runesson Adaptive Homogenization with Scale-Bridging in Material Modeling 

14:00-14:30 F.G. Rammerstorfer 

Room 251 (Chair: J.L. Chenot) 

Instabilities in Materials at the Nano, Micro, and Meso Scale 

14:30-15:00 P. Pimenta Nonlinear analysis of thin rods and shells 

Room 252B (Chair: A. Nouy) 

14:00-14:30 K.U. Bletzinger Parameter free shape design of shell and membrane structures: Effective and efficient 

solution techniques for very large design problems 

14:30-15:00 C. Sansour Generalised Continua, Electromechanical Coupling and Scale Effects 

Room 342A (Chair: P. Chabrand) 

14:00-14:30 J. Korelc Automation of Computational Modeling by Automatic Differentiation 

14:30-15:00 S. Stupkiewicz Interfacial energy and size effects in multiscale modelling of shape memory alloys 

Friday 

• Plenary lecture Amphithéâtre Bleu (Chair: M. Papadrakakis) 

12:30-13:15 C. Farhat Nonlinear model reduction via Petrov-Galerkin projection and compressive tensorproduct 

approximation 

• Semi-plenary lectures Amphithéâtre Bleu (Chair: G. Zavarise) 

11:50-12:20 X. Oliver On a new 3D contact domain method for large deformation contact problems 

Room Maillot (Chair: A. Ibrahimbegovic) 

11:50-12:20 H. Matthies Efficient Uncertainty Quantification via Sparse Representation 

Room 241 (Chair: A. Duarte) 

11:50-12:20 E. Sacco Modeling of masonry structures 

Room 251 (Chair: P. Cartraud) 

11:50-12:20 F. Feyel Towards coupling damage evolution and crack propagation 

Room 252B (Chair: M. Bonnet) 

11:50-12:20 R. Sevilla NURBS-enhanced finite element method (NEFEM) 

9 

Lectures

Monday 

Parallel sessions 

Monday 

10:00-11:00 

MS 88 Chair: T. Ricken Room 242B 

Coupled problems in porous media mechanics 

ID Authors Title 

10:00 1219 B. Markert, W. Ehlers, Numerical treatment of the strongly cou- 

Y. Heider pled dynamics in porous media problems 

10:20 1776 J. Bluhm, T. Ricken, 

M. Blossfeld 

Freezing and thawing processes in liquid 

and gas saturated porous media 

10:40 1112 J. Kruschwitz Modelling of biomechanical interaction of 

sulfur-oxidizing bacteria and concrete surfaces 

MS 67 Chair: M. Arroyo Room 252A 

Modeling and computational methods for the mechanics of biological 

systems 


10:00 546 A. Desimone Nematic elastomers as soft contractile actuators: 

theoretical modeling and numerical 

simulations. 

10:20 2009 L. Teresi, 

P. Nardinocchi, 

T. Svaton 

10:40 639 M. Vázquez, 

F. Carreras, R. Arís, 

G. Houzeaux, P. Villar, 

P. Lafortune, 

C. Labarta, D. Gil, 

J. Garcia-barnes, 

M. Ballester 

Simulation of deformation processes in left 

ventricle during cardiac cycle 

A massively parallel electro-mechanical 

model of the heart for large-scale simulations 

MS 112 Chair: R. Lammering Room 341 

Computational aspects of smart structures and materials 


10:00 830 A. Zak, W. Ostachowicz An algorithm to model sma behaviour by 

the finite element method 

10:20 1959 M. Kuczma Hysteretic response of shape memory alloy 

trusses 

10:40 1115 Y. Chemisky, 

G. Chatzigeorgiou, 

D. Hartl, D. Lagoudas 

Implementation of a 3d constitutive law for 

htsmas, considering cycling effects 

10 

MS 83 Chair: P. Trovalusci Amphithéâtre bleu 

Multiscale and multiphysics computational methodologies for complex 

materials 


10:00 950 R. Mueller, B. Xu, 

D. Schrade, D. Gross 

10:20 681 F. Vogel, P. Steinmann, 

S. Goktepe, E. Kuhl 

Micromechanical analysis of cracks in ferroelectric 

materials 

Theory and numerics of viscous electroactive 

material 

10:40 98 M. Birsan, H. Altenbach On the equations of orthotropic thermoelastic 

rods made of a porous material 

MS 144 Chair: P. Rossi Room 243 

Finite element modelling strategies for 3d cracking analysis of concrete 

structures 


10:00 1499 J.L. Tailhan, S. Dal 

Pont, P. Rossi 

10:20 1791 G. Vergara, 

N. Domínguez 

10:40 

3d modelling of concrete cracking via a 

macroscopic probabilistic approach. 

Non-linear modelling of composite cft & 

src columns taking account of bonding 

MS 154 Chair: F. Abed Room 253 

Modelling and experimentation for materials and structures 


10:00 1636 H. Modarresi, Analytical and experimental investigation 

H. Showkati of the effect of various stiffeners on bending 

of thin circular-plates under uniform pressure 

10:20 1157 I. Gerdemeli, D. Ozer The behaviour of uniformly distributed load 

carrying rectangular plates 

10:40 1005 V. Pouzols, 

L. Tabourot, P. Balland 

A complete approach for industrial bending 

simulation. 

MS 82 Chair: J. Eberhardsteiner Room 342B 

Computational material modeling of wood and wood products 


10:00 1733 J.M. Husson, J. Gril, Hygro-locks modelling of the mechano- 

F. Dubois, N. Sauvat sorptive behavior based on integral formulation 

or internal variables 

10:20 947 M. Ekevad Three-dimensional orthotropic elasticplastic-mechano-sorptive 

material model 

for simulation of wood behaviour 

10:40 904 E.T. Engelund, 

S. Svensson 

Modelling the time-dependent mechanics 

of wood cell wall by deformation kinetics


Monday 

10:00-11:00 

MS 57 Chair: M. Papadrakakis Room 353 

The stochastic finite element method: recent advances 


10:00 227 X. Xu Stochastic computation based on orthogonal 

expansion of random fields 

10:20 792 T. Melink, J. Korelc Stability of stochastic finite elements 

10:40 1129 G. Stefanou, G. Pittos, 


Stochastic finite element pile settlement 

analysis 

MS 36 Chair: J. Réthoré Room 362363 

Identification of material models by non-trivial tests and innovative 

measurement techniques at different observation scales 


10:00 373 P. Leplay, J. Réthoré, 

S. Meille, M.C. Baietto 

10:20 1792 A. Medda, A. Baldi, 

B. Filippo 

Damage law identification from a bending 

test of a quasi brittle material using digital 

image correlation 

Continuous damage mechanics parameters 

identification from full field dic information. 

10:40 1617 M. Rossi, F. Pierron Towards optimized mechanical test design 

for full-field measurements and inverse 

identification 

MS 99 Chair: D. Givoli Room 315 

Model reduction methods in solid mechanics 


10:00 1521 S.K. Hong, B. Epureanu Parametric reduced order models of the dynamics 

of complex structures 

10:20 683 D. Amsallem, C. Farhat Matrix manifold-based interpolation of 

parametric structural reduced-order models 

10:40 1973 R. Ghanem Stochastic model reduction in mechanics. 

11 

MS 51 Chair: R. Bialecki Room 343 

Inverse methods for parameter identification 


10:00 618 S. Oliveira, Finding the elastic coefficients of a dam- 

A.M. Toader, V. Paulo aged zone in a concrete dam using material 

optimization to fit measured modal parameters 

10:20 76 S. Li Parameter estimation of nonlinear constitutive 

model of soils by using genetic algorithm 

10:40 1872 G. Cocchetti, Inelastic parameter identification for local 

T. Garbowski, G. Maier, diagnosis analysis of concrete dams 

G. Novati 

MS 1 Chair: E. Cueto Room 352A 

Advanced computational techniques based on model order reduction 


10:00 147 F.K. Corbaci, A. Mugan Model order reduction based on discrete 

equivalence principle 

10:20 887 P. Tiso, S.D. Hannot, 

D. Rixen 

10:40 1109 B. Haasdonk, 

M. Drohmann, 

M. Ohlberger 

A modal derivative approach for model reduction 

in mems nonlinear dynamic analysis. 

Model reduction of implicit and explicit 

parametrized nonlinear evolution schemes 

by empirical operator interpolation 

MS 10 Chair: N. Moes Room Maillot 

Computational fracture and failure of materials and structures 


10:00 345 V.F. González Enriched of the crack corner singularity 

Albuixech, E. Giner with the extended finite element method 

Maravilla, A. Vercher 

Martínez, J.E. Tarancón 

Caro, F.J. Fuenmayor 

Fernández 

using spherical harmonics 

10:20 1502 M. Baydoun, T.P. Fries The xfem using crack tip enrichment with 

large support for curved cracks 

10:40 748 M. Bruyneel, 

S. Grosgeorge, 

C. Henrard, P. Morelle, 

M. Duflot, E. Wyart, 

F. Krull 

Current practice in computational fracture 

mechanics: a software editor’s point of 

view based on test cases 

MS 49 Chair: T. Burczynski Room 221222 

Algorithms for large scale multi-objective evolutionary optimization 


10:00 709 Y. Umezawa Optimization of design support method for 

occupants restraint system by considering 

interaction between design factors 

10:20 760 A. Dlugosz, 

T. Burczynski, 

G. Dziatkiewicz 

10:40 

Application of multi-objective evolutionary 

algorithms in optimization of piezoelectric 

models 

Monday

Monday 


Monday 

10:00-11:00 

MS 84 Chair: E. Rank Room 224225 

Geometric models and numerical simulation 


10:00 33 F. Auricchio, L. Beirao 

Da Veiga, T.J. Hughes, 

A. Reali, G. Sangalli 

Isogeometric collocation methods 

10:20 566 A. Nagy, M. Abdalla, 

Z. Gürdal 

Optimal anisotropy of composite shells using 

an isogeometric approach 

10:40 228 H. Netuzhylov, A. Zilian Towards space-time isogeometric analysis 

of panel flutter 

MS 98 Chair: J. Duysens Room 202203 

Simulation lifecycle management and cad-cae integration 


10:00 1626 P. Grimberg How to save money and cycle time by integrating 

cae to cad today with catia v5 and 

the future of collaborative simulation with 

the adn project. 

10:20 1195 T.B. Fraga, J.E.S. De 

Cursi, A.J.D. Silva 

Neto, F.J.D.C.P. Soeiro 

Presentation and analysis of three hybridization 

models with taboo search and 

similar particle swarm optimization heuristics 

for the job shop scheduling problem 

10:40 2033 M. Engelman, V. Canu Managing engineering knowledge 

MS 100 Chair: E. Petrov Room 251 

Dynamics of nonlinear structures with contact interfaces 


10:00 1705 C. Weiss, 

Ball joint dynamics - experiments, phe- 

N.P. Hoffmann nomena and models 

10:20 428 D. Süß, J. Geisler, 

K. Willner 

10:40 564 V. Babitsky, 

V. Hiwarkar 

Numerical and experimental investigations 

on dynamic contact phenomena of jointed 

structures 

To the modelling of dynamic structure with 

discontinuities 

12 

MS 33 Chair: M. Thiriet Room 364 

Composite materials and multiscale modeling and design in medicine and 

engineering 


10:00 803 K. Patralski, 

P. Konderla 

10:20 1542 S. Guessasma, R. Said, 

B. David 

10:40 

Remodelling of the aortic valve leaflet material 

Hybrid optimisation approach towards understanding 

the interphase effect on the 

elasticity of biopolymer based composites 

reinforced using glass-silica filler 

MS 119 Chair: U. Salman Room 223M 

High resolution computational mechanics 


10:00 660 B. Muite The chebyshev integral formulation for performing 

high spatial resolution collocation 

simulations 

10:20 1242 R. Kolman, J. Plesek, 

D. Gabriel 

Accuracy of finite quadratic serendipity elements 

in implicit dynamic wave propagation 

problems 

10:40 1489 U. Salman The role of nonlinear geometry in martensites 

MS 104 Chair: B. Susanne Room 241 

Gfem and numerical treatment of singularities 


10:00 41 T. Apel, J. Pfefferer, Local mesh grading for optimal control 

A. Rösch, D. Sirch problems in non-smooth domains 

10:20 585 L.Y. Sung Cahn-hilliard singularities 

10:40 876 M.A. Schweitzer Stable enrichment in the particle–partition 

of unity method 

MS 101 Chair: E. Lund Room 252B 

Recent advances in structural optimization - modeling and methods 


10:00 137 S. Vigdergauz Stress smoothing holes in statically loaded 

perforated plates 

10:20 1498 S. Thibaut, L. Van 

Miegroet, E. Lemaire, 

P. Duysinx 

10:40 441 M. Scherer, 

P. Steinmann 

Application of x-fem and level-set description 

to shape optimization of holes in elastic 

plates and periodic microstructures 

Towards node-based shape optimization: a 

fictitious energy constraint


Monday 

10:00-11:00 

MS 114 Chair: D. Smeulders Room 352B 

Experiments, theory, and numerical modelling of waves in heterogeneous 

porous media 


10:00 101 S. Serrano, S. Workman New approaches to the propagation of nonlinear 

transients in porous media 

10:20 2000 A. Britan, M. Liverts, 

H. Shapiro, G. Ben-dor 

Protective barriers of particulate aqueous 

foams 

10:40 290 C. Boutin Non-local effects on wave propagation in 

air saturated rigid porous media 

13 

MS 58 Chair: I. Tsukrov Room 351 

Micromechanical modeling of composites and heterogeneous materials with 

hierarchical microstructures 


10:00 1795 R. Valenta, M. Sejnoha, 

J. Zeman 

10:20 767 L. Snozzi, A. Caballero, 

J.F. Molinari 

Applications of averaging schemes and periodic 

unit cells in search for effective properties 

of mastic asphalt mixtures 

Influence of the meso-structure in dynamic 

fracture simulation of concrete under tensile 

loading 

10:40 1913 C. Pichler, R. Lackner Upscaling strategies for viscoelastic properties 

of highly-filled composites: application 

to bituminous mixtures 

MS 53 Chair: R. Larsson Room 242A 

Computational models and methods for multiphysics processes in 

geomaterials, biomaterials and other multiphase porous media 


10:00 1924 A. Nasedkina Finite element simulation of transient axisymmetric 

thermoelastic problems for heterogeneous 

media with physical nonlinearities 

and circular fractures 

10:20 387 M. Preisig, J.H. Prévost Stabilization procedures in coupled poroelasticity 

problems: a critical assessment 

10:40 

Monday

Monday 


Monday 

11:20-12:50 

MS 88 Chair: B. Markert Room 242B 



11:20 1038 F. Irzal, J. Remmers, A finite strain, partition of unity based 

Keynote R. De Borst cohesive zone formulation for propagating 

cracks in porous media 

11:50 1722 T. Ricken Modeling of the methane oxidation layer 

in landfills - a multiphase continuum approach 

12:10 573 C. Becker, P. Kurzeja, 

H. Steeb 

Numerical investigations of internal erosion 

in cohesionless soils: the role of interfacial 

areas 

12:30 9 N. Laredj This study presents a formulation for coupled 

moisture, air and chemical transport 

in expansive unsaturated clays. 

MS 67 Chair: P. Purohit Room 252A 


systems 


11:20 808 T. Powers Swimming microorganisms in complex flu- 

Keynote 

ids 

11:50 535 F. Alouges, 

A. Desimone 

12:10 473 A. Voigt, A. Raetz, 

J. Lowengrub 

12:30 1030 M. Arroyo, 

A. Desimone, L. Heltai, 

B. Hashemian 

Optimal locomotion at low reynolds number 

Domain formation and shape dynamics in 

vesicles 

Relaxation dynamics of fluid membranes 

MS 112 Chair: M. Kuczma Room 341 



11:20 2020 R. Bastaits, Challenges in modelling and control of ex- 

Keynote G. Rodrigues, 

A. Preumont 

tremely large telescopes 

11:50 274 S. Ringwelski, 

U. Gabbert 

12:10 797 M. Fischer, 

K.U. Bletzinger, 

R. Wüchner 

12:30 708 E.P. Kligman, 

N. Yurlova 

A coupled fe-fe-be approach for the modeling 

of smart lightweight structures for active 

noise and vibration control 

Fe-simulation and optimal design of smart 

adaptive lightweight structures 

Solution of optimization problems of multimodal 

damping by external electric circuits 

MS 83 Chair: T. Sadowski Amphithéâtre bleu 


materials 


11:20 

Keynote 

46 R. De Borst, J. Réthoré, 

M.A. Abellan 

Two-scale approaches for fluid flow in fracturing 

porous media 

11:50 632 J. Lewandowska Modelling of water flow and solute transport 

in double porosity unsaturated porous 

media: theory, two-scale computations and 

experiments 

12:10 248 M. Murad, R. Ponce, 

S. Lima, A. Braga 

12:30 1224 J. Kaiser, T. Lemaire, 

S. Naili, V. Sansalone 

Macroscopic behavior of ph-sensitive 

swelling porous media derived from 

homogenization 

Multiscale modeling and simulation of fluid 

flow within cortical bone including cationic 

exchanges 

MS 62 Chair: H. Mang Room 243 

ID Authors 

Computational structural stability 

Title 

11:20 53 Z. Gaspar, T. Tarnai, Bifurcations of an elastic model with non- 

Keynote K. Hincz 

smooth material law 

11:50 253 M. Ahmed, I. Kiyohiro, 

Y. Yuki 

12:10 176 D. Lanc, I. Pesic, 

G. Turkalj 

12:30 263 G. Turkalj, 

E. Merdanovic, D. Lanc 

Imperfection sensitivity analysis of structures 

in the plastic range 

Stability analysis of beam-type structures 

with thin-walled laminated composite cross 

section 

A beam model for nonlinear stability analysis 

of beam-type structures with flexible 

connections 

MS 154 Chair: M. Ponçot Room 253 

Modelling and experimentation for materials and structures 


11:20 1154 A. Tillmanns, Textile magnets as base for micromagnetic 

Keynote M.O. Weber, 

T. Blachowicz, 

L. Pawela, 

T. Kammermeier 

simulations 

11:50 1303 F. Deleau, D. Mazuyer, Dynamic instability visualization of a rub- 

A. Sanon 

ber/glass interface 

14 

12:10 464 F. Abed Comparisons of the isothermal and adiabatic 

responses of diffferent steels 

12:30 1352 M. Ponçot A new method to measure and simulate 

the thermal instabilities of multimaterials 

during the ed-paint process. 

MS 82 Chair: J. Gril Room 342B 



11:20 1972 J. Carmeliet, R. Guyer, Moisture and mechanical hysteretic behav- 

Keynote D. Derome ior of wood: a two-scale approach 

11:50 1968 D. Derome, M. Abuku, 

J. Carmeliet 

12:10 1457 J. Eitelberger, 

K. Hofstetter 

12:30 239 F. Gaignat, F. Wittel, 

H. Herrmann 

Analysis of the impact of cell geometry and 

swelling on vapor permeability of wood 

An advanced multiscale approach to stationary 

and transient moisture transport in 

wood below the fiber saturation point 

Micro-mechanical modeling of swelling in 

wood


Monday 

11:20-12:50 

MS 57 Chair: G. Stefanou Room 353 



11:20 1806 Z. Yang, S. Xiangting Monte carlo simulation of 3d complex 

Keynote 

fracture considering random heterogeneous 

material properties 

11:50 1274 I. Papaioannou Embedded domain discretization of 

stochastic fields 

12:10 1925 D. Charmpis Iterative solution methods for stochastic finite 

element equations 

12:30 

MS 36 Chair: F. Hild Room 362363 




11:20 614 M. Grediac, M. Bonnet Identifying constitutive parameters from 

Keynote 

full-field measurements: a challenging issue 

in computational mechanics 

11:50 896 E. Durif, J. Réthoré, 

M. Fregonese, 

A. Combescure 

12:10 6 R. Fedele, F. Hild, 

S. Roux 

12:30 1765 T. Pottier, F. Toussaint, 

P. Vacher 

Development of a digital image correlation 

method used in fatigue crack propagation 

control 

Assessment of interface properties and 

boundary conditions by digital image correlation 

and kalman filter 

Constitutive behavior identification using a 

highly heterogeneous 3d test 

MS 99 Chair: R. Ohayon Room 315 

11:50 1878 H. Jakobsson, 

F. Bengzon, 

M.G. Larson 

Adaptive model reduction in multiphysics 

simulation 

12:10 534 S. Cartel Adaptive reduced order modeling for inverse 

problems 

12:30 

MS 51 Chair: G. Maier Room 343 



11:20 542 N. Sakharova, On the determination of mechanical prop- 

Keynote V. Fernandes, erties of a material with residual stresses by 

M. Oliveira, J. Antunes indentation: numerical simulation study 

11:50 2045 V. Buljak, G. Maier, 

B. Miller 

12:10 1777 J. Prou, K. Kishimoto, 

A. Constantinescu 

12:30 1105 A.G. Geffroy, 

P. Longere, P. Pilvin, 

B. Leble 

Comparative assessment of inverse analyses 

for material characterization based on 

indentation tests 

Identification of thin films young’s modulus 

from continuous indentation test and 

inverse analysis 

Improved methodology for parameters 

identification of non linear material behaviour 

MS 1 Chair: F. Chinesta Room 352A 



11:20 654 T. Lelievre Results and questions on a nonlinear ap- 

Keynote 

proximation approach for solving highdimensional 

partial differential equations 

11:50 664 A. Falco, A. Nouy, 

F. Chinesta 

A generalization of the eckart and young 

theorem and the proper generalized decomposition 

12:10 433 A. Nouy Alternative definitions of proper generalized 

decompositions for the numerical solution 

of problems formulated in tensor product 

spaces 

12:30 1964 A. Lozinski Incremental and non-incremental strategies 

for time marching in the method of 

separated representations 




11:20 1992 C. Linder, D. Rosato, Modeling failure in piezoelectric ceramics 

Keynote C. Miehe 

using finite elements with embedded strong 

discontinuities 

11:50 1134 K. Mansouri Numerical analysis of the plane strain 

crack-tip problem using x-fem in incompressible 

hyperelasticity 

12:10 1483 H. Hu, L. Chambon, 

D. Crozes, A. Frangi, 

M. Bonnet 

Symmetric fem-driven bem-fem coupling 

for 3d linear fracture mechanics 

12:30 1475 E. Benvenuti Modelling the fracture process zone by 

means of a regularized extended finite element 

approach 

MS 37 Chair: T. Burczynski Room 221222 


Multiscale methods in computational materials science 



11:20 10 A. Batou, C. Soize Stochastic reduced-order model for dynam- 11:20 1356 M. Bernacki, Level set framework for the numerical mod- 

Keynote 

ical structures having numerous local elastic 

modes in the low-frequency range 

Keynote T. Coupez, R. Logé elling of recrystallization 

15 

11:50 706 L. Madej, S. Patryk, 

K. Michalik, F. Kruzel, 

P. Maciol, K. Banas, 

M. Pietrzyk 

12:10 1189 H. Steeb, H. Ramézani, 

J. Jeong 

12:30 

Study on development of an adaptive finite 

element - cellular automata model for 

austenite-ferrite phase transformation 

Analytical and numerical investigation on 

penalized micro-dilatation (pmd) theory 

based on the macro-micro link concept on 

porous solid 

Monday

Monday 


Monday 

11:20-12:50 

MS 84 Chair: A. Duester Room 224225 



11:20 638 B. Szabo, R. Actis Experience with quasi-regional mapping in 

Keynote 

connection with the p-version 

11:50 691 B. Matthias Refinement of p-version hexahedral meshes 

on curvilinear domains 

12:10 2080 V.M. Calo Transfinite interpolation: from geometry 

representation to analysis 

12:30 

MS 98 Chair: S. Ben Chaabane Room 202203 

Simulation lifecycle management and cad-cae integration 


11:20 2031 J. Duysens, J. Courquet Challenges in slm capabilities for industrial 

Keynote 

competitiveness 

11:50 364 S. Sugiono Developing the database used for car body 

shape design with the less fuel consumption 

and vibration 

12:10 1665 O. Hardy, F. Krabchi, 

H. Oubensaid 

12:30 1750 M. Delanaye, F. Lani, 

I. Lepot 

Simulation data management for multidisciplinary 

design optimization (mdo) with 

cad and cae 

Cad-centric multidisciplinary optimization 

for industrial aeronautics design 

MS 100 Chair: K. Willner Room 251 



11:20 1846 L. Salles, L. Blanc, Dynamic analysis of fretting-wear in 3d 

Keynote F. Thouverez, 

A.M. Gouskov, P. Jean 

structures in contact with friction 

11:50 1785 E. Petrov High-fidelity reduced modelling for analysis 

of nonlinear steady-state dynamics of 

jointed structures 

12:10 1690 M. Torkhani, I. Nistor, 

L. Peletan, G. Jacquet 

12:30 1667 C. Firrone, S. Zucca, 

M. Gola 

A hybrid harmonic balance method for the 

prediction of the rotor transient response 

after blade-off with radial rubbing 

Static/dynamic coupling of gears with a 

ring damper for the nonlinear forced response 

calculation. 

16 

MS 33 Chair: Y. Bourgault Room 364 


engineering 


11:20 

Keynote 

1043 S. Bélanger, J. Vetel, 

A. Garon, D. Pelletier 

11:50 993 M.I. Farinas, 

S. Bélanger, P. Miron, 

A.M. Dufour, A. Garon, 

D. Pelletier 

12:10 1818 E. Olivi, M. Clerc, 

T. Papadopoulo 

12:30 1983 J.M. Urquiza, I. Dione, 

A. Fortin, A. Garon 

Grid adapted time-dependent lagrangian 

coherent structures identification 

Grid independent hemolysis computation: 

contribution to the fda critical path initiative 

for standardization of cfd techniques 

Domain decomposition for coupling finite 

and boundary element methods in electroencephalography. 

Finite element implementations of the nopenetration 

boundary condition on curved 

boundaries 

MS 119 Chair: B. Muite Room 223M 

ID Authors 

High resolution computational mechanics 

Title 

11:20 912 D. Komatitsch, Modeling of seismic wave propagation us- 

Keynote G. Erlebacher, ing high-order finite elements with mpi on 

D. Goeddeke, D. Michea a cluster of 192 gpus 

11:50 663 G. Pena, 

C. Prud’homme 

Spectral element approximation of fluidstructure 

interaction in hemodynamics 

12:10 1686 P. Pathmanathan Computational cardiac electro-mechanics 

12:30 250 K. Roidot, C. Klein Fourth-order time stepping for stiff pdes in 

the small dispersion limit 

MS 104 Chair: M.A. Schweitzer Room 241 

Gfem and numerical treatment of singularities 


11:20 655 C.A. Duarte, J. Pereira, Analysis of three-dimensional propagating 

Keynote D.J. Kim 

cracks: a two-scale approach using coarse 

finite element meshes 

11:50 695 I. Mitrea, W. Tucker Mellin transforms, calderon-zygmund theory, 

and validated numerics for elliptic 

boundary value problems 

12:10 630 J. Brannick Auxiliary space preconditioners for linear 

elasticity based on generalized finite element 

methods 

12:30 435 P. Ciarlet, S. Labrunie Numerical analysis of the generalised 

maxwell equations: charged particle simulations 

in singular domains 

MS 101 Chair: E. Lund Room 252B 



11:20 644 M. Kocvara, M. Stingl On the solution of topology and mate- 

Keynote 

rial optimization problems with stress constraints 

11:50 992 E. Munoz, M. Stolpe Global optimal design of composite laminates 

including failure criteria using decomposition 

techniques 

12:10 330 F. Schury, G. Leugering, 

M. Stingl, F. Wein 

12:30 196 C. Brecher, W. Klein, 

M. Seiler 

Design of isotropic lightweight material 

structures by inverse homogenization and 

topology optimization 

Parametric optimization of structural components 

considering geometrical restrictions


Monday 

11:20-12:50 

MS 114 Chair: P. Adler Room 352B 


porous media 


11:20 188 S. Pride Modeling of acoustic attenuation in porous 

Keynote 

media 

11:50 1554 H. Steeb, M. Frehner, 

S. Schmalholz 

12:10 1619 S.M. Hassanizadeh, 

S. Bottero, 

L. Pyrak-nolte, 

V. Joekar-niasar 

Oscillatory waves in residual saturated 

porous media: theoretical and numerical 

investigations 

Experimental and numerical investigations 

of capillarity in two-phase in porous media 

12:30 929 E.H. Saenger Time reverse characterization of sources in 

heterogeneous media 

17 

MS 58 Chair: M. Sejnoha Room 351 




11:20 

Keynote 

1650 V. Levin, K. Zingerman, 

A. Vershinin, 

E. Freiman, 

A. Kukushkin, 

A. Trachenko 

11:50 335 A. Visrolia, S. Angioni, 

M. Meo 

12:10 964 M. Kaestner, B. Jörg, 

M. Obst, V. Ulbricht 

12:30 2052 T. Breitzman, E. Iarve, 

R. Lipton, 

D. Mollenhauer, 

E. Zhou 

Development and use of the cae-system 

"fidesys" for nonlinear analysis of solids 

with microstructure that changed during 

loading 

A hierarchical xfem plate model for the 

simulation of composite laminates failure 

Multiscale modelling of the effective viscoplastic 

material behaviour of textilereinforced 

polymers using xfem 

Multiscale discrete damage modeling in 

laminated composites 

MS 53 Chair: T. Hueckel Room 242A 




11:20 262 F. Oka, S. Kimoto A chemo-thermo-mechanically coupled 

Keynote 

analysis on hydrate-bearing sediments 

11:50 420 T. Meynet, S. Fauriel, 

L. Laloui 

12:10 871 T. Schanz, L. Nguyen 

Tuan, M. Zimmerer, 

M. Datcheva 

12:30 1343 L. Luison, 

M. Passarotto, 

B. François, L. Sanavia, 

L. Laloui 

Biogrout propagation in soil in the framework 

of microbial induced calcite precipitation 

Hydro-mechanical behaviour of a multilayer 

engineered barrier system with imperfections: 

numerical simulation 

Finite element modelling of thermo-elastoplastic 

unsaturated porous materials with 

application to nuclear waste disposal. 

Monday

Monday 


Monday 

14:15-15:45 

MS 88 Chair: J. Bluhm Room 242B 



14:15 1373 W. Ehlers Multiphasic continuous media: an inves- 

Keynote 

tigation of the coupled multi-physical behaviour 

of geomechanical and biomechanical 

problems 

14:45 1734 A. Millard Computational simulation of the hydromechanical 

response of argillite during a 

ventilation experiment 

15:05 1188 H. Ramézani, J. Jeong, 

H. Steeb, J. Colin 

15:25 241 A. Mehrabian, 

Y. Abousleiman 

On multi-disciplinary modeling of the carbonation 

shrinkage phenomenon of the 

porous mortars 

The poroviscoelastic response of brain tissues 

during ventriculostomy treatments 

MS 67 Chair: A. Desimone Room 252A 


systems 


14:15 539 P. Purohit Unusual mechanical behavior of blood clots 

Keynote 

at the macro-scale is due to protein unfolding 

at the nano-scale. 

14:45 2005 R. Allena, J. Munoz, 

D. Aubry 

15:05 169 C. Cyron, O. Lieleg, 

K. Schmoller, 

A. Bausch, W.A. Wall 

15:25 822 P. Causin, 

M.T. Raimondi, 

R. Sacco, P. Zunino 

Mechano-diffusion model for drosophila 

embryo development 

A finite element approach for brownian dynamics 

of 3d biopolymer networks 

Multiscale computational modelling in 

bioreactor tissue engineering: the biosynthetic 

response of cartilage cells to nutrient 

supply and fluid-induced shear stress 

MS 112 Chair: W. Ostachowicz Room 341 



14:15 377 E. Artioli, S. Marfia, This paper presents an innovative shell fi- 

Keynote E. Sacco 

nite element approach for the analysis of 

devices made of shape memory alloy. 

14:45 2057 R. Naghdabadi, 

J. Arghavani, 

F. Auricchio, A. Reali, 

S. Sohrabpour 

15:05 934 A. Senechal, 

O. Thomas, J.F. Deü 

15:25 1418 G. Lhostis, 

K. Moussaoui, 

H. Drobez, K. Gautier, 

F. Laurent, B. Durand 

Computational issues in finite strain sma 

constitutive modeling 

Optimization of shunted piezoelectric 

patches for complex structure vibration reduction 

- application to a turbojet fan 

blade. 

Fem modelisation of a thermal active composite 

structure 

18 

MS 83 Chair: M. Ostoja-starzewski Amphithéâtre bleu 


materials 


14:15 1824 G. Pijaudier-cabot Evolving boundary effects in non local 

Keynote 

damage models: continuum to discrete 

transition 

14:45 306 T. Sadowski Multiscale modelling of gradual degradation 

in al2o3/zro2 ceramic composites under 

compression 

15:05 1742 D. Boso, M. Lefik, 

B.A. Schrefler 

Generalised self-consistent like method for 

thermo-mechanical damage in multiscale 

structures 

15:25 1987 H. Schütte On a fatigue damage approach based on 

explicit crack propagation in periodic unit 

cells 

MS 62 Chair: M. Ahmed Room 243 

ID Authors 


Title 

14:15 1013 L.G. Aigner, A. Sinwel, Stability of thin sheet layered structures 

Keynote J. Gerstmayr, H. Irschik with frictional contact 

14:45 578 O. Bashorun, 

D. Odwyer 

15:05 1275 G. Höfinger, J. Xin, 

H. Mang 

15:25 1628 M. Cacho, 

A. Lorenzana, 

P.M. López-reyes, 

R. Sáiz 

Parametric finite element analysis of cantilevered 

stone stairs 

Correlation of constraint conditions in koiter’s 

initial postbuckling analysis and in the 

consistently linearized eigenproblem 

Method to determine in a simple way the 

critical buckling load of frames with variable 

cross-section members under any type 

of load 

MS 156 Chair: P. Diez Room 253 

E-caero special session 


14:15 2092 A. Huerta Modeling discontinuities with high-order 

elements 

14:45 2093 B.A. Schrefler Numerical procedures for the non linear 

analysis of composites 

15:15 2094 A. Roos Simulation and measurement of transient 

conjugate heat transfer in a flat plate 

MS 82 Chair: D. Derome Room 342B 



14:15 350 H. Petersson Use of optical ander laser scanning tech- 

Keynote 

niques as tools for obtaining improved feinput 

data for strength and shape stability 

analysis of timber and glulam products 

14:45 1052 Z. Kavazovic, J. Deteix, 

A. Fortin, A. Cloutier 

Coupled mechanical and heat and mass 

transfer numerical models for mdf hot 

pressing 

15:05 141 S. Saft, M. Kaliske Numerical modelling of wood for the 

restoration of historical pianofortes 

15:25 576 R. Wolffhardt, G. Grüll, 

K.P. Schober, K. Höfler 

Practical applications of simulation models 

for the optimisation of the behaviour 

of wood based constructions in regard to 

moisture impact


Monday 

14:15-15:45 

MS 57 Chair: X. Xu Room 353 



14:15 1305 G. Stefanou, Nonlinear dynamic analysis of frame struc- 

Keynote M. Fragiadakis tures with stochastic system properties 

14:45 2014 B. Pascual, S. Adhikari Beyond the stochastic finite element 

method: hybrid uncertainty quantification 

using random pdes 

15:05 874 A. Notin Sldl: a stochastic approach of the ldl decomposition 

to speed up monte carlo simulations 

15:25 

MS 36 Chair: R. Fedele Room 362363 




14:15 

Keynote 

296 L. Peroni, M. Avalle, 

M. Peroni, D. Lehmhus 

14:45 858 V. Korepanov, 

V. Matveyenko, 

I. Shardakov 

15:05 1463 M. Ben Azzouna, 

P. Feissel, P. Villon 

15:25 

Modeling the inelastic behavior of aluminum 

foams based on ct scan geometry 

reconstruction 

Numerical investigation of static and dynamic 

problems in the framework of asymmetric 

elasticity theory 

Use of diffuse approximation for strain reconstruction 

from full-field measurements 




14:15 333 A. Placzek, D.M. Tran, Reduced order model identification by the 

Keynote R. Ohayon pod for a rigidly moving structure in a nonlinear 

compressible flow 

14:45 878 S. Hoffait, G. Kerschen, 

O. Brüls 

15:05 572 G. Stigliano, 

M. Domenico, D. Stijn 

15:25 

Toward robust parameterized reducedorder 

model of non-linear structures using 

pod 

A vehicle body concept modeling approach 

using reduced models of beams, joints and 

panels 

19 

MS 51 Chair: H. Orlande Room 343 



14:15 891 D. Amodio, G. Palmieri, Inverse procedure for identification of hy- 

Keynote M. Sasso 

perelastic material parameters by planar 

tension tests 

14:45 1596 Z. Bulinski, N. Andrzej, 

K. Kasza, L. Matysiak 

15:05 1897 O. Cortés-aburto, 

J.A. Hernández-pérez, 

G. Urquiza-beltrán, 

C. García-meneses 

15:25 1689 M. Cialkowski, 

J.A. Kolodziej 

Thermal inverse problems in modelling of 

the electrical bushing drying process 

Gas turbine optimization using neural network 

inverse 

Inverse problem for nonstationary nonlinear 

heat conduction equation 

MS 1 Chair: T. Lelievre Room 352A 



14:15 788 S. Niroomandi, Towards the third generation of surgical 

Keynote I. Alfaro, E. Cueto, 

F. Chinesta 

simulators 

14:45 909 F. Galland, A. Gravouil, 

M. Rochette 

A global model reduction approach for 3d 

fatigue crack growth with confined plasticity 

15:05 1509 F. Joly, A. Neveu Natural convection flow reduction by 

branch modes 

15:25 1676 J.L. Dulong, 

F. Druesne, P. Villon 

A priori reduction method and a priori 

hyper-reduction method for a non linear 

problem 

MS 10 Chair: X. Oliver Room Maillot 



14:15 1836 R. Abedi, R. Haber, Spacetime damage-delay cohesive model 

Keynote O. Allix 

for elastodynamic fracture with riemann 

contact conditions 

14:45 207 L. Sarah, J.F. Molinari, 

A. Seagraves, 

R. Radovitzky 

Parallel simulations of the fragmentation of 

heterogeneous structures 

15:05 742 A. Dahl Dynamic modeling of crack arrest experiments 

with a local stress criterion 

15:25 931 A. Seagraves, 

R. Radovitzky 

A scalable fragmentation algorithm in three 

dimensions 

MS 37 Chair: M. Pietrzyk Room 221222 



14:15 1314 K. Nowak Cafe model for creep damage induced by 

Keynote 

nonstationary creep deformation 

14:45 933 F. Di Paola, S. Pascal, 

C. Berdin 

15:05 1304 M. Hammoud, K. Sab, 

D. Duhamel 

Multi-scale modeling of the thermomechanical 

behavior of a particle-based nuclear 

fuel 

Coupled discrete-continuous methodology 

for in plane loaded elastic masonry 

15:25 1656 K. Kowalczyk-gajewska Comparison of three-scale and two-scale 

modelling of polycrystalline materials with 

lamellar substructure 

Monday

Monday 


Monday 

14:15-15:45 

MS 84 Chair: B. Szabo Room 224225 



14:15 1246 E. Rank, C. Sorger, From the geometric model to numerical 

Keynote A. Duester simulation 

14:45 651 A. Duester, C. Vinci, 

Z. Yang, E. Rank 

15:05 1682 B. Bornemann, 

R. Sanches, F. Cirak 

15:25 

The application of boundary conditions in 

the finite cell method 

Immersed b-spline finite elements 

MS 92 Chair: E. Simiu Room 202203 

Database-assisted design: basics, data compression, applications to tall 

buildings 


14:15 480 Y. Tamura, E. Simiu Aerodynamic e-databased assisted design 

Keynote 

of buildings 

14:45 400 D. Yeo Database-assisted design and the interface 

between wind and structural engineering 

15:05 289 C. Dragoiescu, 

J. Garber, 

J. Galsworthy, 

J. Kilpatrick 

The use of high-frequency pressure integration 

(hfpi) technique for the structural design 

of low-rise and high-rise structures 

15:25 1044 R. Gabbai An assessment of safety margins for wind 

effects on tall buildings 




14:15 944 G.P. Ostermeyer Nonlinear dynamics in contact interfaces 

Keynote 

with friction 

14:45 848 D. Nowell, M. Kartal, 

D. Mulvihill, D. Hills 

15:05 1961 D. Dini, D. Proprentner, 

S. Medina, 

C. Schwingshackl, 

A. Olver, E. Petrov, 

D. Ewins 

15:25 376 R. Creac’hcadec, 

J. Maurice, 

J.Y. Cognard 

A simple model for the prediction of tangential 

contact stiffness in frictional contact 

Hysteretic response of frictional joints 

A non associated elasto-visco-plastic model 

for adhesive suited to the numerical simulation 

of bonded assemblies 

20 

MS 33 Chair: A. Garon Room 364 


engineering 


14:15 

Keynote 

1126 Y. Bourgault, 

O. Rousseau, C. Pierre 

14:45 673 M. Delfour, A. Garon, 

G. Blanchet 

15:05 1534 L. Petrini, V. Sassi, 

W. Wu, D. Gastaldi, 

M. Vedani, S. Trasatti, 

F. Migliavacca 

15:25 

Towards patient-specific electromechanical 

models of the heart including 

fiber architecture 

Modeling and role of the dose in the design 

of coated stents 

Biodegradable stent design through numerical 

simulations 

MS 94 Chair: S. Idelsohn Room 223M 

ID Authors 

Meshless and related methods 

Title 

14:15 1198 J.S. Chen, L. Wang, Subdomain radial basis collocation method 

Keynote H.Y. Hu 

for fracture mechanics 

14:45 1564 J. Orkisz, S. Milewski Non-linear analysis by the meshless finite 

difference method using higher order approximation 

15:05 1104 I. Jaworska, J. Orkisz Generalization of the multipoint fdm on arbitrarily 

irregular meshes 

15:25 1209 J. Krok A unified approach to the adaptive fem 

and meshless methods with adaptivity on 

thetransition zone 

MS 55 Chair: J.S. Chen Room 241 

Generalized/extended fem, meshless methods and related approaches 


14:15 1003 R. Becker, E. Burman, A nitsche xfem for fictitious domain simula- 

Keynote P. Hansbo tions by use of a band of elements adjacent 

to the boundary. 

14:45 1019 M. Karimpour, 

D. Balint, S. Wang, 

J. Lin 

15:05 1204 D. Schillinger, 

S. Kollmannsberger, 

R.P. Mundani, E. Rank 

A crystal plasticity extended finite element 

method for simulating grain boundaries in 

polycrystalline materials 

The finite cell method for nonlinear problems 

of solid mechanics 

15:25 1361 A. Ferreira Analysis of stepped plates by rbf-ps collocation 

MS 101 Chair: M. Stingl Room 252B 



14:15 1379 R. Lipton, M. Stuebner, Optimal design for local stress control : ex- 

Keynote H. Zhang plicit parametrization via inverse homogenization 

14:45 924 O. Amir, M. Stolpe, 

O. Sigmund 

15:05 386 N. Gerzen, 

F.J. Barthold 

15:25 1122 B. Bochenek, 

K. Tajs-zielinska 

Efficient computational procedures for 

topology optimization of nonlinear structures 

Model reduction in topology optimisation 

using singular value decomposition (svd) 

Local rules of cellular automata for generating 

optimal topologies in structural design


Monday 

14:15-15:45 

MS 58 Chair: T. Seelig Room 351 




14:15 

Keynote 

1310 T. Böhlke, K. Jöchen, 

R. Piat, I. Tsukrov, 

G. Todd, B. Reznik 

14:45 672 I. Tsukrov, B. Drach, 

S. Wesley, R. Piat, 

T. Böhlke, J.M. Gebert, 

A. Wanner 

15:05 1255 R. Piat, G. Stasiuk, 

T. Böhlke, J.M. Gebert, 

S. Dietrich, A. Wanner, 

I. Tsukrov, 

O. Deutschmann, 

G. Todd 

15:25 1945 T.A. Langhoff, 

T. Böhlke 

Thermoelastic properties of pyrolytic carbon: 

theory and identification based on microstructural 

data 

Effective elastic moduli of materials with 

irregularly shaped pores characterized by 

micro-computed tomography 

Influence of the preform architecture on the 

effective elastic material properties of carbon/carbon 

composites 

On aspects of thermomechanical homogenization 

with applications to c/c composites 

MS 53 Chair: L. Laloui Room 242A 




14:15 

Keynote 

2056 T. Hueckel, L. Hu, 

M. Hu 

14:45 138 G. Buscarnera, C. Di 

Prisco, R. Nova 

Environmental degradation of materials: 

modeling. 

The effect of multi-physical perturbations 

on geomaterial instability: a framework 

for hydro-mechanical coupling in crushable 

soils 

15:05 913 O. Avci, W. Ehlers A new approach for plastic failure criteria 

of granular materials 

15:25 

21 

MS 11 Chair: P. Wriggers Room 342A 

ID Authors 

Computational contact mechanics 

Title 

14:15 1280 A. Konyukhov, Contact interaction inside knots - towards 

Keynote K. Schweizerhof the mechanics of knots 

14:45 365 Z.Q. Feng Dynamics of shell structures with contact 

interfaces 

15:05 811 K. Fietz, 

U. Nackenhorst 

An efficient fe-approach on the synovial 

contact in the human hip joint 

15:25 1557 R. Krenn Flexible wheel - soft soil contact modeling 

for mbs simulations 

MS 114 Chair: S. Pride Room 352B 


porous media 


14:15 589 J. Berryman Poroelasticity of orthotropic systems: 

Keynote 

modeling seismic waves in fluid-filled 

reservoirs with vertical fractures 

14:45 1786 H. Fan, D. Smeulders Shock-induced stoneley waves in fractured 

and permeable formations 

15:05 1288 M. Braatz, J. Renner Laboratory measurements of ultrasound attenuation 

in rock-like materials : yes, we 

can? 

15:25 436 D. Smeulders, 

M. Schakel 

Seismo-electric prospecting: theory and experimental 

results 

Monday

Monday 


Monday 

16:10-17:10 

MS 77 Chair: L. Desvillettes Room 242B 

Micro-macro scale-coupling and transition in solid and fluid mechanics 


16:10 149 L. Desvillettes, Micro-macro scale-coupling and transition 

A. Ibrahimbegovic in solid and fluid mechanics: 

prsentation 

keynote 

16:30 1543 M. Massot, F. Laurent, 

S. De Chaisemartin, 

L. Freret, D. Kah 

16:50 1340 C. Kassiotis, 

A. Ibrahimbegovic, 

H. Matthies 

Eulerian multi-fluid model for the simulation 

of evaporating polydisperse sprays : 

micro-macro scale modelling and numerical 

issues 

A componentwise implementation of a partitioned 

strategy for fluid-structure interaction 

and its application to sloshing waves 

impacting structures 

MS 67 Chair: M. Arroyo Room 252A 


systems 


16:10 1130 P. Young, V. Bui Xuan, 

D. Raymont 

16:30 161 C. Bertsch, A. Bolea 

Albero, M. Böl 

16:50 1544 T. Guelon, 

J.D. Mathias, 

G. Deffuant 

Mesh generation and computational modelling 

of biomedical image data 

3d modelling of biofilm structures using the 

finite element method 

Homogenization of the diffusion of bacterial 

biofilms 

MS 27 Chair: R. Rizzoni Room 341 

Mathematical and numerical modelling of microstructures in phase 

transformation and damaged materials 


16:10 1535 R. Melnik Numerical analysis of phase transformations 

in finite size nanostructures with 

mesoscopic models 

16:30 1289 K. Ammar, 

B. Appolaire, S. Forest, 

G. Cailletaud 

16:50 1172 A. Tahimi, F. Barbe, 

R. Quey, L. Taleb 

Combining phase field approach and homogenization 

methods for modelling phase 

transformation in elastoplastic media 

Plasticity induced by diffusive phase transformation: 

polycrystal fe modelling and experimental 

analysis 

22 

MS 83 Chair: R. Pyrz Amphithéâtre bleu 


materials 


16:10 609 C. Pellegrino, 

G. Mazzucco, 

V. Salomoni, 

C. Maiorana 

Experimental and 3d numerical study on 

bond behaviour between concrete and frp 

composites 

16:30 1430 F. Campi, I. Monetto Progressive interface failure of 2-layer composite 

beams with interlayer slip 

16:50 186 M. Teixeira, P. Pimenta, 

E.M.B. Campello 

Micromechanical analysis of damage in 

concrete with the efg method 

MS 62 Chair: Z. Gaspar Room 243 

ID Authors 


Title 

16:10 2071 H. Mang, G. Höfinger, On the interdependency of the primary and 

J. Xin 

the initial secondary equilibrium path for 

elastic buckling 

16:30 875 S.H. Assaee, 

H.R. Ovesy, 

M. Hajikazemi, 

M.H. Sadr 

Postbuckling behavior of thin and relatively 

thick laminated plates under endshortening 

and normal pressure loading using 

semi energy finite strip method 

16:50 2021 K. Maksym Numerical analysis of load-carrying capacity 

of thin-walled cylinders with geometrical 

imperfections periodical in circumferential 

direction (experiment and numerical 

simulation) 

MS 153 Chair: L. Komlanvi Room 253 

ID Authors 

Computational methods for structures 

Title 

16:10 600 A. Moreno, A. Loureiro, Numerical simulation and experimen- 

R. Gutiérrez, tal evaluation of three-dimensional steel 

J.M. Reinosa, M. López beam-to-column joints under non proportional 

loading 

16:30 134 F. Karaoulanis, 

T. Chatzigogos 

16:50 2053 W. Gerrits, W. Brink, 

Van Den 

Implicit numerical integration of the hoekbrown 

yield criterion in principal stress 

space 

Design optimisation by tailored fibre placement 

MS 82 Chair: M. Kaliske Room 342B 



16:10 2019 G. Meschke, 3d numerical simulations of anchor pull- 

M. Gofman, S. Mueller out tests based on a multisurface plasticdamage 

model for chipboard 

16:30 1732 P. Toussaint, 

I. Tavakoli-gheynani, 

J.F. Bocquet, 

P. Triboulot 

16:50 1727 I. Tavakoli-gheynani, 

P. Toussaint, 

C. Barthram, 

J.F. Bocquet 

Application and modelling pre-stressed 

timber joints 

Embedment strength at any angle to the 

grain: experimental and numerical analysis


Monday 

16:10-17:10 

MS Chair: Room 353 

16:10 

16:30 

16:50 


MS 69 Chair: J.P. Ponthot Room 362363 

Numerical strategies and optimization methodologies for finite element 

simulation of metal forming processes 


16:10 1236 V. Zubov The choice of cost functional for the optimal 

control problem of the crystallization 

process 

16:30 678 M.M. Rahman, 

F. Tarlochan, R. Singh, 

A.K. Ariffin, S.S. Md 

Nor 

16:50 328 S. Germain, 

P. Steinmann 

A model for the simulation of powder compaction 

process at elevated temperature 

Towards form finding for anisotropic materials 

MS 35 Chair: J. Mosler Room 315 

Energy-based variational methods in computational mechanics 


16:10 463 L. Stainier A variational finite element approach for 

thermo-mechanical coupling in computational 

structural mechanics 

16:30 1434 G. Alduncin Composition duality methods for quasistatic 

evolution elasto-visco-plastic variational 

problems 

16:50 1844 N. Bleier, J. Mosler, 

O. Bruhns 

Numerically efficient variational constitutive 

updates 

23 

MS 51 Chair: E. Kasparek Room 343 



16:10 2050 T. Garbowski, G. Maier, Material model calibration for anisotropic 

G. Novati elastic-plastic free-foils by cruciform tests, 

full-field measurements and inverse analysis 

16:30 1540 M. Wesolowski, 

E. Barkanov, A. Chate 

16:50 1298 F. Louf, D. Néron, 

P. Ladevèze 

Characterisation of storage and loss moduli 

of laminated composites via an inverse 

technique 

Damping updating in spaces structures 

MS 1 Chair: A. Nouy Room 352A 



16:10 1459 F.Z. Daïm, S. Cartel, Truncated integration for pgd solution of 

D. Ryckelynck inseparable thermal equations 

16:30 754 D. Ryckelynck Toward "green" mechanical simulations in 

materials science: hyper reduction of a 

polycrystal plasticity model 

16:50 246 M. Xiao, P. Breitkopt Surrogate models based on constrained 

pod for optimization 

MS 10 Chair: M. Jirasek Room Maillot 



16:10 1664 P. Trapper, K. Volokh Elasticity with energy limiters for modeling 

dynamic failure propagation 

16:30 1993 V. Lepov Multiscale structural modelling of damage 

and fracture processes 

16:50 862 M. Fischlschweiger, 

W. Ecker, T. Antretter, 

R. Pippan 

Fem-modelling of plasticity-induced crack 

closure under cyclic loading and plane 

strain condition 

MS 37 Chair: M. Bernacki Room 221222 



16:10 1495 W. Cecot, M. Serafin Application of hp-adaptive mixed elements 

to numerical homogenization 

16:30 1494 M. Serafin, W. Cecot Homogenization based on a single rve for 

inelastic heterogeneous materials 

16:50 1059 P. Mitkowski, 

W. Mitkowski 

Approximation of the basis function at determination 

of effective conductivity coefficient 

of elliptic system using asymptotic 

homogenization 

Monday

Monday 


Monday 

16:10-17:10 

MS 84 Chair: Y. Basilevs Room 224225 



16:10 751 A. Niggl, C. Katz, Converting analytical building-models to 

S. Kaiser 

consistent analysis models 

16:30 1383 V. Nübel Geometric model, numerical model, prototype 

- challenges in tool development 

16:50 1316 W. Volk, I. Heinle New approach for the evaluation of plastic 

flow curves for large strains with the bulge 

test 

MS 17 Chair: F. Schmerwitz Room 202203 

16:10 

Advances in computational tire mechanics 


16:30 1166 A. Svistkov Structural-phenomenological modeling of 

mechanical properties of rubber compounds 

16:50 2065 F. Schmerwitz Effective modeling of local friction dynamics 

between rubber and rough surfaces 

MS 100 Chair: K. Willner Room 251 



16:10 298 Y. Renard The singular dynamic method: a wellposed 

semi-discretization of contact problems 

in elastodynamics 

16:30 965 D. Doyen Modified mass method for dynamic contact 

problems with friction 

16:50 1532 A. Kireenkov Pade approximants in dynamics of solids 

under conditions of combined kinematics 

24 

MS 18 Chair: F. Gentil Room 364 

ID Authors 

Computational models for soft tissues 

Title 

16:10 1873 B. Hernandez, B. Peña, Computational model of the muscle of the 

B. Calvo, M. Doblare rabbit and implanted meshes 

16:30 144 T. Roza, R. Natal Jorge, 

M. Parente, C. Saleme, 

A. Filho, M. Pinotti, 

T. Mascarenhas 

16:50 988 T. Waffenschmidt, 

P. Saez, V. Alastrue, 

B. Peña, A. Menzel, 

M. Doblare 

Development of a methodology to simulate 

valsalva maneuver and its influence on 

pelvic floor using finite elements method 

A computational micro-sphere approach 

applied to the modelling of anisotropic soft 

biological tissues 

MS 94 Chair: P. Villon Room 223M 



16:10 1637 G. Liu A g space theory and weakened weak 

(w2) formulation of meshfree methods for 

biomechanics problems 

16:30 763 F. Ureña, J. Benito, 

L. Gavete, L. Gavete 

Application of the generalized finite difference 

method to seismic wave propagation. 

in this paper, this meshless method (gfdm) 

is applied to seismic wave propagation. we 

derived stability conditions and grid dispersion 

relations in 2-d. 

16:50 776 L. Gavete Modelling of the advection-diffusion equation 

with the generalized finite difference 

method 

l. gavete, f. ureña, j.j. benito, m.l. gavete 

MS 55 Chair: A. Simone Room 241 



16:10 1508 M. Macri Multiscale modeling of high-temperature 

performance of heterogeneous materials 

using structural based enrichment 

16:30 697 H. Huang Modeling subsurface features using multiphysics 

enriched finite element method 

16:50 1580 E. Ahmadi Micromechanics of fibrous composite materials 

using a new meshless method 

MS 101 Chair: P. Duysinx Room 252B 



16:10 728 R. Makinen, Topology optimization governed by the 

J. Toivanen, bernoulli free boundary problem using level 

J. Haslinger set parametrization and pseudo-solid solver 

16:30 198 M. Shimoda Optimal shape design of shell structures 

16:50 903 S. Arnout, G. Lombaert, 

G. Degrande, G. De 

Roeck 

Optimization as a design tool for shell 

structures


Monday 

16:10-17:10 

MS 58 Chair: T.A. Langhoff Room 351 




16:10 1055 P. Hempel, 

A. Hillenberg, T. Seelig 

16:30 749 A. Sedighiamiri, T. Van 

Erp, H. Van Dommelen, 

L. Govaert, G. Peters 

16:50 1672 S. Lin, T. Böhlke, 

R. Piat, M. Heizmann 

Multiscale mechanical modeling of talc 

particle reinforced thermoplastic polymers 

Three-phase micromechanical modeling of 

the elastic properties of semicrystalline 

polymers 

Determination of correlation functions of 

pyrolytic carbon microstructures based on 

an image segmentation technique 

MS 53 Chair: L. Sanavia Room 242A 




16:10 1199 R. Larsson, M. Rouhi, 

M. Wysocki 

16:30 170 D. Cohen, P. Lehmann, 

M. Schwarz, 

G. Michlmayr, D. Or 

16:50 346 A. Larese De Tetto, 

E. Onate, R. Rossi 

Infusion modelling using two-phase porous 

media theory 

Mechanics of hydrologically triggered shallow 

landslide using concepts of fiber bundle 

models 

Overtopping in rockfill dams: a mixed lagrangian 

eulerian formulation 

25 

MS 11 Chair: G. Zavarise Room 342A 

ID Authors 


Title 

16:10 1073 A. Chudzikiewicz, Rolling contact problems with two - layer 

A. Myslinski structures 

16:30 1364 T. Iwai, A. Sugimoto, Shape optimization problem of elastic bod- 

T. Aoyama, H. Azegami ies for controlling contact pressure 

16:50 733 Y. Kanno, R. Fujita A numerical algorithm for enumerating all 

wedged configurations in contact problem 

with coulomb friction 

MS 114 Chair: H. Steeb Room 352B 


porous media 


16:10 460 P. Adler, A. Pazdniakou, 

J.F. Thovert, 

V. Mourzenko, 

I. Malinouskaya, X.Y. Li 

Acoustic properties of porous media: an 

overview 

16:30 1004 M. Schanz, M. Nenning Infinite elements in saturated porous media 

16:50 

Monday

Monday 


Monday 

17:20-18:40 

MS 77 Chair: L. Desvillettes Room 242B 

Micro-macro scale-coupling and transition in solid and fluid mechanics 


17:20 553 V. Galkin, A. Galkin The condensed structure in system of colliding 

particles 

17:40 1530 L. Boudin, B. Grec, 

D. Yakoubi 

18:00 1439 L. Desvillettes, 

L. Chamoin 

18:20 

We numerically investigate the relevance, 

in the aerosol-air model, of the strong coupling 

between both phases, in the framework 

of the respiratory system. 

Control of simulation models used for kinetic 

equations 

MS 67 Chair: A. Desimone Room 252A 


systems 


17:20 1826 F. Fulga, C. Fulga, 

D. Nicolau 

17:40 715 S. Hossain, C. Nelson, 

T. Boulet, M. Arnoult, 

L. Zhang, A. Holmberg, 

J. Hein, N. Kleinschmit, 

Multiobjective genetic algorithm for flexible 

filament model parameters extraction 

18:00 3 

E. Sogbesan 

R. Miftahof Dynamicsof the gravid uterus 

18:20 

Material modeling and development of a 

realistic dummy head for testing blast induced 

traumatic brain injury 

MS 27 Chair: F. Lebon Room 341 




17:20 694 J.L. Shao Atomistic simulation of nanovoid-induced 

structural transition in shocked iron 

17:40 240 F. Davi’ Singularities in landau-devonshire potentials 

for ferroelectrics phase-transitions 

18:00 1724 D. Indeitsev Mathematical modeling of dynamical instability 

of surface and structure of materials 

18:20 782 R. Rizzoni, F. Lebon Asymptotic analysis of an elastic thin interphase 

with mismatch strain 

26 

MS 83 Chair: V. Sansalone Amphithéâtre bleu 


materials 


17:20 1355 A. Nemov, A. Borovkov, 

D. Boso, B.A. Schrefler 

Finite element simulation of the mechanical 

behaviour of multilevel composite iter 

cables 

17:40 1448 B. Hugues Numerical simulation of iter cable-inconduit 

conductors mechanical behavior 

18:00 25 O. Bacarreza, 

U. Heckenberger, 

G. Iannuzzo, 

G. Albertini 

18:20 750 M. Kaminski, 

M. Lesniak 

Integrated platform for design in aeronautics 

Effective parameters of the composites 

with metallic components under stochastic 

ageing processes 

MS 62 Chair: J. Murin Room 243 



17:20 28 K. Rzeszut Initial imperfections and clearances in stability 

analysis of thin walled steel structures 

k. rzeszut, a. garstecki 

17:40 1249 J. Xin, H. Mang Conversion of an imperfection-sensitive 

into an imperfection-insensitive arch bridge 

18:00 1655 I. Zuardy, P. Zahlen, 

W. Vöge, A. Herrmann 

18:20 1334 K. Saavedra, O. Allix, 

P. Gosselet 

Stability behaviour of plain-curved cfrp 

sandwich panel with foam core under compression 

and shear loads 

Towards a multiscale domain decomposition 

method for the simulation of delamination 

and buckling interaction in composites 

MS 153 Chair: F. Karaoulanis Room 253 

ID Authors 


Title 

17:20 1344 J.M. Battini, M. Hjiaj, Geometrically non-linear finite element 

Q.H. Nguyen analysis of two-layer composite beams with 

interlayer slip 

17:40 425 L. Komlanvi Sensitivity analysis of solutions computed 

through the anm: application to the geometrical 

nonlinear behaviour of a laminated 

glass beam 

18:00 669 T.R. Seong, T.Y. Yoon, 

H.M. Koh 

Finite-element simulation of nonlinear behavior 

of ultra-thick plate joint with gap 

between plates 

18:20 2036 T. Canor, V. Denoël Patching asymptotic solution of a cable 

with a small bending stiffness 

MS 82 Chair: L. Muszynski Room 342B 



17:20 1737 G. Turk Semi-analytical buckling loads of timber 

columns subjected to fire 

17:40 1121 J.L. Coureau On the application of fracture mechanics 

for traditional connections design 

18:00 1140 N. Dourado, S. Morel R-curve estimate through an exact selfweight 

compensation method:wood 

18:20 611 J. Cabrero, Numerical and experimental investigation 

A. Heiduschke, P. Haller on wooden profiles with fiber confinement


Monday 

17:20-18:40 

MS 14 Chair: G. Schueller Room 353 

Uncertainty quantification in computational mechanics and engineering 

sciences 


17:20 880 M. Schevenels, 

G. Lombaert, 

G. Degrande 

17:40 923 C. Desceliers, C. Soize, 

Q. Grimal, M. Talmant, 

S. Naili 

18:00 1036 A. Litvinenko, 

H. Matthies 

18:20 592 S. Klostermann, 

D. Vogt, M. Gehlken 

Optimal sensor placement in geophysical 

tests 

Identification of the probabilistic model for 

a nonhomegeneous cortical bone using in 

vivo measurements in ultrasonic range 

Sparse data formats and efficient numerical 

methods for uncertainties quantification in 

numerical aerodynamics 

Dynamic simulation of a phased-array 

radar considering earthquake loads 

MS 69 Chair: J.P. Ponthot Room 362363 




17:20 1807 M. Pietryga, 

I. Vladimirov, S. Reese 

17:40 1393 N. Merah, A. Al-aboodi, 

A.R. Shuaib, 

Y. Al-nassar 

Continuum mechanical material modelling 

of anisotropy with application to sheet 

metal forming 

3-d fea of the effects of large overtolerances 

on roller expanded tube-tubesheet 

joint strength 

18:00 1804 J. Frischkorn, S. Reese Modelling the compaction of metal powder 

and its application towards fe simulations 

of a new coating process 

18:20 268 B. Gueye, O. Pantalé Die design for minimizing the forging forces 

during radial forging process : fem and optimization 

algorithm. 

MS 35 Chair: L. Stainier Room 315 



17:20 34 K. Myslecki, P. Sawinski Static and dynamic analysis of cable nets 

based on hellinger-reissner functional and 

hamilton’s principle 

17:40 217 I. Kovacic, Z. Rakaric Higher approximations for motion for conservative 

oscillators with a fractional-order 

restoring force: non-simultaneous and simultaneous 

variational approach 

18:00 45 H. Santos, C. Paulo A complementary energy principle for the 

geometrically exact analysis of cables: 

derivation of an equilibrium stress-based finite 

element model 

18:20 1374 L. Madureira, 

E. Fonseca, F. Melo 

Out of plane bending in curved pipes 

a mixed formulation for evaluating stress 

field of curved pipes subjected to bending 

moment is presented and compared to finite 

element and experimental results 

27 

MS 51 Chair: A.G. Geffroy Room 343 



17:20 1710 E. Kasparek, Neural networks for parameter identifica- 

U. Zencker, tion of dynamically loaded polyurethane 

R. Scheidemann, 

H. Voelzke 

foams 

17:40 1851 F. Vianna, H. Orlande, 

G. Dulikravich 

18:00 467 Z. Lozina, D. Vucina, 

D. Sedlar 

Design of a heating system for petroleum 

pipelines based on state estimation and optimal 

control 

An assessment of the reliability of the inverse 

procedures in the structural change 

detection based on the residual force approach 

18:20 1641 J. Zhang, C.G. Koh Output-only substructural identification of 

jack-up spudcan fixity 

MS 1 Chair: P. Ladevèze Room 352A 



17:20 245 A. Ammar, F. Chinesta, Advances in time-multi-scale simulation: 

E. Cueto 

when time becomes multidimensional 

17:40 381 G. Bonithon, P. Joyot, 

F. Chinesta, P. Villon 

18:00 1088 M. Beringhier, 

J.C. Grandidier 

18:20 247 H. Lamari, A. Ammar, 

P. Cartraud, 

F. Chinesta, 

F. Jacquemin, 

G. Legrain 

Non-incremental boundary element discretization 

of the heat equation based on 

the use of the proper generalized decompositions 

Proper generalized decomposition and time 

adapted discretizations to solve thermoviscoelastic 

problem with two characteristic 

times 

Advanced non-linear homogenization: 

speeding-up concurrent simulations 




17:20 552 R. Schöngrundner, Endurance limit of chromium nitride 

S. Endler, G. Milassin, coated tool-steels - experimental and nu- 

O. Kolednik merical studies 

17:40 1002 A. Stoll, A.J. Wilkinson Bem based dislocation modeling of intergranular 

crack propagation 

18:00 270 H. Riahi Probabilistic assessment of mixed mode fatigue 

crack growth using stochastic collocation 

method 

18:20 991 M. Benachour, 

M. Benguediab, 

A. Hadjoui, 

N. Benachour 

Simulation of fatigue crack growth by fem 

for 2024 aluminum alloy 

MS 37 Chair: E. Majchrzak Room 221222 



17:20 481 W. Kus, T. Burczynski Multiscale analysis of biological tissues 

with the use of fem and gpu computing 

17:40 129 A. Milenin, 

M. Kopernik, 

M. Pietrzyk 

18:00 851 D. Zöllner, 

P. Streitenberger 

18:20 

The multi-scale fem model of artificial 

heart chamber composed of polyurethane 

and tin nanocoating deposited by pulsed 

laser deposition method 

Influence of the junction mobility on grain 

growth in nanocrystals 

Monday

Monday 


Monday 

17:20-18:40 

MS 84 Chair: W. Volk Room 224225 



17:20 1478 E. Marchandise, 

J.F. Remacle, 

C. Geuzaine 

High quality meshing with harmonic maps 

17:40 1541 J. Spühler, J. Hoffman, 

U. Gustafsson, 

M.G. Larson, 

P. Vesterlund 

18:00 1634 C. Erdönmez, 

O. Salman, E. Imrak 

18:20 1863 R. Leite, R. Natal 

Jorge, A. Jesus 

Simulation of flow in the human heart using 

moving geometries based on ultrasound 

measurements 

Characterizing the finite element analysis 

of nested helical geometry and test procedure 

for wire ropes 

An integrated system for reticular structures 

modeling regarding the fatigue analysis 

of riveted bridges 

MS 92 Chair: A. Gan Chowdhury Room 202203 

Database-assisted design: basics, data compression, applications to tall 

buildings 


17:20 314 F. Lombardo, J. Main Automated extraction and classification of 

thunderstorm and non-thunderstorm wind 

data for extreme-value analysis 

17:40 54 M. Grigoriu Generation of large databases of synthetic 

hurricane, thunderstorm, and synoptic directional 

wind speeds 

18:00 185 E. Simiu, 

G. Bitsuamlak, A. Gan 

Chowdhury, R. Li, 

A. Tecle, D. Yeo 

18:20 1186 I. Canino, A. Gan 

Chowdhury 

Testing of residential homes under wind 

loads 

Aerodynamic load and multi-axial performance 

testing on fiber- reinforced polymer 

connections and metal fasteners 




17:20 458 A. Iwasaki Effect of pore side contact to the loosening 

behavior of the bolted joint of cfrp / 

isotropic plate 

17:40 118 A. Sadeghi, H. Zohoor Nonlinear vibration of double tapered 

atomic force microscope cantilevers by 

considering the hertzian contact theory 

18:00 

18:20 

28 

MS 18 Chair: B. Calvo Room 364 

ID Authors 


Title 

17:20 256 F. Gentil, C. Garbe, Otosclerosis - a comparative study using 

M. Parente, P. Matins, 


finite element method 

17:40 1142 K.B. Gu, L. Li Computational contact mechanics of human 

knee joint - influence of fluid flow and 

fibre orientation 

18:00 1087 G. Martufi, T. Gasser, 

M. Auer 

18:20 987 N. Cavallini, 

G. Guidoboni, 

R. Glowinski 

A growth model for abdominal aortic 

aneurysms based on continuous collagen 

turn-over 

Fluid structure interaction in blood flow: a 

stable loosely coupled algorithm 

MS 94 Chair: G. Liu Room 223M 



17:20 1548 J. Eom, S. De A point collocation-based residual free 

bubble method 

17:40 1644 D. Racz Mlpg techniques: adaptive integration, 

mapping of integration domains and comparing 

results to fea solutions 

18:00 1819 E. Costa, L. Godinho, 

J. Santiago, A. Pereira, 

C. Dors 

18:20 895 A. Schoenewald, O. Von 

Estorff 

An efficient numerical model for the prediction 

of acoustic wave propagation in the 

vicinity of a wedge coastal region 

Meshfree methods for the dynamic analysis 

of saturated soil 

MS 55 Chair: A. Simone Room 241 



17:20 220 A. Alizada, T.P. Fries Cracks and crack propagation with xfem 

and hanging nodes in 2d 

17:40 259 H. Minnebo, J. Majerus, 

L. Noels 

Displacement extrapolation method : an 

alternative to j-integral for stress intensity 

factors using x-fem 

18:00 478 S. Abbas, T.P. Fries High gradient enrichment functions 

for crack propagation in cohesive and 

cohesion-less cracks 

18:20 392 D. Simkins Mulit-scale structural mechanics for advanced 

aircraft design 

MS 101 Chair: M. Kocvara Room 252B 



17:20 586 M. Stingl, M. Kocvara Free material optimization and the plato-n 

software 

17:40 1016 J.P. Blasques, G. Bir, 

K. Maute, M. Stolpe 

18:00 889 C.G. Hvejsel, E. Lund, 

E. Munoz 

Optimal design of laminated composite 

beams with mass, stiffness and aeroelastic 

constraints for wind turbine applications 

Multi-material optimization - global optimization 

and relaxations 

18:20 741 B. Schmidt, M. Stingl Simultaneous multi-layer shape and material 

optimization - existence, convergence 

and numerical results


Monday 

17:20-18:40 

MS 58 Chair: B. Svendsen Room 351 




17:20 472 J. Vorel, M. Sejnoha, 

J. Zeman 

17:40 680 M. Giovinazzo, 

I. Tsukrov, G. Todd, 

M. Fruscello, 

J. Goering, G. Collin, 

Y. Lapusta 

18:00 1358 G. Couégnat, E. Martin, 

J. Lamon, N. Carrère 

18:20 846 T. Vaughan, 

C. Mccarthy 

Hierarchical modeling of plain weave fabric 

composites 

Multiscale numerical modeling of 3d textile 

composites to predict cure-induced microcracking 

Multiscale modeling of woven ceramic matrix 

composites based on a discrete micromechanical 

damage description 

Micromechanical modelling of transverse 

damage in fibre reinforced composite materials 

MS 53 Chair: W. Ehlers Room 242A 




17:20 16 F. Pizzocolo, 

J. Huyghe, J. Remmers, 

K. Ito, R. De Borst 

A mixed hybrid formulation for 2 d poroelasticity 

with discontinuity 

17:40 1248 A. Grillo, G. Wittum Considerations on growth and transfer processes 

in multiphasic materials 

18:00 1283 D. Pioletti Mechanical interaction between cells and 

fluid for bone tissue engineering scaffold 

18:20 1093 R. Ruben, P. Fernandes, 

J. Folgado 

Optimum design of cementless hip prostheses 

considering stem alignment effect on 

long-term performance 

29 

MS 11 Chair: G. Zavarise Room 342A 

ID Authors 


Title 

17:20 1930 A. Markopoulos, Scalable feti methods for contact problems 

T. Brzobohaty, 

P. Horyl, T. Kozubek, 

Z. Dostal, V. Vondrak 

with friction in 2d 

17:40 343 N. Strömberg Contact modeling in topology optimization 

18:00 1590 Y. Renard, T. Ligursky A well-posed semi-discretization of elastodynamic 

contact problems with friction 

18:20 1612 V. Yastrebov, 

G. Cailletaud, F. Feyel 

Implementation and application of a feti 

based parallel contact algorithm 

MS 13 Chair: S. Potapov Room 352B 

Computational methods in impact engineering 


17:20 1398 V. Faucher, S. Kokh Explosive fluid structure-interaction using 

multi-component flows with antidissipation 

17:40 1335 V. Feldgun, Y. Karinski, 

D. Yankelevsky 

18:00 1605 L. Maheo, G. Rio, 

V. Grolleau 

18:20 

Soil-structure interaction: riemann solver 

and the modified godunov method for irreversibly 

compressible media 

Damping efficiency of the explicit time integration 

tchamwa-wielgosz scheme and 

the bulk viscosity method 

Monday

Tuesday 


Tuesday 

09:25-10:55 

MS 56 Chair: T. Wallmersperger Room 242B 

Advanced structures and coupled multifield problems 


09:25 816 F. Franco, S. De Rosa, Vibroacoustic design of a prototypal sand- 

Keynote T. Polito 

wich panel 

09:55 151 S. Brischetto, O. Polit, 

E. Carrera 

A nine parameter shell model for the analysis 

of innovative structures 

10:15 1251 S. Klinkel The treatment of electromechanical locking 

in a finite shell element for piezoelectric 

structures 

10:35 1378 S. Hartmann, 

A.W. Hamkar, 

K.J. Quint, S. Rothe 

Thermo-mechanically coupled finite element 

analysis using high order time integrators 

MS 29 Chair: T. Ishikawa Room 252A 

ID Authors 

Biological cells and capsules 

Title 

09:25 2027 C. Misbah Vesicles and red blood cells under flow: dy- 

Keynote 

namics and rheology 

09:55 508 T. Klöppel, W.A. Wall A novel two-layer, coupled finite element 

approach for the nonlinear elastic and viscoelastic 

behavior of human erythrocytes 

10:15 1113 P. Dimitrakopoulos, 

S. Kuriakose, 

W.R. Dodson Iii 

10:35 1390 I. Pivkin, M. Dao, 

G. Karniadakis, 

S. Suresh 

Non-axisymmetric motion of capsules and 

red blood cells in microfluidic channels and 

vascular microvessels 

Numerical simulations of flow dynamics of 

human red blood cells in microfluidic systems 

MS 27 Chair: R. Rizzoni Room 341 




09:25 

Keynote 

1381 J.J. Marigo, K. Pham, 

C. Maurini 

09:55 1630 G. Allaire, F. Jouve, 

N. Van Goethem 

Construction and stability properties of localized 

states in gradient damage model 

A level set method for damage evolution in 

brittle materials 

10:15 710 I. Chenchiah, C. Larsen Evolution of brittle damage with multiple 

damaged states 

10:35 793 R. Paroni, C. Davini Piece-wise constant approximation of first 

order variational problems via w 1,p estimates 

30 

MS 83 Chair: G. Maier Amphithéâtre bleu 


materials 


09:25 1365 M. Ostoja-starzewski Fractals in mechanics of materials 

Keynote 

09:55 1354 F. Meftah, S. Dal Pont, 

B.A. Schrefler 

10:15 806 J. Hohe, V. Hardenacke, 

C. Beckmann 

A three-dimensional staggered finite element 

modeling of thermohygro- mechanical 

behavior in porous media with random 

properties 

Numerical homogenization analysis of disorder 

effects in the effective thermomechanical 

response of structural foams 

and porous solids 

10:35 1114 M. Zingales The fractal model of non-local elasticity 

with long-range interactions 

MS 62 Chair: J. Gerstmayr Room 243 

09:25 

Keynote 



09:55 1395 R. Alsafadie, M. Hjiaj, 

J.M. Battini 

10:15 1568 A. Ruggerini, S. De 

Miranda, R. Miletta, 

F. Ubertini 

10:35 1660 S. De Miranda, 

G. Garcea, A. Madeo, 

F. Ubertini, G. Zagari 

Corotational mixed three-dimensional finite 

element for structural stability problems 

On the numerical modeling of thin-walled 

cold-formed roof systems. 

Koiter postbuckling fem analysis of plate 

assemblages using a corotational formulation 

MS 153 Chair: R. Duris Room 253 

ID Authors 


Title 

09:25 242 M. Szczotka Dynamic analysis of a subsea pipeline in- 

Keynote 

stallation on seabed 

09:55 5 J.B. Paiva, D.B. Ribeiro Numerical static analysis of rafts resting on 

a three-dimensional infinite layered media 

10:15 275 M. Abasolo Bilbao, 

J. Aguirrebeitia, 

R. Aviles, I. Fernandez 

De Bustos 

10:35 1579 A. Nour, T. Djedid, 

Y. Chevalier, 

M.O. Si-chaïb, 

M.S. Bouamrene 

A tetraparametric metamodel for the analysis 

and design of bolting sequences for 

wind generator flanges 

This work presents an evaluation of stress 

engendered by defects of the spiral bevel 

gears meshing. 

MS 82 Chair: G. Meschke Room 342B 



09:25 1671 F. Wittel, H. Herrmann Micro-mechanical modeling of failure pro- 

Keynote 

cesses in wood 

09:55 959 M. Lehmann, 

T. Tannert, M. Grosse 

10:15 1435 C. Hackspiel, 

K. Hofstetter, 

M. Lukacevic, 

J. Eberhardsteiner 

Multi surface plasticity model for timber 

bending members 

A numerical simulation tool for wood grading 

10:35 372 P. Isaksson A strong nonlocal plasticity model for approximation 

of the macroscopic mechanical 

behavior of planar random fiber networks


Tuesday 

09:25-10:55 

MS 14 Chair: C. Soize Room 353 


sciences 


09:25 

Keynote 

238 M. Valdebenito, 

G. Schueller 

09:55 368 A. Gallina, L. Pichler, 

T. Uhl 

10:15 690 R. Sternfels, 

S. Koutsourelakis 

10:35 1020 E. Schimmel, 

J. Remmers, 

C. Verhoosel, 

M. Gutiérrez 

Design of maintenance schedules for 

fatigue-prone metallic components using 

reliability-based optimization 

Accurate modal meta-modeling procedure 

for representation of mode crossing and 

veering 

Stochastic optimal design using approximate 

models 

Sensitivity and reliability analysis for fracture 

modeled by cohesive segments and the 

partition of unity method 

MS 69 Chair: L. Fourment Room 362363 




09:25 31 R. Boman, J.P. Ponthot Advances in numerical simulation of sta- 

Keynote 

tionary processes using arbitrary lagrangian 

eulerian formalism. 

forming process. 

application to roll 

09:55 1301 F. Béchet Numerical modeling of the contact 

sheet/roller using a coupled anm/ad 

method 

10:15 1227 N. Mathieu, 

R. Dimitriou, 

A. Parrico, 

M. Potier-ferry, 

H. Zahrouni 

10:35 1296 A. Rassineux, 

C. Labergère, 

S. Belkacem, 

K. Saanouni 

Numerical simulation of flatness defects 

during the levelling process 

Adaptative remeshing procedures dedicated 

to metal forming processes with 

damage 

MS 35 Chair: J. Mosler Room 315 



09:25 1991 C. Miehe Variational principles and stability in dissi- 

Keynote 

pative electro-magneto-mechanics 

09:55 744 G. Venturini, O. Michael A variational approach to mechanochemical 

problems 

10:15 504 M. Groß, P. Betsch Energy-based mechanical time integrators 

of higher-order for nonlinear thermoviscoelastic 

continua 

10:35 519 A. Rosolen, D. Millan, 

M. Arroyo 

On the optimum support size in meshfree 

methods: a variational adaptivity approach 

with local maximum-entropy approximants 

31 

MS 20 Chair: B. Guzina Room 343 

ID Authors 

Inverse problems 

Title 

09:25 293 F. Cakoni Transmission eigenvalues and their appli- 

Keynote 

cation to inverse scattering problems 

09:55 23 L. Borcea Imaging in random waveguides 

10:15 448 A. Charalambopoulos On the development of a new moments 

method for the solution of the inverse 

acoustic scattering problem 

10:35 1238 C. Bellis, M. Bonnet Crack identification in elasticity using 3d 

time-domain topological derivative 

MS 1 Chair: S. Idelsohn Room 352A 



09:25 730 N. Relun, P.A. Boucard, Multiscale elastoviscoplastic analysis using 

Keynote D. Néron 

the proper generalized decomposition 

09:55 301 S. Boyaval Computational reductions in parametrized 

monte-carlo simulations 

10:15 1319 D. Néron, P. Ladevèze A time-space framework based on the 

proper generalized decomposition for solving 

evolution problems 

10:35 

MS 10 Chair: P. Kotronis Room Maillot 



09:25 1659 A. Simone, P. Lura, Shrinkage crack propagation in restrained 

Keynote J. Weiss 

cement paste cylinders 

09:55 182 D. Dias-da-costa, 

J. Veludo, J. Alfaiate, 

E. Júlio 

An element enriched formulation for simulating 

longitudinal cracking of concrete due 

to rebar slippage 

10:15 68 A. Kiselev Computational simulation of irreversible 

deforming, micro- and macrofracture of 

rock in the vicinity of a boreholein its dynamical 

unloading 

10:35 1486 T. Jankowiak, 

T. Lodygowski 

Failure criteria and dynamic fracture of 

concrete 

MS 37 Chair: W. Cecot Room 221222 



09:25 1241 L. Madej, S. Patryk, Multiscale numerical simulation of the 

Keynote P. Konrad, D. Farrugia, phase transformation during industrial 

M. Pietrzyk cooling process 

09:55 783 R. Szopa, E. Majchrzak, 

B. Mochnacki 

10:15 779 B. Mochnacki, 

E. Majchrzak 

10:35 

Numerical models of thermal processes in 

domain of metal superficial layer subjected 

to an external heat flux 

Numerical modelling of micro-scale heat 

transfer in 2d cylindrical domain 

Tuesday

Tuesday 


Tuesday 

09:25-10:55 

MS 12 Chair: J. Tavares Room 224225 

ID Authors 

Image processing and visualization 

Title 

09:25 302 J. Tavares, R. Natal 3d modeling of pelvic organs and pelvic 

Keynote Jorge, Z. Ma floor muscles in magnetic resonance images 

09:55 208 C. Garbe, F. Gentil, 

M. Parente, P. Matins, 


10:15 1901 A. Araújo, A. Pereira, 

N. Marranghello, 

J. Tavares 

10:35 1131 A. Sobiecki, 

C.E. Thomaz, 

L.A.P. Neves 

Analysis of the influence of tympanic membrane 

on the dynamic behavior of human 

middle ear 

Segmentation of skin lesions using active 

contours initialized by region growing 

To a better digitalization and visualization 

of frontal face photographs 

MS 140 Chair: M. Girardi Room 202203 

Construction for sustainability: computational models and simulations of the 

behavior of built environments using natural materials 


09:25 1424 M. Girardi Some explicit solutions to the dynamic 

Keynote 

problem of masonry pillars 

09:55 1276 C. Bohatier This communication present new method 

considering discrete rigid elements for 

modelling masonry.a system of equations is 

assembled according to a local and a global 

list of unknown variables. 

10:15 1697 A. Caporale, R. Luciano Limit analysis of reinforced multi-span 

masonry arches with finite compressive 

strength 

10:35 1037 C. Chazallon Finite element modelling of a wall built in 

natural soil 


Computational methods for waves in solids 


09:25 1061 A.S. Bonnet-ben Dhia, A way to use perfectly matched layers in 

Keynote G. Legendre the presence of backward guided elastic 

waves 

09:55 1092 A. Prieto, O. Bruno A new high-order method for the numerical 

simulation of wave propagation in heterogeneous 

materials 

10:15 1063 V. Baronian, 

A.S. Bonnet-ben Dhia, 

E. Lunéville 

Modal transparent condition for 3d elastic 

waveguides 

10:35 1183 J. Staudacher Conservative numerical scheme for the 

propagation of high frequency acoustic 

waves through a curved interface 

32 

MS 18 Chair: B. Peña Room 364 

ID Authors 


Title 

09:25 341 C. Weichert, M. Böl Skeletal muscle tissues - experimental and 

Keynote 

numerical investigation 

09:55 771 E. Majchrzak, 

B. Mochnacki 

10:15 202 R. Bouzerar, I. Tekaya, 

B. Roger, B. Olivier 

10:35 1079 N.H. Nguyen, 

H.J. Raatschen, 

M. Staat 

Numerical modelling of heat transfer between 

blood vessels (artery and vein) and 

biological tissue 

Intracranial dynamics: from brain elasticity 

to hydrocephalus 

A hyperelastic model of biological tissue 

materials in tubular organs 

MS 9 Chair: S. Bordas Room 223M 

Partition of unity methods for moving boundaries 


09:25 1888 M. Duflot Recent advances and applications of xfem 

Keynote 

for 3d crack propagation 

09:55 1884 T. Rabczuk, N.T. Nhon Isogeometric analysis using polynomial 

splines over hierarchical t-meshes 

10:15 444 L. Gastaldi Finite elements for the immersed boundary 

method 

10:35 1713 S. Kulasegaram, 

Y. Chen 

Modelling particulate composites using sph 

method 

MS 55 Chair: C.A. Duarte Room 241 



09:25 1910 J. Robbins Modeling dislocations in a polycrystal using 

Keynote 

the generalized finite element method 

09:55 1268 E. Grinspun, 

S.E. Mousavi, 

N. Sukumar 

10:15 1135 R. Chudoba, J. Jerabek, 

J. Hegger 

10:35 1533 A. Zamani, R. Gracie, 

M. Eslami 

Harmonic enrichment functions: a unified 

treatment of multiple, intersecting, 

branched cracks 

Crack-centered enrichment including 

debonding for 2d modeling of cementitous 

composites 

Convergent direct sifs by extended finite element 

method 

MS 101 Chair: E. Ramm Room 252B 



09:25 1832 P. Duysinx, Recent developements in optimization of 

Keynote J. Emonds-alt, 

G. Virlez, O. Brüls, 

M. Bruyneel 

flexible components of multibody systems 

09:55 1751 S. Cho, M.G. Kim, 

H.R. Jang 

10:15 558 D. Materna, 

F.J. Barthold 

Design sensitivity analysis of molecularcontinuum 

multi-scale problems using 

bridging scale approach 

Improvement of first-order sensitivity relations 

based on an exact formulation for the 

change in the state due to design perturbations 

10:35 471 I. Merta, S. Kravanja Multi-parametric cost optimisation design 

of reinforced concrete two-way slabs


Tuesday 

09:25-10:55 

MS 58 Chair: R. Piat Room 351 




09:25 

Keynote 

869 B. Klusemann, 

B. Svendsen 

Homogenization approach for composites 

with a layered microstructure 

09:55 818 Y. Sinchuk, R. Piat, Aspects of the microstructure modelling of 

T. Ziegler, A. Neubrand, interpenetrated metal-ceramic composites 

S. Roy, A. Wanner 

10:15 814 V. Levin, V. Lokhin, 

K. Zingerman, 

I. Nikiforov, D. Sabitov 

Effective properties of porous and composite 

materials which structure may be 

changed in the process of loading 

10:35 1107 E. Arrieta, J. Useche Stochastic fem 3d micromechanical model 

for fgrp layers 

MS 53 Chair: F. Oka Room 242A 




09:25 1675 M. Cuomo Durability assessment of cracked concrete 

Keynote 

by means of a coupled transport analysis 

09:55 2060 C. Callari, F. Armero Wave propagation in a porous shear layer 

in presence of strain localization 

10:15 113 G. Pacquaut, 

J. Bruchon, N. Moulin, 

S. Drapier 

10:35 393 P. Maghoul, B. Gatmiri, 

D. Duhamel 

Combining a level set method and a stabilized 

mixed formulation p1/p1 for coupling 

stokes-darcy flows with mobile interfaces 

Three-dimensional fundamental solution 

for the dynamic behaviour analysis of multiphasic 

porous media 

33 

MS 11 Chair: M. Raous Room 342A 

ID Authors 


Title 

09:25 1805 S. Stupkiewicz Formulation and finite element treatment 

Keynote 

of finite-strain soft elastohydrodynamic lubrication 

problems 

09:55 1549 S. Medina, D. Dini Recent progress in continuum contact mechanics 

at the nanoscale 

10:15 1578 M. Solar, H. Meyer, Molecular dynamics simulation of indenta- 

C. Gauthier, R. Schirrer, tion and scratching on amorphous linear 

J. Baschnagel polymer surfaces for a better comprehension 

of local physics of contact mechanics 

10:35 593 T. Junge, J.F. Molinari, 

W. Curtin, J. Song 

Investigation of the size of plastic zones in 

nano indentation and nano scratching 

MS 13 Chair: S. Potapov Room 352B 



09:25 201 F. Casadei, M. Larcher On some computational methods for the 

Keynote 

simulation of structures subjected to blast 

loading and fragmentation 

09:55 580 O. Soto A stabilized linear large-deformation tetrahedral 

element for coupled cfd/csd blast 

and impact simulations. 

10:15 835 S. Moulin, M. Galan, 

S. Potapov 

Simulation of reinforced concrete slab behavior 

under blast load 

10:35 2030 S. Guinard, A. Schenker Simulation of low velocity, low energy impacts 

on damage tolerant stiffened panels 

for aircraft composite fuselages 

Tuesday

Tuesday 


Tuesday 

11:20-12:40 

MS 56 Chair: E. Carrera Room 242B 



11:20 1827 K. Keller, Chemo-electro-mechanical modeling of 

T. Wallmersperger, 

B. Kröplin, M. Günther, 

G. Gerlach 

stimulated polyelectrolyte gels 

11:40 824 D. Huber, M. Krommer, 

H. Irschik 

12:00 70 A. Deraemaeker, 

G. Tondreau, 

F. Bourgeois 

A novel model-based approach for trajectory 

planning of plate-like structures with 

a piezoelectric sensor-actuator network 

Equivalent loads for flat piezoelectric transducers 

attached to shell structures 

12:20 164 A. Katunin On the self-heating effect of the polymerbased 

laminate rectangular plates in nonsteady 

state under harmonic excitation 

MS 29 Chair: Y. Imai Room 252A 



11:20 412 L. Duc Vinh Large deformation of liquid capsules enclosed 

by thin shells in shear flow 

11:40 762 J. Walter, A.V. Salsac, 

D. Barthes-biesel 

12:00 781 T. Omori, T. Ishikawa, 

D. Barthes-biesel, 

A.V. Salsac, Y. Imai, 

T. Yamaguchi 

Coupling of finite element and boundary integral 

methods: motion of ellipsoidal capsules 

in simple shear flow 

Impact of membrane modeling in analysing 

deformation of a capsule: comparison between 

a spring network model and constitutive 

laws 

12:20 1585 V. Gupta, C. Eggleton Computational model of capsule detachment 

due to an applied load 

MS 133 Chair: H.K. Lee Room 341 

Modeling of nanofiller reinforced composites/cementitious materials 


11:20 1413 I.W. Nam, H.K. Kim, Investigation of high-strength and elec- 

H.K. Lee 

tromagnetic wave shielding properties of 

a mortar incorporating carbon nanotube 

(cnt) 

11:40 1366 B.R. Kim, H.K. Lee Gradually incremental damage analysis of 

particle-reinforced composites 

12:00 131 K. Kabanemi, J.F. Hétu Dynamics of linear entangled polymers reinforced 

with nanoscale rigid particles 

12:20 

34 

MS 83 Chair: G. Borino Amphithéâtre bleu 


materials 


11:20 312 S. Federico The linear elasticity tensor of porous materials 

11:40 1454 F.A. Diaz De La O, 

S. Adhikari 

12:00 1018 E. Rohan, R. Cimrman, 

G. Griso, T. Lemaire, 

S. Naili 

12:20 774 J. Wismans, H. Van 

Dommelen, L. Govaert, 

H. Meijer 

Bayesian assimilation of multi-fidelity finite 

element models 

Homogenization of a fluid saturated 

medium with dual porosity and semipermeable 

discontinuity interfaces. 

X-ray computed tomography based modeling 

of polymer foams. the strain-rate dependence 

of polymer foams. 

MS 95 Chair: T. Menouillard Room 243 

Recent developments in computational failure analysis 


11:20 291 M. Chambart, Explicit description of defects for dynamic 

J.F. Molinari failure analysis of brittle materials with cohesive 

zone model 

11:40 1956 G. Alfano Multi-time-scale analysis of fatigue crack 

growth via cohesive-zone models 

12:00 1147 E.D. Leonel, 

W.S. Venturini 

12:20 1970 V. Chiaruttini, F. Feyel, 

J.L. Chaboche 

Crack growth analysis in 2d structures submitted 

to fatigue using boundary element 

method. 

A robust meshing algorithm for complex 3d 

crack growth simulations 

MS 153 Chair: M. Szczotka Room 253 



11:20 1876 D. Ribaric, G. Jelenic A new quadrilateral thick plate element 

based on a pure displacement linked interpolation 

11:40 833 P. Litewka, S. Sikora Elliptic curved beam finite element 

12:00 2049 R. Duris, J. Murin 2d geometric nonlinear beam finite element 

with full nonlinearised stiffness matrices 

12:20 1396 M. Chatiri, 

L. Bindeman, S. Fell, 

A. Matzenmiller 

Multi layered solid element for thick composite 

analysis 

MS 82 Chair: K. Hofstetter Room 342B 



11:20 837 P. Åslund, P. Isaksson Analysis of in-plane fibre buckling influence 

on macroscopic stiffness of paper 

11:40 588 T.K. Bader, 

K. Hofstetter, 

C. Hellmich, 


12:00 805 J. Freund, J. Tuhkuri, 

M. Hughes 

Multiscale microporomechanics of softwood 

- applications and experimental 

model validation 

Micro-stress statistics of honeycomb material 

12:20 863 A. Karakoc, J. Freund Failure initiation statistics on wood-like 

cellular structures


Tuesday 

11:20-12:40 

MS 14 Chair: R. Ghanem Room 353 


sciences 


11:20 401 T. Hasselman, T. Paez Quantification of margins and uncertainties 

in structural dynamic models of spacecraft 

11:40 1000 Y. Hsu, W.F. Wu, 

T.Y. Tsai, C.Y. Su 

12:00 1196 H. Pradlwarter, 

G. Schueller 

12:20 1239 E. Patelli, G. Schueller, 

H. Pradlwarter, 

M. Valdebenito, 

H.M. Panayirci, 

B. Goller, M. Broggi, 

P. Beaurepaire 

Drop-impact life prediction and reliability 

assessment of electronic packages 

On the construction of the limit state response 

surface for reliability investigations 

in nonlinear dynamics 

Cossan-x: a general purpose code for computational 

stochastic structural analysis 

MS 69 Chair: A. Rassineux Room 362363 




11:20 1110 D. Schaefer, G. Hirt Adaptive meshing for thermo-mechanical 

simulation of incremental bulk metal forming 

processes 

11:40 17 L. Fourment, 

M. Ramadan, 

H. Digonnet 

12:00 971 P. Bussetta, 

J.P. Ponthot 

12:20 1375 A. Halouani, Y.M. Li, 

A. Boussad, 

G. Ying-qiao 

A parallel multi-mesh method for speedingup 

multi-physics computations - application 

to the cogging process 

Comparison of field transfer methods between 

two meshes 

Numerical modelling of axi-symmetrical 

forging process by inverse approach 




11:20 1380 K. Hackl, 

Micromechanical modeling of shape mem- 

R. Fechte-heinen, 

P. Junker 

ory alloys - energies and evolution laws 

11:40 354 T. Bartel, A. Menzel On the modeling of the interaction between 

martensitic phase transformations 

and plasticity via energy relaxation 

12:00 1169 B. Benesova Energy-estimates based global optimization 

strategies 

12:20 445 M. Peigney, J.P. Seguin Numerical simulation of coupled thermomechanical 

evolutions in shape memory alloys 

structures 

35 

MS 20 Chair: L. Borcea Room 343 

ID Authors 


Title 

11:20 1514 H. Barucq, C. Bekkey, An efficient multi-step procedure for en- 

R. Djellouli riching limited two-dimensional far-field 

pattern measurements 

11:40 540 H. Haddar, A. Lechleiter A linear sampling method for inverse scattering 

in the time domain 

12:00 984 J. Foiret, J.G. Minonzio, 

M. Talmant, P. Laugier 

12:20 1963 H. Yuan, B. Guzina, 

S. Chen, M. Fatemi 

Ultrasonic bone parameter estimation using 

guided waves measured with multiemitter 

and multi-receiver arrays 

Quantitative tissue viscoelastivity imaging 

from vibro-acoustography measurements 

MS 8 Chair: L.E. García-castillo Room 352A 

Advanced methods in computational electromagnetics 


11:20 249 J. Gopalakrishnan Computing resonances of thin photonic 

membranes 

11:40 39 F.D. Quesada Pereira, 

A. Vidal Pantaleoni, 

F.J. Pérez Soler, 

A. Berenguer, A.A. San Blas 

Otálora, F. Mira, B. Gimeno, 

V.E. Boria Esbert, 

A. Álvarez Melcón 

12:00 127 R. Florencio, 

R. Rodriguez Boix, 

J.A. Encinar 

12:20 283 C. Geuzaine, A. Vion, 

R. Sabariego 

Broad band analysis of arbitrarily shaped 

microwave filters using a novel singular 

value decomposition technique 

Two numerical techniques for the electromagnetic 

analysis of multilayered periodic 

structures with application to the design of 

reflectarray antennas 

Iterative solution of high-frequency 

multiple-scattering problems using finite 

elements 

MS 10 Chair: J. Munoz Room Maillot 



11:20 2022 J. Remmers, J. Huyghe, A p-adaptive, partition of unity based cohe- 

R. De Borst sive zone model for the simulation of brittle 

fracture 

11:40 1212 L. Kaczmarczyk, 

C. Pearce 

Numerical multiscale simulation of fracturing 

heterogeneous materials 

12:00 1834 N. Katic, O. Hededal On the local instabilities in simulations of 

installation processes in geotechnics 

12:20 1458 L. Skarzynski, 

J. Tejchman 

Multi-scale modelling of notched concrete 

beams subjected to three-point bending 

MS 63 Chair: J.F. Molinari Room 221222 

Methods and applications of multiscale materials modeling 


11:20 688 I. Bilionis, Adaptive free energy calculations for crys- 

S. Koutsourelakis talline materials 

11:40 2037 G. Metzler, R. Lackner, 

C. Pichler 

Multiscale representation of thermomechanical 

properties of highly-densified 

expanded polystyrene foam 

12:00 1912 D. Warner, L. Nguyen Reaction rate theory prediction of room 

temperature void growth in al by dislocation 

nucleation 

12:20 

Tuesday

Tuesday 


Tuesday 

11:20-12:40 

MS 12 Chair: J. Tavares Room 224225 

Image processing and visualization 


11:20 1137 O. Wirjadi Gradient-based algorithms for computing 

the volume-weighted fiber direction distribution 

11:40 1185 J. Wu, J. Brigham, 

M. Simon, S. Tripathy, 

K. Kang, M. Sacks 

Computational analysis and comparison of 

geometric features of the human right ventricle, 

with and without pulmonary hypertension 

12:00 1679 V. D’otreppe, Smooth multiple-region mesh generation 

R. Boman, J.P. Ponthot for biomedical applications 

12:20 1738 P. Zaspel, M. Griebel Fluid animation in autodesk maya - application 

of a high-order 3d two-phase navierstokes 

fluid solver 

MS 140 Chair: C. Chazallon Room 202203 




11:20 1176 D. Arslan An overall evaluation of external shear wall 

application on strengthening rc frames 

11:40 1377 M. Lucchesi, 

M. Silhavy, N. Zani 

12:00 1464 R.S. Olivito, 

F. Zuccarello 

12:20 1566 F. Freddi, 

G. Royer-carfagni 

Measure divergence tensorfields in the statics 

of masonry bodies 

An experimental study on the damage of 

concrete structures by means of acoustic 

emission technique 

Numerical experiments of compressive 

splitting in masonry-like solids. an energybased 

variational approach 

MS 41 Chair: C. Tsogka Room 251 



11:20 178 E. Becache, D. Givoli, High-order absorbing boundary conditions 

T. Hagstrom, 

D. Rabinovich 

for elastic waves 

11:40 1164 G. Kreiss, K. Duru Perfectly matched layers for liner 

anisotropic, elasto-dynamics 

12:00 957 S. François, 

M. Schevenels, 

G. Lombaert, 

G. Degrande 

12:20 

A 2.5d displacement-based pml for elastodynamic 

wave propagation 

36 

MS 18 Chair: B. Peña Room 364 



11:20 483 P. Tracqui, J. Ohayon Toward a multi-scale modelling of cardiac 

tissue self-adaptive contractility 

11:40 603 A. Ehret, M. Itskov A generalized modelling concept for the 

anisotropic elastic, inelastic and active behaviour 

of soft tissues 

12:00 

12:20 

MS 9 Chair: S. Bordas Room 223M 

Partition of unity methods for moving boundaries 


11:20 1940 C. Dunant, A coupled xfem-damage framework for 

K. Scrivener, S. Bordas composites with evolving microstructures : 

applications to the alkali silica reaction 

11:40 310 K.W. Cheng, T.P. Fries H-adaptive xfem for two-phase incompressible 

flow on a dynamic quadtree mesh 

12:00 1207 L. Cahill, C. Mccarthy, Enriched finite elements (xfem) for multi- 

S. Bordas, S. Natarajan, crack growth simulations in orthotropic 

S. Dal Pont, materials 

P. Kerfriden 

12:20 




11:20 2083 V.P. Nguyen, Homogenization-based multiscale crack 

M. Stroeven, B. Sluys modelling: from micro diffusive damage to 

macro cracks 

11:40 523 M. Seabra, J. César De 

Sá 

12:00 1060 K. Dréau, 

N. Chevaugeon, 

N. Moes 

12:20 560 M.T. Cao-rial, 

C. Moreno, P. Quintela 

Continuous-discontinuous formulation for 

crack initiation and propagation 

Higher order x-fem for curved cracks 

Dynamic contact problems in cracked domains 

MS 101 Chair: M. Matos Neves Room 252B 



11:20 712 E. Lindgaard, E. Lund Optimization of composite structures considering 

local buckling 

11:40 1388 M. Kirikov, E. Altus Shape optimization of beams and plates for 

structural buckling 

12:00 1680 A. Csébfalvi A higher-order path-following method for 

stability-constrained optimization of geometrically 

nonlinear shallow trusses 

12:20 494 E. Lund, E. Lindgaard Nonlinear buckling multi-material topology 

optimization including "worst" shape imperfections


Tuesday 

11:20-12:40 

MS 58 Chair: T. Böhlke Room 351 




11:20 1677 T. Van Phan, 

K. Jöchen, A. Melcher, 

P. Gumbsch, T. Böhlke 

11:40 1794 S. Schendel, R. Moenig, 

O. Kraft 

Micromechanical modeling of metal forming 

operations 

Experimental investigation of deformation 

in steel samples - from the grain to the 

component level. 

12:00 1571 I. Ahmadi, M. Aghdam Unity test function meshless method for 

heat transfer in heterogeneous materials 

12:20 1271 A. Vondrous, M. Selzer, 

B. Nestler, M. Jainta 

Performance optimized phase-field simulations 

of grain structures under the effect of 

mechanical forces 

MS 126 Chair: R. Ohayon Room 242A 

Computational multiphysics involving surface or volume interactions 


11:20 1215 K.C. Park, R. Ohayon, Partitioned formulation of internal and 

C. Felippa, gravity waves interacting with flexible 

J.Á. González Pérez structures 

11:40 1214 J.Á. González Pérez, 

K.C. Park, R. Ohayon, 

C. Felippa 

12:00 103 C. Felippa, E. Onate, 

S. Idelsohn 

12:20 1401 J.S. Schotte, 

M. El-kamali, T. Miras, 

R. Ohayon 

Finite element solution of fluid-structure 

interaction problems considering the effect 

of internal and gravity waves 

A fic-based variational framework for particle 

finite element methods (pfem) 

Vibrations of liquids inside tanks in microgravity 

37 

MS 11 Chair: K. Schweizerhof Room 342A 



11:20 1798 P. Brammer Effect of boundary conditions in numerical 

simulations of spherical instrumented 

indentation of thin metallic sheets 

11:40 1083 R. Nitsche, P. Wriggers, 

P. Hauret, A. Rezgui 

12:00 1009 S.B. Ramisetti, 

G. Anciaux, 

J.F. Molinari 

A multiscale projection method for contact 

on rough surfaces 

Multiscale modeling of a thermomechanical 

contact problem 

12:20 1001 L. Sun, H. Proudhon Prediction of crack initiation in fretting 

problem 

MS 13 Chair: V. Faucher Room 352B 



11:20 160 E. Deletombe, 

A. Combescure, 

J. Fabis, 

Y. Chuzel-marmot 

Ice impact modeling with sph 

11:40 2078 T. Saksala Numerical modelling of bit-rock interaction 

in percussive drilling 

12:00 171 V. Michaut Dynamic fragmentation using the discrete 

element method 

12:20 718 S. Potapov Discrete element modeling of the rc structures 

under severe impact 

Tuesday

Tuesday 


Tuesday 

15:10-16:40 

MS 56 Chair: S. Klinkel Room 242B 



15:10 1467 O. Polit, P. Vidal, A new c 

Keynote M. D’ottavio 

o finite element based on a refined 

theory for multifield analysis of heterogeneous 

plate/shell structures 

15:40 1507 N. Triantafyllidis Modeling of electromagnetic forming processes 

in finitely strained solids 

16:00 279 M. Avalishvili, 

G. Avalishvili 

16:20 287 S.M. Hosseini, 

M.H. Abolbashari 

On approximation of nonclassical models 

of thermoelastic shells by two-dimensional 

initial-boundary value problems 

Coupled thermoelasticity (without energy 

dissipation) analysis in thick hollow cylinder 

subjected to thermal shock loading using 

a general analytical method 

MS 29 Chair: A.V. Salsac Room 252A 

ID Authors 


Title 

15:10 269 Y. Imai, K. Nakaaki, Numerical simulation of interaction among 

Keynote H. Kondo, T. Ishikawa, malaria-infected red blood cells, healthy 

C.T. Lim, T. Yamaguchi red blood cells, and endothelial cells 

15:40 174 D. Kardas, 

U. Nackenhorst, 

A. Hürkamp, 

I. Arsenyev, 

O. Khromov 

16:00 411 D. Giacche, T. Ishikawa, 

T. Yamaguchi 

Numerical computation of the cell mechanical 

behaviour for different finite element 

models of osteocytes based on tensegrity 

structures 

Hydrodynamic entrapment of bacteria near 

a solid surface 

16:20 1717 P. Van Liedekerke An sph-dem model to simulate the micromechanics 

of cells and tissues 

MS 34 Chair: K. Hackl Room 341 

Mathematical analysis and experimental characterization of 

micro-heterogeneous materials 


15:10 684 S. Kalidindi Building knowledge systems for the design 

Keynote 

and processing of materials with improved 

performance characteristics 

15:40 943 O. Dmitrieva, 

D. Raabe, P. Dondl, 

S. Müller, J. Svirina 

Microstructural analysis of the deformation 

laminates in single crystals: experiments 

and theory 

16:00 662 D. Phelan, N. Savvides Nano-bainitic steel microstructures: a dc 

magnetron sputtering and nanoindentation 

model study 

16:20 711 D. Balzani, D. Brands, 

J. Schroeder 

Construction of statistically similar representative 

volume elements for fe 2 - 

simulations based on the lineal-path function 

38 

MS 83 Chair: J. Fish Amphithéâtre bleu 


materials 


15:10 

Keynote 

369 L. Colombo, 

E. Cadelano, P. Palla, 

S. Giordano 

15:40 969 M. Renouf, 

C. Hong-phong, 

N. Viet-hung 

16:00 872 C. Picu, N. Mathew, 

M. Shephard 

16:20 704 J. Padbidri, 

S. Mesarovic 

Stretching and bending elasticity 

of graphene: a combined continuum/atomistic 

approach 

Relation between the multi-scale and the 

multi-physical feature of a tribological contact 

interface 

Concurrent multiscale method for 

atomistic-continuum coupling at finite 

temperatures 

Discrete element method for quasistatic 

processes - acceleration methods and 

boundary conditions 

MS 95 Chair: T. Menouillard Room 243 



15:10 720 J. Réthoré, F. Hild, Coupling computational methods with ex- 

Keynote S. Roux 

perimental techniques for the analysis of 

failure 

15:40 1638 E. De Luycker, 

D. Benson, Y. Basilevs, 

M.C. Hsu, 

T. Belytschko 

Xfem with nurbs in crack mode i 

16:00 1460 P.E. Bernard, N. Moes, A thick level set approach to model evolv- 

C. Stolz, N. Chevaugeon ing damage and transition to fracture 

16:20 

MS 17 Chair: M. Kaliske Room 253 

Advances in computational tire mechanics 


15:10 533 A. Suwannachit, Computational approach for the prediction 

Keynote U. Nackenhorst of rubber behavior in a broad frequency domain 

15:40 551 C. Zopf, M. Kaliske, 

C. Brüggemann, 

E. Goudswaard 

16:00 509 A. Kongo Kondé, 

I. Rosu, F. Lebon 

Description of uncured rubber for tire 

moulding simulation 

Finite element model of aircraft tyre rolling 

16:20 136 M. Koishi, C.T. Wu Microscopic simulation of particle filled 

rubber and fiber reinforced rubber in a tire 

using meshfree method 

MS 82 Chair: G. Turk Room 342B 



15:10 2038 L. Muszynski, Load transfer between wood flour particles 

Keynote F. Hussain, J.A. Nairn and polymer matrix in wood/plastic composites 

15:40 382 M. Frese Computer-aided simulation of glulam 

strength parallel to grain 

16:00 1291 M.A. Hossein, 

M. Roohnia 

16:20 299 F. Dubois, 

D. Dureisseix, 

B. Marcon 

Drilling a hole in radial direction of a beam 

affects the vibration in lr plane 

Code coupling for thermo-hygromechanical 

problems with application 

to wooden structures and painting 

supports of cultural heritage


Tuesday 

15:10-16:40 

MS 14 Chair: H. Pradlwarter Room 353 


sciences 


15:10 

Keynote 

264 W. Graf, S. Freitag, 

J.U. Sickert 

15:40 145 K. Mazur-sniady, 

R. Sieniawska, 

P. Sniady, S. Zukowski 

Uncertain structural processes and neural 

network approach 

Vibration of girder with uncertain parameters 

under fuzzy stochastic excitation 

16:00 1226 M. Broggi, G. Schueller Accurate prediction of the statistical deviations 

of the buckling load of imperfect cfrp 

cylindrical shells 

16:20 1368 H. Yu, M. Ichchou A simple method able to deal with timedependent 

reliability problems in dynamic 

systems 

MS 69 Chair: L. Fourment Room 362363 




15:10 

Keynote 

383 A. Canelas, J.R. Roche, 

J. Herskovits 

Shape optimization for direct and inverse 

electromagnetic casting problem 

15:40 937 M. Grauer, F. Thilo, Utilizing computational optimization 

K. Kassem, K. Diethelm methods to increase the efficiency of metal 

forming processes 

16:00 2047 I. Peshekhodov, 

B.A. Behrens 

Multi-scale fe simulation of damage in 

polymer composite coatings bonded to 

sheet metal 

16:20 524 A. Albu, A. Albu Mathematical modelling and optimal control 

of the process of solidification for the 

object with complex geometry 




15:10 1574 B. Bourdin, J.J. Marigo, The variational approach to fracture me- 

Keynote C. Maurini chanics: application to numerical simulation 

of thermal-shock cracks 

15:40 1614 J. Zeman, A. Mielke, 

T. Roubicek 

Numerical treatment of a rate-independent 

model of non-local damage 

16:00 318 E. Gurses, T. El Sayed A variational constitutive model of void 

growth in single and polycrystals 

16:20 423 J. Mosler Variationally consistent cohesive models 

based on strong displacement discontinuities 

39 

MS 20 Chair: M. Bonnet Room 343 

ID Authors 


Title 

15:10 951 E.M. Lourens, A combined deterministic-stochastic ap- 

Keynote G. Lombaert, 

E. Reynders, G. De 

Roeck, G. Degrande 

proach to force identification 

15:40 511 S. Jimbo, A. Morassi, 

G. Nakamura, 

K. Shirota 

16:00 968 N. Bochud, A. A. 

Fahim, Á.M. Gómez, 

R. Muñoz, G. Rus 

16:20 1213 Z. Ostrowski, 

R. Bialecki, A. Kassab, 

M. Muster, R. Weber, 

A. Klimanek 

Damage identification in steel-concrete 

composite beams by finite eigendata 

Signal processing - based reconstruction of 

damage in composites 

Inverse pod-rbf solution for time and spatial 

distribution of film coefficient for ball 

immersed in cooling water 

MS 8 Chair: D. Pardo Room 352A 



15:10 800 W. Rachowicz, Application of coupled fem/bem with 

Keynote A. Zdunek adaptivity for electromagnetic inverse scattering 

15:40 122 P. Robustillo, J. Rubio, 

E. Carrasco, J. Zapata 

16:00 2012 B. Andres-garcia, 

L.E. García-castillo, 

I. Gomez-revuelto, 

L.E. Garcia-muñoz, 

C. Craeye 

A hybrid fem/ann method for fast reflectarray 

antenna design 

A modular approach to fem-mom hybridization 

for the analysis of finite arrays 

of antennas 

16:20 1349 H. Gassot Coupled electromechanical analysis for stability 

of radiofrequency supraconducting 

cavities 

MS 10 Chair: A. Simone Room Maillot 



15:10 1145 J. Munoz, A. Lyamin, Limit analysis of anchored walls 

Keynote A. Huerta 

15:40 1161 B. Sanz, J. Planas, 

J.M. Sancho 

Study of the size effect in a model to simulate 

concrete cracking due to rebar corrosion 

and comparison to accelerated corrosion 

tests 

16:00 1290 S.Y. Alam, P. Kotronis Modelling size effect and cracking in concrete 

structures 

16:20 1939 I. Scheider, J. Mosler Evolution of damage in a new thermodynamically 

and variationally consistent cohesive 

model 

MS 63 Chair: A. Hartmaier Room 221222 



15:10 1994 B. Eidel, N. Prajapati Multiscale modelling and simulation of sur- 

Keynote 

faces in metallic nanostructures 

15:40 1778 J.F. Molinari Atomistic-continuum modeling of sliding 

contact 

16:00 1624 W. Curtin, J. Song Multiscale modeling of hydrogen embrittlement 

16:20 1729 S. Echeverri Restrepo, 

B.J. Thijsse 

Interaction between grain boundaries and 

dislocations: analysis of the stress field. 

Tuesday

Tuesday 


Tuesday 

15:10-16:40 

MS 39 Chair: P. Cartraud Room 224225 

Image based modeling of materials in computational mechanics applications 


15:10 1124 F. Willot, S. Guessasma, A fft method for computing the elastic 

Keynote G. Della Valle, D. Jeulin response of highly-contrasted starch-based 

materials 

15:40 1976 K. Krabbenhoft, 

M.R. Karim 

16:00 532 W.D. Lian, G. Legrain, 

P. Cartraud 

Extraction of effective cement paste diffusivities 

from x-ray microtomography images 

Comparison of two computational approaches 

for image-based micromechanical 

modeling 

16:20 116 A. Keßler, C. Könke Effective iterative grid-based matrix-free 

solvers 

MS 72 Chair: B. Michel Room 202203 

New challenges in mechanics for nuclear plants 


15:10 1506 N. Hourdequin, Toutatis: pellet-cladding interaction (pci) 

Keynote F. Bentejac, C. Strub modelling with the cast3m finite element 

code 

15:40 505 S. Pascal Coupled 1d thermohydraulic - 3d thermomechanical 

study of a space nuclear reactor 

16:00 1446 P. Verpeaux, 

S. Gounand 

A robust and economic preconditioner for 

the conjugate gradient method applied to 

solid mechanic 

16:20 2015 C. Guerin Influence of fuel pellets on the flexural behavior 

of fuel rods. a numerical study and 

experimental study 

MS 41 Chair: E. Becache Room 251 



15:10 817 C. Tsogka, P. Joly Higher order absorbing boundary condi- 

Keynote 

tions for elastodynamics 

15:40 1790 H. Sprenger, 

S.R. Raman, L. Gaul 

16:00 455 O. Sadovskaya, 

V. Sadovskiy 

16:20 

Design of ultrasonic transducers for guided 

waves using non-reflecting boundary conditions 

Numerical analysis of elastic waves propagation 

in the framework of cosserat theory 

40 

MS 18 Chair: F. Gentil Room 364 

ID Authors 


Title 

15:10 1173 T. Gasser An elasto-plastic damage model for col- 

Keynote 

lagenous biological tissues 

15:40 277 A. Cardoso, H. Costa, 

V. Sá, G. Smirnov 

16:00 1877 M. Cilla, B. Peña, 

M.Á. Martinez-barca, 

M. Doblare 

16:20 1297 A. Eddhahak, 

I. Masson, M. Zidi, 

F. Mohand Kaci 

On the importance of chassaignac’s space 

in breast modelling 

Computational modelling of atherome 

plaque: biomechanical factors in the risk 

of plaque rupture 

On a stochastic anisotropic fibrous model 

for the human arterial pressure estimation 

MS 109 Chair: A. Legay Room 223M 

Advanced mechanical and numerical modeling of interfaces in fluid-structure 

interaction 


15:10 

Keynote 

832 S. Reinstädler, 

A. Zilian, D. Dinkler 

15:40 1491 R. Rumpler, A. Legay, 

J.F. Deü 

16:00 575 F. Pasenow, A. Zilian, 

D. Dinkler 

16:20 877 M. Ouisse, 

E. Sadoulet-reboul 

Finite element methods for stronglycoupled 

systems of fluid-structure interaction 

with application to granular flow in silos 

A substructuring fe model for reduction of 

stuctural acoustic problems with dissipative 

interfaces 

Multi-phase model for transient analysis of 

landslide generated waves 

On the comparison of formulations for 

model reduction of harmonic frequencydependent 

damped fluid-structure problems 




15:10 1477 E. Benvenuti, A. Tralli Regularized xfem for meso-macro scale 

Keynote 

problems 

15:40 1539 F. Van Der Meer, 

B. Sluys 

Simulation of complex failure mechanisms 

in laminates 

16:00 537 M. Fagerström, A cohesive zone formulation of fracturing 

R. Larsson, J. Mediavilla shells based on xfem 

16:20 1205 K. Fackeldey, 

D. Krause, R. Krause 

The weak coupling method - coupling continuum 

and atomistic simulations by weak 

constraints 

MS 101 Chair: P. Duysinx Room 252B 



15:10 1678 E. Ramm, Optimization of heterogeneous materials 

Keynote F. Hilchenbach, 

J. Kato, A. Lipka 

with nonlinear response 

15:40 2029 M. Matos Neves, 

R.M.D. Costa Nunes, 

F.H. Mendonça, 

F.J.P. Lau, 

S.N.Y. Gerges, 

E. Viveiros, J. Bento 

Coelho 

Reduction of turbulent flow-induced vibrations 

of viscoelastically supported plates 

using a density gradient-based topology 

optimization method with a corcos model 

16:00 894 T. Gao Topology optimization involving thermoelastic 

stress loads 

16:20


Tuesday 

15:10-16:40 

MS 58 Chair: I. Tsukrov Room 351 




15:10 

Keynote 

1661 V. Kompis, 

Z. Murcinkova, 

V. Ferencey, M. Ockay, 

P. Droppa 

15:40 32 A. Makradi, A. Mikdam, 

S. Belouettar 

16:00 994 Y. Othmani, 

L. Delannay, I. Doghri 

Computational modelling of interaction of 

fibres in composites 

Effective conductivity of fiber filled polymer 

composites: effect of orientation distribution 

and aspect ratio 

The elastic field of a spherical inhomogeneity 

with nonlinear interface debonding 

16:20 48 T. Michelitsch, Dispersion relation and wave propagation 

G. Maugin, F. Nicolleau, in linear chains with self-similar distribu- 

A. Nowakowski, 

S. Derogar 

tions of harmonic interactions 

MS 126 Chair: C. Felippa Room 242A 



15:10 470 M. Von Scheven, Efficient algorithms for fluid-structure in- 

Keynote E. Ramm, M. Bischoff teraction 

15:40 450 B. Avci, P. Wriggers Numerical simulation of particle-fluid systems 

16:00 619 R. Codina, J. Baiges Stabilization of neumann transmission conditions 

in domain interaction problems 

16:20 2010 M. Joosten, 

W. Dettmer, D. Peric 

Analysis of the influence of non-matching 

time integration schemes on the stability 

and accuracy of coupled fsi problems 

41 

MS 11 Chair: S. Stupkiewicz Room 342A 

ID Authors 


Title 

15:10 1577 M. Raous, Adhesion and friction for fault interface in 

Keynote C. Henninger, 

J.P. Vilotte, G. Festa 

geophysics 

15:40 1277 K. Schweizerhof, 

A. Konyukhov, 

C. Schmied 

16:00 1279 C. Weißenfels, 

P. Wriggers 

A generalized anisotropic coulomb 

adhesion-friction law – verification via 

homogenization for contact interfaces 

Numerical simulation of projected friction 

laws with the finite element method 

16:20 459 F. Hauer, K. Willner Elastic-plastic contact simulation using 

halfspace theory 

MS 13 Chair: A. Vaziri Room 352B 



15:10 1986 R. Desmorat, Dynamic cracks initiation, propagation, 

Keynote M. Chambart, coalescence, speed and arrest from 

F. Gatuingt, 

D. Guilbaud 

anisotropic damage mechanics analysis 

15:40 1905 M. Herrenbrück, 

R. Wüchner, 

K.U. Bletzinger, 

R. Lackner 

16:00 1890 B. Durand, F. Delvare, 

J.L. Hanus, P. Bailly 

16:20 

Performance-oriented design of viscoelastic 

materials subjected to impact loading 

Analytical and numerical methods for processing 

hopkinson bar loaded bending test 

on concrete: a comparative study 

Tuesday

Tuesday 


Tuesday 

17:00-18:20 

MS 56 Chair: S. Hartmann Room 242B 



17:00 731 A.R. Gersborg, Transformation optics based on the frame- 

O. Sigmund work of non-linear elasticity 

17:20 1510 I. Guz, Y. Zhuk, 

M. Kashtalyan 

On a single frequency approximation in the 

vibration control and the dissipative heating 

analysis of thin-wall shells containing 

piezoactive layers 

17:40 755 O. Lyeshchuk Multiphysics problems in superhard materials 

synthesis 

18:00 778 R. Rey, E. Javierre, 

S. García, S. Van Der 

Zwaag, 

J.M. García-aznar 

Modelling the self-healing capacity of multilayered 

clay-polymer coatings: effects of 

geometric and mechanical conditions. 

MS 30 Chair: A. Eriksson Room 252A 

Simulations and control of human movements 


17:00 272 A. Eriksson Activation dynamics in the temporal fem 

optimization of targeted movements 

17:20 1693 J. Östh, K. Brolin, 

R. Happee 

Closed loop control of fe arm model 

17:40 554 V. Berbyuk Simulation of human movements based on 

optimization of under-actuated multibody 

systems 

18:00 

MS 34 Chair: J. Schroeder Room 341 

Mathematical analysis and experimental characterization of 

micro-heterogeneous materials 


17:00 1228 K. Hackl, D. Kochmann Modeling the evolution of microstructures 

in finite crystal plasticity 

17:20 852 S. Ricker, J. Mergheim, 

P. Steinmann, 

R. Mueller 

17:40 

18:00 

A comparison of different approaches in the 

multi-scale computation of configurational 

forces 

42 

MS 83 Chair: L. Colombo Amphithéâtre bleu 


materials 


17:00 266 C. Boutin, S. Hans, 

C. Chesnais 

Generalized beam and continua, and atypical 

dynamics of periodic reticulated systems 

17:20 1082 P. Trovalusci A generalized voigt’s approach to 

multiscale-multifield modelling of ’complex’ 

materials 

17:40 429 V. Sansalone, 

P. Trovalusci 

18:00 

Computing the nonlinear response of 

blocky materials: discrete-lattice and 

cosserat-continuum models 

MS 95 Chair: J. Réthoré Room 243 



17:00 658 T. Menouillard, Smoothly discontinuous enrichment in 

T. Belytschko, 

J.H. Song 

xfem for dynamic crack propagation 

17:20 1394 A. Glema, 

T. Lodygowski, 

W. Sumelka 

17:40 1754 I. Guiamatsia, 

J. Ankersen, 

L. Iannucci, G. Davies 

18:00 

Remarks on the explicit time integration 

scheme for an adiabatic deformation of 

an anisotropic elasto-viscoplastic solids accounting 

for damage 

An industry-capable interface element. this 

talk focuses on the introduction of enrichments 

into interface element shape functions 

to reduce the computational cost of 

the simulation of delamination in composite 

structures. 

MS 59 Chair: M. Paggi Room 253 

Fracture and contact mechanics for interface problems 


17:00 234 M. Mueser, C. Campana Recent advances in analytical and computational 

approaches to contact mechanics 

17:20 2061 K.S. Kim Nano-contact strength of fcc gold in compression 

and shear 

17:40 853 P. Spijker, J.F. Molinari The dependence of the friction coefficient 

on surface roughness studied at the atomistic 

level 

18:00 569 T. Horst, K. Reincke, 

S. Ilisch, G. Heinrich, 

W. Grellmann 

Fracture surface roughness scaling of filled 

elastomers 

MS 52 Chair: S. Bargmann Room 342B 

Computational modeling of gradient plasticity 


17:00 1143 P. Eisenlohr, C. Kords, A non-local constitutive hardening model 

E. Demir, F. Roters, 

D. Raabe 

based on polar dislocation densities 

17:20 1403 T. Yalcinkaya, 

M. Brekelmans, 

M. Geers 

Plastic slip patterning driven by rate dependent 

non-convex strain gradient plasticity 

17:40 713 B.D. Reddy, A. Mcbride Algorithms for local and nonlocal single 

crystal plasticity 

18:00


Tuesday 

17:00-18:20 

MS 14 Chair: W. Graf Room 353 


sciences 


17:00 544 J.M. Mencik A sensitivity analysis of the wave finite element 

method for describing coupling junctions 

with uncertain eigenfrequencies 

17:20 1702 P. Rouch, C. Blanze Vibrational analysis of a touch screen with 

stochastic interfaces in the medium frequency 

range 

17:40 784 C. Blanze, O. Thomas Vibration reduction by means of shunted 

piezoelectric patches with uncertain dimensions 

and location 

18:00 1259 G. Borello Analysis of energy transfer of vibrational 

fields in the medium and high frequency 

range 

MS 94 Chair: S. De Room 362363 



17:00 361 J. Soric, T. Jarak An efficient meshless computational approach 

for analysis of shells 

17:20 637 D. Millan, A. Rosolen, 

M. Arroyo 

Point-set manifold processing: application 

to thin shell analysis 

17:40 2062 A. Uscilowska Application of method of fundamental solutions 

for large deflection of functionally 

graded plates 

18:00 812 I. Tsukanov, 

S. Wdowinski 

Treatment of discontinuous boundary conditions 

using distance fields: implications 

for earthquake research 

MS 73 Chair: O. Widlund Room 315 

Domain decomposition methods in computational mechanics 


17:00 1907 A. Klawonn, On the implementation of coarse spaces in 

O. Rheinbach feti-dp domain decomposition methods 

17:20 898 A. Klawonn, P. Neff, 

O. Rheinbach, S. Vanis 

17:40 1938 D. Brands, A. Klawonn, 

O. Rheinbach, 

J. Schroeder 

18:00 1425 S. El Arem, I. Gueye, 

G. Cailletaud, F. Feyel, 

F.X. Roux 

Feti-dp domain decomposition methods 

for elasticity with structural changes: pelasticity 

Iterative substructuring in the simulation of 

biological soft tissue 

Numerical experiments on a two-level massively 

parallel solver 

43 

MS 20 Chair: A. Charalambopoulos Room 343 

ID Authors 


Title 

17:00 1234 A. Constantinescu, Identification of a planar crack in zener 

H.D. Bui, S. Chaillat, 

E. Grasso 

type viscoelasticity 

17:20 606 S. Le Floc’h, G. Finet, Ivus modulography of coronary plaques 

P. Tracqui, G. Cloutier, based on a segmentation driven optimiza- 

R. Pettigrew, J. Ohayon tion procedure: theoretical frameworks 

17:40 840 A. A. Fahim, G. Rus Model-based damage reconstruction in 

composites from ultrasound transmission 

18:00 1218 D. Martini, C. Hochard, 

J.P. Charles 

Loads identification : application to structural 

monitoring 

MS 8 Chair: W. Rachowicz Room 352A 



17:00 74 A. Buffa, G. Sangalli, Isogeometric analysis applied to electro- 

R. Vazquez magnetic problems 

17:20 823 D. Pardo Self-adaptive goal-oriented hp-adaptivity 

with multiple objectives 

17:40 115 P.D. Ledger, A.J. Gil A hp finite element approach to coupled 

electro-mechanical problems 

18:00 1327 S. Zaglmayr Efficient high-order maxwell solvers via discrete 

space splittings 

MS 140 Chair: C. Bohatier Room Maillot 




17:00 1700 M. Como Wind resistance of cathedrals 

17:20 1465 R.S. Olivito, M. Bruno, 

A. Venneri 

17:40 

18:00 

Seismic analysis of the masonry structures 

of convento dei cappuccini in gerace (rc) 

MS 63 Chair: D. Warner Room 221222 



17:00 414 A. Dicarlo Hybridizing molecular dynamics and continuum 

mechanics through parallelized 

andersen-parrinello-rahman-like cells 

17:20 1505 A. Fau, D. Aubry Molecular ab-initio calculations: polarizability 

tensor as quantity of interest 

17:40 

18:00 

Tuesday

Tuesday 


Tuesday 

17:00-18:20 

MS 39 Chair: G. Laschet Room 224225 



17:00 1780 K. Terada, Electro-chemo-mechanical analysis of pen 

M. Kurumatani, 

T. Ushida, H. Aoyagi, 

T. Kawada, K. Sato, 

H. Watanabe 

structure under sofc operation 

17:20 1721 A. Carofalo, M. De Numerical and experimental characteriza- 

Giorgi, S. Giancane, 

F. Palano 

tion of metal foam subjected to shear load 

17:40 1731 L. Giraldi, G. Laschet, 

M. Mathes 

18:00 1874 C. Proppe, 

D. Schwarzer 

Influence of the segmentation technique on 

the effective thermal conductivity of opencell 

metallic foam 

Image based determination of uncertainties 

in macroscopic properties of metal foams 

MS 72 Chair: S. Pascal Room 202203 

New challenges in mechanics for nuclear plants 


17:00 1902 D. Combescure Calculation and comparison of dynamic 

and seismic loads for the design of iter components 

17:20 2017 B. Michel, I. Ramiere, 

J. Sercombe 

17:40 1670 P. Fossati, L. Van 

Brutzel 

18:00 

Pleiades: multi concept nuclear fuel modelling 

Molecular dynamics simulations of the nuclear 

fuel mechanical behaviours under irradiation 

MS 134 Chair: R. Haber Room 251 

Adaptive transient structural computations: recent advances and 

engineering applications 


17:00 1474 B. Tie, D. Aubry Goal-oriented adaptive remeshing for elastic 


17:20 1245 J. Waeytens, 

P. Ladevèze, 

L. Chamoin 

17:40 443 E. Biotteau, 

A. Gravouil, 

A. Lubrecht, 

A. Combescure 

Verification in transient dynamics through 

guaranteed error bounds 

Space time automatic refinement method 

for non linear transient dynamic problems 

based on a localized multigrid strategy 

18:00 1133 V. Mouysset Goal-oriented hp-adaptivity for timedependent 

friedrich systems using discontinuous 

galerkin scheme. 

44 

MS 102 Chair: L. Chamoin Room 364 

Reliable and robust methods for global and goal-oriented error estimation in 

finite element analyses. 


17:00 1695 M. Rüter, E. Stein Goal- oriented implicit a posteriori error estimators 

for xfem 

17:20 1752 P. Diez Error estimation and goal-oriented adaptivity 

for wave problems and transient structural 

dynamics 

17:40 1031 A. Parret-fréaud, 

P. Gosselet, C. Rey 

Convergence of a discretization error estimator 

for sub-structured problems based 

on a fully parallel recovery of admissible 

fields 

18:00 491 E. Florentin On constitutive relation error and associated 

admissible fields construction using 

samcef 

MS 109 Chair: J.F. Deü Room 223M 

Advanced mechanical and numerical modeling of interfaces in fluid-structure 

interaction 


17:00 1254 C. Janssen, A. Legay, 

A. Zilian 

17:20 1990 H. Schippke, A. Zilian, 

A. Legay 

A rheological interface model for fluidstructure 

interaction and numerical investigation 

of controlled flow-induced vibrations 

Water jet stability at aerated overflow 

gates 

17:40 442 A. Zilian Numerical analysis of the inflation of textile 

membranes 

18:00 




17:00 1728 A. Schroeder, A. Byfut Constrained approximation in h- and hpadaptive 

extended finite element methods 

17:20 700 O. Diyankov Uncertain grid method for numerical solution 

of pde 

17:40 1097 S. Vallaghé, 

T. Papadopoulo 

A trilinear immersed fem for solving the eeg 

forward problem 

18:00 1745 L. Facchini, P. Biagini Neural network and pufem approaches for 

plane stress problems in linear elasticity 

MS 101 Chair: M. Stuebner Room 252B 



17:00 440 M. Yamakawa, F. Van Structural optimum design in conjunc- 

Keulen 

tion with transient dynamic analysis using 

global direct search 

17:20 482 A. Poteralski, Optimization and identification of struc- 

M. Szczepanik, W. Kus, tures using artificial immune system 

J. Ptaszny, 

T. Burczynski 

17:40 510 W. Beluch, 

T. Burczynski, W. Kus 

18:00 484 M. Szczepanik, 

A. Poteralski, W. Kus, 

T. Burczynski 

Artificial immune system in laminates’ optimization 

Topology optimization for minimum mass 

criterion using pso


Tuesday 

17:00-18:20 

MS 58 Chair: T. Böhlke Room 351 




17:00 1735 M. Maziere, S. Forest, 

A. Mortensen 

17:20 1320 C. Mennerich, 

M. Jainta, F. Wendler, 

B. Nestler 

17:40 

18:00 

Simulation of the portevin - le chatelier effect 

in metal matrix composites 

A phase-field model for twin boundary motion 

in martensitic microstructures 

MS 126 Chair: K.C. Park Room 242A 



17:00 1886 C.E. Silva, J. Alves, Edgecfd-ale: a finite element system for 

A. Coutinho, complex fluid-structure interactions in off- 

F. Rochinha, R. Elias, 

N. Guevara, M. Martins, 

M. Ferreira 

shore engineering 

17:20 1704 S. Mitra A fluid-structure-fluid finite element 

method for the analysis of coupled nonlinear 

sloshing and ship motion problems 

17:40 1538 T. Van Opstal, 

C. Verhoosel, 

S. Hulshoff, H. Van 

Brummelen 

18:00 1519 M. Bukac, 

G. Guidoboni, S. Canic 

Robust discretization of the transonic small 

disturbance equation for fluid-structure interactions 

Numerical simulation of arterial blood flow 

under physiological conditions 

45 

MS 11 Chair: N. Strömberg Room 342A 

ID Authors 


Title 

17:00 1904 L. De Lorenzis, A comparative assessment of coupled co- 

G. Zavarise hesive zone models for modeling of mixedmode 

debonding and contact 

17:20 1081 R.A. Sauer Enriched contact finite elements for stable 

peeling computations 

17:40 42 M. Ricci Internal loading distribution in high-speed 

ball bearings, subjected to a combined radial, 

thrust, and moment load, including 

the effects of temperature and fit 

18:00 226 A. Popp, U.M. Mayer, 

W.A. Wall 

From 3d finite deformation dual mortar 

contact towards a fluid-structure-contact 

interaction method 

MS 13 Chair: V. Faucher Room 352B 



17:00 1516 E. Eglitis, C. Bisagni, Dynamic buckling of axially impacted cylin- 

K. Kalnins, O. Ozolinsh, drical composite shells 

K. Dzelzitis 

17:20 865 D. Morin, B. Bourel, 

F. Lauro, B. Bennani 

Structural bonding modelling for crash simulations 

17:40 413 F. Tarlochan Understanding the failure mechanism of 

composite sandwich structure for crashworthiness 

application 

18:00 2032 A. Vaziri Impact mechanics of metal sandwich panels 

Tuesday

Wednesday 


Wednesday 

09:25-10:55 

MS 135 Chair: H. Ben Dhia Room 242B 

09:25 

Keynote 

Arlequin, fe2 and other embedded domains methods for multimodel and multiscale mechanical 

problems: advances, analyses and computation of challenging fine scales applications 


181 M. Potier-ferry, H. Hu, 

N. Damil 

09:55 1916 O. Jamond, H. Ben 

Dhia 

Arlequin coupling of core and boundary 

models to analyse buckling pattern formation 

Propagation of local alterations using xfem 

within the arlequin framework 

10:15 641 C. Barthel, U. Gabbert Utilization of the arlequin method as a coupling 

tool in model and dimensional adaptivity 

10:35 1817 J. Touzeau, 

V. Chiaruttini, F. Feyel, 

H. Ben Dhia 

Arlequin method applied to degradation of 


MS 90 Chair: B. Van Rietbergen Room 252A 

Mechanobiology of bone remodelling and adaptation (mbr&a) 


09:25 1576 T. Adachi, Y. Kameo, Modeling of mechanosensing and intercel- 

Keynote M. Hojo 

lular communications by osteocytes in trabecular 

bone adaptation 

09:55 394 S. Komarova, L. Buono, 

P. Grutter, G. Lopez, 

O. Maria, S. Xing 

10:15 707 M.D. Ryser, N. Nigam, 

S. Komarova 

10:35 908 T. Lemaire, 

E. Capiez-lernout, 

J. Kaiser, S. Naili, 

E. Rohan, V. Sansalone 

Mechanosensitivity and mechanotransduction 

in bone cells 

The cellular dynamics of bone remodeling: 

a nonlinear pde model 

Investigation of the electro-chemical couplings 

in bone tissue 

MS 43 Chair: A. Corigliano Room 341 

Computational methods for micro and nano systems 


09:25 999 P.A. Romero, Atomistic mechanics in nanometric ma- 

Keynote G. Anciaux, A. Molinari, chining of crystalline solids 

J.F. Molinari 

09:55 90 B. Novakovic, 

D. Majetic, J. Kasac, 

D. Brezak 

Application of schrodinger equation to an 

alpha field in nanorobotics 

10:15 132 H. Zohoor, A. Sadeghi The flexural vibration of dagger shaped 

atomic force microscope cantilevers by 

consideration timoshenko beam theory and 

using the differential quadrature method 

10:35 1440 A. Sadeghi, H. Zohoor, 

I. Valizadeh 

The flexural and torsional vibrations of 

rectangular atomic force microscope cantilevers 

by consideration the contact position 

MS 83 Chair: R. De Borst Amphithéâtre bleu 


materials 


09:25 

Keynote 

59 B. Karihaloo, 

S. Kulasegaram, 

A. Ghanbari 

09:55 847 E. Aigner, R. Lackner, 


Modelling the flow of self-compacting concrete 

Recent developments in multiscale modeling 

of asphalt concrete - from continuum 

micromechanics to structural analysis 

10:15 2051 D. Gawin, F. Pesavento Modelling alkali-silica reaction under nonisothermal 

conditions in partially saturated 

cementitious materials 

10:35 656 J. Escoda, F. Willot, 

D. Jeulin, J. Sanahuja, 

C. Toulemonde 

Representative volume element determination 

of elastic properties in a mortar material 

from coupling fft and microtomography 

MS 127 Chair: D. Weichert Room 243 

Safe design of structures under cyclic loading 


09:25 1610 K. Spiliopoulos, Numerical simulation of bond-slip in the 

Keynote M. Antoninis, G. Lykidis analysis of reinforced concrete structures 

under cyclic loading 

09:55 327 Z. Nikolic Mathematical formulation of the model for 

the cyclic behaviour of 3d reinforced concrete 

structures 

10:15 497 J. Wang, H.S. Yu, H. Li Static shakedown analysis of multi-layered 

pavements 

10:35 882 M.H. Arslan A new method for rapid assesment of performances 

of existing rc buildings under 

earthquake loading 

MS 59 Chair: P. Wriggers Room 253 



09:25 1611 D. Hills, D. Dini, Fretting of complete contacts: an analyti- 

Keynote R. Paynter, S. Reina cal solution for partial slip 

09:55 1229 Z. Li, X. Zhao Solution of wheel-rail frictional rolling at 

geometrical defects in the contact surface 

10:15 1231 C. Stolz A thermodynamic analysis of wear 

10:35 1453 D. Nowell, D. Hills, 

R. Paynter 

The implications of wear for fretting fatigue 

performance in the partial slip regime 

MS 52 Chair: K. Runesson Room 342B 



09:25 562 M. Geers, I. Erturk, Strain gradient crystal plasticity: physical, 

Keynote P. Van Beers, 

G. Mcshane, H. Van 

Dommelen, 

R. Peerlings, 

V. Kouznetsova, 

V. Deshpande 

thermodynamical and engineering aspects 

09:55 1221 A. Gaubert, N. Cordero, Size effects in generalised continuum crys- 

S. Forest, E. Busso, 

F. Gallerneau, S. Kruch 

tal plasticity for two-phase laminates 

46 

10:15 165 L. Poh, R. Peerlings, 

M. Geers, 

S. Swaddiwudhipong 

10:35 

Strain gradient plasticity - tensorial implicit 

gradient formulation


Wednesday 

09:25-10:55 



sciences 


09:25 106 C. Soize Identification of high-dimension polyno- 

Keynote 

mial chaos expansions of tensor-valued random 

fields from limited observed responses 

of boundary value problems 

09:55 1175 R. Berry, H. Najm, 

B. Debusschere, 

H. Adalsteinsson, 

Y. Marzouk 

10:15 1749 L. Mehrez, S. Debruyne, 

D. Moens, 

D. Vandepitte 

10:35 981 L. Tamellini, F. Nobile, 

J. Back, R. Tempone 

Data-free inference of the joint distribution 

of uncertain model parameters 

Characterization of stochastic material 

properties of one- and two-dimensional 

composite panels from experimental 

databases using polynomial chaos expansion 

Stochastic galerkin and collocation methods 

for pdes with random coefficients: a 

numerical comparison 

MS 149 Chair: B. Andersonn Room 362363 

Physically based large scale simulation of composite structures. 


09:25 2091 M. Ostergaard Advanced non-linear analysis in airbus :cur- 

Keynote 

rent status and directions 

09:55 522 B. Andersson Large-scale structural analysis with error 

control : the gdof challenge 

10:15 323 J. Diaz, S. Hernandez, Uncertainty quantification and reliability 

A. Baldomir, L. Romera analysis in large scale aircraft structures 

10:35 498 M. Dunbar, A. Prior, 

J. Carter 

Abaqus performance improvements on 

large composite models 

MS 73 Chair: A. Klawonn Room 315 



09:25 1866 O. Widlund Almost incompressible elasticity, feti–dp, 

Keynote 

bddc, and alternatives 

09:55 1657 C. Farhat, R. Tezaur, 

J. Toivanen 

10:15 233 D. Iceta, D. Dureisseix, 

P. Alart 

10:35 1321 J. Hinojosa Rehbein, 

O. Allix, P.A. Guidault, 

P. Cresta 

A domain decomposition method for a discontinuous 

galerkin method for scattering 

in fluids and solids 

Domain decomposition for granular dynamics: 

scalability issue 

Primal and mixed non linear domain decomposition 

methods for the post-buckling 

analysis of large structures. 

47 

MS 20 Chair: G. Rus Room 343 

ID Authors 


Title 

09:25 1947 P. Barbone, A. Oberai, Role of boundary conditions in nonlinear 

Keynote S. Goenezen, J.F. Dord elasticity imaging 

09:55 506 L. Bourgeois, J. Dardé On identification of defects from boundary 

measurements: the case of elastoplastic 

media 

10:15 725 I. El Khaldi, E.M. Daya, 

I. Charpentier 

Optimal control with a complex nonlinear 

eigenvalue solver for viscoelastic law identification 

10:35 57 S. Chaillat, H. Bui On the identification of an inhomogeneity 

in viscoelasticity 

MS 8 Chair: J. Gopalakrishnan Room 352A 



09:25 446 D. Boffi Differential forms and the p version of edge 

Keynote 

finite elements 

09:55 389 F. Le Louër, 

M. Costabel 

Shape derivatives of boundary integral operators 

in electromagnetic scattering 

10:15 456 K. Mattsson Summation by parts operators for finite difference 

approximations of second derivatives 

with variable coefficients 

10:35 465 G. Bozza, P. Fernandes, 

M. Ottonello, 

M. Raffetto 

Recent developments in the approximability 

of time-harmonic electromagnetic 

boundary value problems involving innovative 

materials 




09:25 1027 E. Lorentz A gradient damage model combined with 

Keynote 

adaptive mesh refinement 

09:55 873 E. Tamayo-mas, 

A. Rodríguez-ferran 

A continuous-discontinuous model for softening 

and cracking based on non-local displacements 

10:15 1891 H.R. Javani Joni Computational treatment of three dimensional 

remeshing and crack growth for 

elastic-plastic damaging materials 

10:35 184 M. Chiumenti, 

M. Cervera, R. Codina 

Mixed stabilized finite element methods in 

nonlinear solid mechanics 

MS 24 Chair: P. Boisse Room 221222 

ID Authors 

Modeling of fiber-based structures 

Title 

09:25 1452 D. Durville Modeling and simulation of textile and fi- 

Keynote 

brous materials at the scale of individual 

fibers 

09:55 525 A. Mesejo, 

A. Leon-mecias, 

P. Schiebel 

Filament interaction in bended carbon tows 

simulated by a particle system 

10:15 636 Y. Kyosev, W. Renkens Computational mechanics models of warp 

knitted structures for tension and compression 

under small deformations 

10:35 49 J. Orlik, A. Nam, 

H. Andrae, O. Iliev 

Computation of effective mechanical properties 

of textiles via asymptotic homogenization 

Wednesday

Wednesday 


Wednesday 

09:25-10:55 

MS 39 Chair: K. Terada Room 224225 



09:25 2025 S. Forest, A. Jean, Determination of the rve in linear elasticity 

Keynote F. Willot, D. Jeulin for a multi-scale combination of boolean 

schemes of spheres and for a penrose tesselation. 

09:55 1397 D. Sangare, L. Jasinski, 

N. Gland, 

V. Mourzenko, 

S. Youssef, 

J.F. Thovert, O. Vizika, 

P. Adler 

10:15 192 R. Valenta, M. Sejnoha, 

J. Zeman 

Ct-based characterization and simulation 

of a bentheim sandstone 

Macroscopic constitutive law for mastic asphalt 

mixtures from computational homogenization 

10:35 410 N. Takano, M. Tatsuya Micro stress evaluation for peri-implant 

trabecular bone in human mandible based 

on ct images 

MS 87 Chair: H. Minnebo Room 202203 

Computational methods for damage tolerant analysis: industrial case studies 


09:25 528 E. Wyart, M. Duflot, Morfeo, an adapted tool for industrial dam- 

Keynote H. Minnebo, D. Coulon, age tolerant approaches, combining ad- 

F. Lani 

vanced simulation techniques 

09:55 1244 S. Geniaut, J. Messier 3d crack propagation using x-fem and level 

sets, with the industrial finite element software 

code aster 

10:15 1342 J. Rannou, 

V. Chiaruttini, F. Feyel, 

N. Osipov, S. Quilici 

10:35 476 C. Timbrell, 

R. Chandwani, 

R. Hewitt 

X-fem and explicit crack meshing techniques 

applied to industrial fracture mechanics 

problems 

A round robin in fracture mechanics using 

zencrack 

MS 5 Chair: E. Sapountzakis Room 251 

ID Authors 

Computational structural dynamics 

Title 

09:25 66 J. Murin, 

Free vibration of the fgm-beams with con- 

Keynote M. Aminbaghai, tinuous transversal symmetric and longitu- 

V. Kutis 

dinal variation of material properties with 

effect of large axial force 

09:55 770 I. Stanciulescu Stability boundaries of thermomechanically 

coupled thin curved structures 

10:15 209 A.P. Nowak Measurement verification of the hybrid finite 


10:35 211 H.R. Ovesy, P. Khaneh 

Masjedi 

Free vibration of torsion-bending coupled 

thin-walled composite beams 

48 

MS 102 Chair: P. Diez Room 364 




09:25 899 J. Almeida, E. Maunder Recovery of equilibrium on three- 

Keynote 

dimensional star patches and its application 

in the determination of solution 

bounds for large scale problems 

09:55 668 M. Kardani, M. Nazem, 

A. Abbo, D. Sheng 

10:15 1262 A. Loseille, A. Dervieux, 

F. Alauzet 

10:35 1311 B. Blaysat, P. Ladevèze, 

E. Florentin 

A study of adaptive finite element methods 

in solving large deformation problems 

in geomechanics 

3d anisotropic mesh adaptation for functional 

outputs 

A first attempt for guaranteed error bounds 

in (visco)-plasticity 

MS 42 Chair: E. Carrera Room 223M 

Micro and macro structural optimisation with anisotropic composite 

materials 


09:25 200 P. Vannucci, A. Vincenti The polar method in analysis and design of 

Keynote 

anisotropic materials: theoretical aspects 

and numerical results 

09:55 604 C. Maurini, S. Vidoli, 

A. Vincenti 

10:15 69 A. Panesar, A. Pirrera, 

P. Weaver 

10:35 1998 A. Vincenti, 

B. Desmorat, C. Julien, 

A. Jibawy 

Modelling and design of anisotropic multistable 

shells 

Multi-step design of bistable laminates for 

morphing rotor blades. 

Optimal design of anisotropic composite 

structures by polar method and topology 

optimization 




09:25 309 A. Mazzucato, The generalized finite element method for 

Keynote V. Nistor, Q. Qu transmission problems 

09:55 1261 F. Barros, C. Barcellos, 

C.A. Duarte 

A subdomain approach for the error estimator 

of the generalized finite element 

method 

10:15 1382 I. Babuska, R. Lipton On local-global apprximation error for gfem 

10:35 1723 A. Byfut, A. Schröder Higher-order extended finite element 

method - an application of the partition of 

unity method 

MS 60 Chair: R. Le Riche Room 252B 

Minisymposium on optimization of structural, coupled, uncertain systems 


09:25 2043 V. Dubourg, Reliability based design optimization using 

Keynote J.M. Bourinet, 

B. Sudret 

hierarchical gaussian processes surrogates 

09:55 936 D. Salazar, R. Le Riche, 

X. Bay 

Adding hypothesis testing to evolutionary 

rbdo with monte carlo simulations 

10:15 218 H.A. Kim Level-set structural optimisation with uncertainties 

10:35


Wednesday 

09:25-10:55 

MS 70 Chair: G. Winther Room 351 

Multiscale modeling and dislocation density based models in plasticity 


09:25 308 R. Barabash, G. Ice, Fintite element modeling and polychro- 

Keynote J. Pang, T. Ohashi, matic microdiffraction study of dislocation 

W. Liu 

density re-distribution near the boundary of 

a ni bicrystal 

09:55 1885 O. Robach, C. Le White and monochromatic x-ray microd- 

Bourlot, J.S. Micha, iffraction on the cea-cnrs crg-if bm32 

O. Ulrich, X. Biquard, beamline at esrf : recent developments 

F. Rieutord, P. Gergaud, 

O. Castelnau, 

R. Chiron, D. Faurie 

10:15 258 G. Daveau, T. Hoc, 

B. Devincre, O. Robach 

10:35 1278 X. Liu, E. Van Der 

Giessen 

Crystal distortion gradient in the vicinity 

of a grain-boundary in plastically deformed 

bicrystals 

On treating dislocation interactions with 

grain boundaries in the framework of discrete 

dislocation plasticity 

MS 110 Chair: T. Coupez Room 242A 

Advanced numerical methods for fluid-structure interactions 


09:25 1270 E. Longatte Partitioned procedure for fully-coupled 

Keynote 

fluid solid system computation 

09:55 1911 E. Hachem, L. Silva, 

T. Coupez 

Stable-mixed formulation for fluidstructure 

interaction: theory and application 

10:15 975 G. Olivier, F. Alauzet A mesh topology change ale framework for 

efficient body large-displacement adaptive 

simulations 

10:35 324 K. Sugiyama, 

S.T. Takeuchi 

Full eulerian simulations of fluid-structure 

interactions 

49 

MS 11 Chair: L. De Lorenzis Room 342A 

ID Authors 


Title 

09:25 499 C. Hesch, P. Betsch Numerical aspects of 3d domain decompo- 

Keynote 

sition and contact problems 

09:55 1769 T. Cichosz, M. Bischoff Non-linear dynamic multibody contact using 

a primal-dual mortar formulation 

10:15 1363 I. Paczelt, Z. Mroz, 

S. Kucharski 

10:35 1903 G. Zavarise, L. De 

Lorenzis 

Numerical analysis of wear processes in 

steady and quasi-steady states 

A regression-based augmented lagrangian 

procedure for contact problems 

MS 65 Chair: P. Betsch Room 352B 

Structure-preserving integrators in computational dynamics and control 


09:25 582 B. Leimkuhler On the accurate recovery of averages : 

Keynote 

methods for control of thermodynamic ensembles 

for unresolved degrees of freedom 

with applications to molecular modelling 

and fluid dynamics 

09:55 93 E. Kanso, 

S. Leyendecker 

10:15 990 A. Moore, 

S. Ober-blöbaum, 

J. Marsden 

10:35 316 M. Gonzalez, 

B. Schmidt, O. Michael 

Optimal locomotion of a submerged 

cosserat beam 

The effect of mesh refinement on spacecraft 

trajectory design using discrete mechanics 

and optimal control 

Energy-stepping integrators in lagrangian 

mechanics 

Wednesday

Wednesday 


Wednesday 

11:20-12:40 

MS 135 Chair: H. Ben Dhia Room 242B 




11:20 845 S. Pfaller, P. Steinmann Coupling particle based and finite element 

simulations by using bridging domain 

methods 

11:40 422 J. Haelewyn, P. Marin, 

L. Daudeville, 

S. Potapov 

12:00 1022 C. Wellmann, 

P. Wriggers 

12:20 995 G. Anciaux, 

S.B. Ramisetti, 

J.F. Molinari 

Coupling discrete elements with 3d and 

shell finite elements 

A multi-scale approach to granular materials 

Bridging domain multiscale coupling of 

molecular dynamics with finite elements at 

finite temperature. 

MS 90 Chair: M. Knothe Tate Room 252A 



11:20 930 C. Jean Marie, Possible role of collagen in mechano trans- 

M. Stroe, M. Racila duction of cortical bone 

11:40 108 R. Müller Cell and tissue based simulation of osteoporosis 

and antiresorptive pharmacological 

treatment 

12:00 1125 R. Van Oers, B. Van 

Rietbergen, H. Peter, 

K. Ito, H. Rik 

12:20 1482 J.W. Dunlop, 

M.A. Hartmann, 

D. Ruffoni, C. Lukas, 

P. Fratzl, Y. Bréchet, 

P. Roschger, 

K. Klaushofer, 

R. Weinkamer 

A sclerostin-based theory for strain-induced 

bone formation 

The effect of bone remodeling and mineralization 

on bone architecture and material 

MS 43 Chair: A. Frangi Room 341 



11:20 640 M. Pustan, Geometrical effects on the dynamical be- 

J.C. Golinval, V. Rochus havior of mems structures 

11:40 1714 M. Niessner, G. Schrag, 

J. Iannacci, 

G. Wachutka 

Validation of a multi-energy domain coupled 

macromodel for viscously damped 

mems at varying pressure conditions 

12:00 1726 V. Senthilkumar Vibration analysis of double-walled carbon 

nanotube 

12:20 1645 C. Bailey Multi-physics/scale modelling of micro and 

nano packaging applications - current capabilities 

and future requirements 

50 

MS 83 Chair: J. Lewandowska Amphithéâtre bleu 


materials 


11:20 843 L.A. Gömze, 

M.N. Gömze 

Testing and modelling of mechanical behaviour 

and stress relaxation of heteromodulus 

ceramics after high speed collision 

11:40 285 H. Zhao Impact behaviour identification of honeycomb 

structures par multiscale simulation 

12:00 397 L. Krstulovic-opara, 

S. Loehnert, 

D. Mueller-hoeppe, 

M. Vesenjak 

Multi-scale modeling of regular open-cell 

cellular structures 

12:20 84 R. Barsoum Multi-scale modeling of polymers at high 

strain rates for shock mitigation 

MS 127 Chair: D. Weichert Room 243 



11:20 1569 H. Maitournam, Direct cyclic methods for structures under 

B. Pommier, F. Comte, 

M.L. Nguyen-tajan 

thermomechanical loadings 

11:40 900 O. Kintzel A variationally consistent coupled isotropic 

elasto-plastic damage model for the analysis 

of lcf at finite strains 

12:00 1042 T.N. Tran, M. Staat Shakedown analysis of two dimensional 

structures by an edge-based smoothed finite 


12:20 1859 A. Benoit, 

H. Maitournam, 

L. Remy, F. Oger 

Asymptotic behaviour of structures subjected 

to thermomechanical cyclic loadings: 

application to exhaust manifolds 

MS 59 Chair: D. Hills Room 253 



11:20 1914 T. Kozubek, Z. Dostal, Numerically and parallely scalable feti 

R. Kucera, V. Vondrak, based algorithms for contact problems of 

T. Brzobohaty, 

A. Markopoulos 

mechanics and their powerful ingredients 

11:40 231 M. Gitterle, A. Popp, 

M.W. Gee, W.A. Wall 

3d finite deformation frictional mortar contact 

using a semi-smooth newton method 

with consistent linearization 

12:00 172 F. Braghin, M. Madia Prediction of the friction behaviour of rubber 

compounds via dynamic finite element 

simulations 

12:20 1556 M. Cocou, L. Badea Approximation results for quasistatic contact 

problems 

MS 52 Chair: B. Svendsen Room 342B 



11:20 804 C.B. Hirschberger, Dislocation interactions in strain gradient 

T. De Geus, 

R. Peerlings, 

M. Brekelmans, 

M. Geers 


11:40 1603 M. Ekh, E. Lindfeldt Computational modeling of the influence of 

the interlamellar spacing in pearlitic steel 

12:00 2 S. Bargmann, 

B. Svendsen 

12:20 

Numerical implementation of a continuum 

theory of dislocations


Wednesday 

11:20-12:40 



sciences 


11:20 1646 M. Arnst, R. Ghanem Formulation and solution of stochastic variational 

inequalities describing inelastic material 

behavior and contact/impact 

11:40 461 M. Chevreuil, A. Nouy Model reduction based on proper generalized 

decomposition for the propagation 

of parametric uncertainty in structural dynamics 

12:00 563 J. Tryoen, O. Le Maitre, 

M. Ndjinga, A. Ern 

12:20 1441 G.M. Guerra Bernada, 

F. Alves Rochinha 

Roe solver and entropy corrector for hyperbolic 

systems with uncertain coefficients 

Stochastic modeling of flow-structure interaction 

using a sparse grid stochastic collocation 

method 




11:20 556 I. Gueye, F.X. Roux, A parallel sparse direct solver to improve 

X. Juvigny, F. Feyel scalability of feti methods 

11:40 430 D. Coulon, F.X. Roux, 

J.P. Delsemme, F. Lani 

Feti method in samcef for simulations on 

large fuselage models using massively parallel 

computing 

12:00 352 P. Cresta Implementation of a multi-level nonlinear 

substructuring scheme for the analysis of 

large structures with local nonlinearities 

12:20 732 A. Batti, M. Brun, 

A. Combescure 

External code coupling based on energy 

conserving sub-domain decomposition 

methods 

MS 73 Chair: A. Klawonn Room 315 



11:20 1317 O. Lloberas Valls, Multiscale analysis of heterogeneous brit- 

D. Rixen, A. Simone, tle materials using domain decomposition 

B. Sluys 

techniques 

11:40 1598 J.E. Ortiz Távara A parallel non-conforming domain decomposition 

method for non-homogenous elasticity 

problems 

12:00 1944 N. Elkhodja, F.X. Roux, 

H. Ben Dhia 

12:20 743 P. Gosselet, D. Rixen, 

C. Rey 

A domain-decomposition solver for a multialterated 

structures modeled in the multimodel 

arlequin framework 

On the enrichment of the krylov search 

space of the feti method applied to structures 

containing repeated patterns 

51 

MS 20 Chair: A. Constantinescu Room 343 



11:20 570 G. Puel, D. Aubry Identification of transient nonlinear models 

with contact using adjoint state formulations 

11:40 1608 P. Bisegna, F. Caselli, 

F. Maceri 

12:00 1685 M. Mierzwiczak, 

J.A. Kolodziej 

12:20 1438 N. Auffray, M. Bonnet, 

S. Pagano 

Recovery of shape and dielectric properties 

of biological cells via tomographic 

impedance microfluidic cytometry 

The determination of the temperaturedependent 

thermal conductivity as an inverse 

steady heat conduction problem 

Parabolic reciprocity gap for heat source 

identification 

MS 8 Chair: D. Boffi Room 352A 



11:20 2084 A. Chernov Numerical approximation of electrostatic 

problems with random data by p-version of 

sparse grids 

11:40 583 S. Brenner Nonconforming maxwell eigensolvers 

12:00 1177 G. Rousseaux, 

F. Rapetti 

12:20 1979 H. Kurkcu, N. Nigam, 

F. Reitich 

Implications of galilean electromagnetism 

in numerical modeling 

Efficient calculation of the green’s functions 

for the helmholtz equation in periodic 

domains. 




11:20 716 S. Loehnert, Efficient microcrack / macrocrack inter- 

D. Mueller-hoeppe, action and propagation analysis using an 

P. Wriggers adaptive multiscale technique 

11:40 2040 J. Füssl, R. Lackner Micromechanical model for the description 

of fatigue behavior of asphalt mixtures 

12:00 921 L. Contrafatto, 

M. Cuomo 

Finite element implementation of an enhanced 

strong discontinuities approach formulation 

vs. smeared crack models. 

12:20 1165 G. Mejak Effective moduli of an elastic solid with 

random nondilute distribution of microcraks 

MS 24 Chair: Y. Kyosev Room 221222 



11:20 1151 J. Militky Identification of yarn hairiness complexity 

type 

11:40 1708 B. Witkowska, 

I. Frydrych 

Theoretical model of cotton fabric tearing 

process 

12:00 838 H. Altendorf, D. Jeulin Modeling fiber systems using random walks 

12:20 1307 E.M.B. Campello, 

F.R. Gonçalves, 

P. Pimenta 

Nonlinear finite element analysis of structural 

orthotropic membranes 

Wednesday

Wednesday 


Wednesday 

11:20-12:40 

MS 3 Chair: J.L. Chenot Room 224225 

Numerical modelling of microstructure evolution in metal forming conditions 


11:20 409 K. Komori Proposal and use of a void model for the 

evaluation of ductile fracture in sheet metal 

forming 

11:40 1766 P.O. Bouchard, 

R. Djebbi, M. Milesi, 

M. Bernacki 

12:00 168 K. Hitti, P. Laure, 

L. Silva, T. Coupez, 

M. Bernacki 

12:20 466 D. Benasciutti, F. De 

Bona, M.G. Munteanu 

3d numerical micro-modeling of ductile 

damage mechanisms applied to hot metal 

forming processes 

Fast generation of complexes rev 

Harmonic model for numerical simulation 

of thermal stresses in work roll of hot 

rolling mill 

MS 147 Chair: A. Dorsival Room 202203 

Computational methods for radiation shielding on nuclear facilities 


11:20 1567 D. Zafiropoulos, Evaluation of activation in shielding struc- 

L. Sarchiapone, tures of the spes project in anticipation of 

G. Prete 

the decommissioning 

11:40 1668 B. Pomaro, 

V. Salomoni, 

F. Gramegna, G. Prete, 

C. Majorana 

Radiation damage in the target area shielding 

of a facility for selective production of 

exotic species: application on concrete 

12:00 286 M. Fadil Computational methods and tools for a nuclear 

facility conception: the example of 

spiral2 facility 

12:20 1833 A. Dorsival Radiation shielding at the isolde facility 


ID Authors 


Title 

11:20 348 M. Jokic, M. Stegic, Implementation and application of krylov 

N. Vrankovic subspace methods in model order reduction 

of large-scale mechanical systems 

11:40 536 S. Saramago, 

L.A. Purcina, 

M.A.V. Duarte 

Differential evolution applied to solve problems 

of indirect identification of external 

forces 

12:00 769 C. Zehetner, H. Irschik Compensation of flexural and torsional vibrations 

of piezo-laminated beams performing 

rigid-body motions 

12:20 21 R. Steinbuch, 

L. Schmidt 

Handling damping in numerical structural 

dynamics - some questions and some proposals 

52 





11:20 1429 F. Daghia, S. De 

Miranda, F. Ubertini 

11:40 2041 C. Fagiano, M. Abdalla, 

Z. Gürdal 

12:00 

12:20 

An enhanced patch based stress recovery 

for elastoplasticity 

Interlaminar stress recovery of multilayer 

shell composite laminates having plies with 

non conforming meshes. 

MS 42 Chair: P. Vannucci Room 223M 

Micro and macro structural optimisation with anisotropic composite 

materials 


11:20 1024 F. Biscani, G. Giunta, 

H. Hu, E. Carrera, 

S. Belouettar 

Hierarchical beam models coupling via the 

arlequin method 

11:40 112 E. Carrera, M. Petrolo A mixed axiomatic/asympthotic approach 

for the evaluation of refined plate theories 

12:00 1875 E. Valot, O. Polit, 

M. D’ottavio, P. Vidal 

Influence of 2d finite element models on the 

3d stresses evaluation for composite laminates: 

assessment of anisotropic effects 

12:20 1057 B. Gentilleau Stress analysis in specimens made of multilayer 

polymer/composite used for hydrogen 

storage application: comparison with experimental 

results 




11:20 154 N. Marheineke Optimization strategies with mesh-less 

methods for pdes 

11:40 2042 R. Rossi The particle finite element method and beyond 

12:00 1029 S. Gross An extended finite element pair for incompressible 

two-phase flows 

12:20 1117 M. Griebel On the particle-partition of unity method 

MS 60 Chair: V. Toropov Room 252B 



11:20 801 R. Ansola, E. Vegueria, Topology optimization of thermally actu- 

J. Canales ated compliant mechanisms by an evolutionary 

method 

11:40 790 B. Soulier, P.A. Boucard Multilevel optimization using interpolation 

models coupled with a multiparametric 

strategy 

12:00 948 V. Baudoui, P. Klotz, 

J.B. Hiriart-urruty, 

S. Jan, F. Morel 

Robustness-based surrogate models for 

multidisciplinary robust design optimization 

12:20 342 R. Choufany, The communication submitted concern the 

G. Lavaud, P. Breitkopt, use of statistical reduction model to simu- 

C. Vayssade late a multidisciplinary problem in an optimization 

and robustness context


Wednesday 

11:20-12:40 

MS 70 Chair: G. Cailletaud Room 351 



11:20 997 A. Vattré, A. Roos, Strength of single-crystal nickel-based su- 

B. Devincre peralloys: predictions of the discretecontinuous 

model 

11:40 62 A. Staroselsky, 

T. Martin, B. Cassenti 

12:00 1856 A. Gaubert, Y. Le 

Bouar, A. Finel, 

F. Gallerneau, S. Kruch 

12:20 363 H.J. Chang, N. Cordero, 

V. Taupîn, S. Berbenni, 

M. Fivel, S. Forest 

Dislocation dynamics modeling in high 

temperature single crystal superalloy viscoplasticity. 

application to turbomachinery. 

Coupling phase field models with continuum 


Analysis of gnd distributions around an inclusion 

obtained by field dislocation mechanics, 

strain gradient plasticity and dislocation 

dynamics 

MS 110 Chair: P.D. Anderson Room 242A 



11:20 398 A. Nastase An iterative optimum-optimorum theory 

with weak interaction aerodynamics/structure 

11:40 2054 E. Vergnault, O. Allix, 

S. Maison-le-poëc 

12:00 1545 E. Guerber, M. Benoit, 

C. Buvat, S. Grilli, 

C. Kassiotis 

A mortar-based fluid-structure interaction 

method for large structural displacements 

Numerical modeling of fully nonlinear interactions 

of ocean waves with a submerged 

moving body 

12:20 1098 J. Useche, E. Arrieta Harmonic response of plate structures containing 

acoustic fluids using a full boundary 

element formulation 

53 

MS 11 Chair: R.A. Sauer Room 342A 

ID Authors 


Title 

11:20 1895 D. Franke, A. Duester, Two dimensional frictional contact using 

E. Rank 

high order finite elements 

11:40 961 B. Magnain, A. Batailly, 


M. Legrand, C. Pierre 

12:00 1931 D. Gabriel, J. Kopacka, 

J. Plesek, M. Ulbin 

12:20 

Comparative study of the use of c1continuous 

finite elements and splines for 

contact problems with large slidings 

Assessment of methods for calculating the 

normal contact vector in local search 

MS 65 Chair: I. Romero Room 352B 



11:20 1034 S. Ober-blöbaum, A variational approach to multirate inte- 

S. Leyendecker gration 

11:40 166 C. Hartmann, 

S. Leyendecker 

Event-driven molecular dynamics and nonsmooth 

integration 

12:00 156 C. Hager, B. Wohlmuth Locally improved resolution of dynamic 

contact problems using overlapping domain 

decomposition and time subcycling 

12:20 402 K. Modin, G. Söderlind Geometric integration of hamiltonian systems 

perturbed by rayleigh damping 

Wednesday

Wednesday 


Wednesday 

15:10-16:40 

MS 135 Chair: V. Kouznetsova Room 242B 

15:10 

Keynote 




123 P. Ghysels, G. Samaey, 

P. Van Liedekerke, 

E. Tijskens, H. Ramon, 

D. Roose 

15:40 998 E. Coenen, 

V. Kouznetsova, 

M. Geers 

Multiscale modeling of viscoelastic plant 

tissue 

Multi-scale modelling of localization and 

damage: microscale boundary conditions 

16:00 449 F. Fritzen, T. Böhlke Nonuniform transformation field analysis of 

particulate metal matrix composites with 

anisotropic microstructure 

16:20 902 T. Dickopf, R. Krause, 

J. Steiner 

Coupling concepts for heterogeneous models 

in mechanics 

MS 90 Chair: D. Taylor Room 252A 



15:10 2001 M. Knothe Tate, Multiscale mechanobiology of de novo 

Keynote S. Dolejs, S. Mcbride, bone generation and remodeling & adap- 

R. Miller, U. Knothe tation of autograft 

15:40 1526 L. Kaczmarczyk, 

C. Pearce 

16:00 1025 S. Nesbitt, J. Macione, 

A. Debroy, Y. Roberts, 

S. Kotha 

16:20 418 L. Podshivalov, 

A. Fischer, 

P. Bar-yoseph 

Computational modelling of mechanically 

regulated bone adaptation using 3d hybrid 


Relationship between in-vivo mechanical 

loading and activation of wnt siglaning in 

bone 

3d multiscale finite element analysis of 

bone microstructure 

MS 43 Chair: C. Bailey Room 341 



15:10 855 I. Erturk, J. Bielen, Strain gradient crystal plasticity modeling 

Keynote H. Van Dommelen, of time and scale dependent metal thin film 

M. Geers 

behavior 

15:40 1485 Z. Shabir, E. Van Der 

Giessen, C.A. Duarte, 

A. Simone 

16:00 1767 N. Kacem, S. Hentz, 

S. Baguet, R. Dufour 

Intergranular crack paths in brittle polycrystals: 

a matter of mechanics or geometry? 

Mixed behavior identification in nonlinear 

nanomechanical resonators 

16:20 928 G. Jeong The study on the deformation of mlcc 

green chips during manufacturing process 

54 

MS 83 Chair: B. Karihaloo Amphithéâtre bleu 


materials 


15:10 1313 S. Schmauder Computational design of steels based on 

Keynote 

multiscale simulations 

15:40 405 V. Levitas Nano- and macro-scale phase field modeling 

of phase transformations 

16:00 204 D. Anders, K. Weinberg Numerical simulation of phase separation 

and coarsening processes in eutectic brazing 

solder ag-cu 

16:20 107 S. Benke, J. Schele, 

M. Apel 

Multi-scale simulation of the austenite to 

ferrite transformation in low carbon steels 

MS 127 Chair: K. Spiliopoulos Room 243 



15:10 1150 J.W. Simon, An interior-point algorithm for shakedown 

Keynote D. Weichert analysis of engineering structures with limited 

kinematical hardening 

15:40 1701 G. De Saxcé, 

A. Oueslati, 

S. Hasbroucq 

16:00 901 P.T. Pham, D.K. Vu, 

T.N. Tran, M. Staat 

Elastic plastic responses with temperaturedependent 

elastic modulus under cyclic 

thermomechanical loadings 

A primal-dual algorithm for shakedown 

analysis of elastic-plastic bounded linearly 

kinematic hardening bodies 

16:20 300 G. Inglebert Life estimation for welded joints 

MS 59 Chair: K.S. Kim Room 253 



15:10 631 O. Menshykov, Elastodynamic contact problems for inter- 

Keynote M. Menshykova, I. Guz face cracks 

15:40 12 T. Apatay, S. Dag, 

M.A. Guler, M. Gulgec 

Subsurface stresses in an fgm coating 

loaded by a sliding flat punch 

16:00 1923 E. Torskaya Axisymmetric contact problem for multilayered 

elastic half-space 

16:20 223 D. Dalmas, E. Barthel, 

D. Vandembroucq 

Crack propagation and pinning in heterogeneous 

materials: effects of microscopic 

disorder and toughness pattern. 

MS 66 Chair: K. Willam Room 342B 

15:10 

Keynote 

Modeling plasticity and damage in porous media 


15:40 1353 A. Idiart, I. Carol, 

C. Lopez 

16:00 1906 T. Ring, M. Zeiml, 

R. Lackner 

16:20 1194 A. Benabbes, W.K. Liu, 

L. Dormieux, L. Siad 

Modeling the chemo-mechanical behavior 

of concrete at the meso-scale. application 

to external sulfate attack 

Micromechanics-based model for loadinduced 

thermal strains in concrete at elevated 

temperatures - from experimental 

observations towards structural safety assessment 

Ductile damage analysis based on a gtnlike 

model depending on the third stress 

invariant


Wednesday 

15:10-16:40 



sciences 


15:10 

Keynote 

574 O. Le Maitre, 

L. Mathelin, O. Knio, 

Y. Hussaini 

Asynchronous time integration for polynomial 

chaos expansion of uncertain periodic 

dynamics 

15:40 332 L. Shen, X. Xu Numerical implementation of multiscale 

stochastic finite element method (msfem) 

16:00 1900 R. Cottereau, 

D. Clouteau, H. Ben 

Dhia 

16:20 1821 C. Audouze, 

P. Hakansson, F. De 

Vuyst, P. Nair 

Localized modeling of uncertainty in the 

arlequin framework 

Reduced-order modeling of randomly parameterized 





15:10 517 P.A. Boucard, A multiparametric approach dedicated to 

Keynote V. Roulet, 

L. Champaney 

composite assemblies 

15:40 719 J. Irslinger, M. Bischoff Reliable surface oriented shell finite elements 

for accurate stress prediction in 

composite laminates 

16:00 949 J. Remmers, 

C. Verhoosel, R. De 

Borst 

16:20 1008 F. Daghia, P. Ladevèze, 

E. Abisset, F. Bordeu 

On the simulation of inter- and intralaminar 

failure in layered composite materials 

Intra/interlaminar coupling in the virtual 

testing of laminated composite structures 

MS 132 Chair: M. Bischoff Room 315 

Computational techniques for large strain problems 


15:10 1820 T. Elguedj Robustness of projection methods for the 

Keynote 

simulation of elastic and inelastic incompressible 

problems 

15:40 977 M. Jabareen, 

M.B. Rubin 

A higher order plane strain triangular 

cosserat point element (cpe) for nonlinear 

elasticity 

16:00 1647 L. Sharipova A three dimensional brick element for nonlinear 

orthotropic elastic materials based on 

the theory of a cosserat point. 

16:20 650 U. Solinc, J. Korelc, 

P. Wriggers 

An improved eas brick element for finite 

deformations 

55 

MS 20 Chair: H. Bui Room 343 

ID Authors 


Title 

15:10 1761 A. Nassiopoulos, Three-dimensional temperature assimila- 

Keynote F. Bourquin tion with accurate final state 

15:40 515 R. Rischette, 

T. Baranger, N. Debit 

Boundary condition identification for thermal 

cauchy problem : numerical analysis of 

data noise effects 

16:00 827 Y. Jarny, A. Agazzi The cooling phase of the thermoplastic injection 

process: an inverse heat transfer 

control problem 

16:20 

MS 15 Chair: E. Darve Room 352A 

Fast multipole methods, fast boundary element solvers, and applications 


15:10 1985 D. Zorin, H. Langston Kernel-independent fmm-based solvers for 

Keynote 

domains with complex boundaries in three 

dimensions 

15:40 1148 M. Maischak, 

H. Harbrecht 

16:00 1648 H. Isakari, 

H. Yoshikawa, 

N. Nishimura 

The boundary element method with geometric 

meshes and with wavelets — a comparision 

on complicated geometries 

A periodic fmm for three dimensional elastodynamics 

16:20 1649 K. Niino, N. Nishimura Preconditioning based on calderon’s formulae 

for periodic boundary value problems 

for helmholtz’ equation 

MS 10 Chair: E. Lorentz Room Maillot 



15:10 1479 N. Chevaugeon, A level set approach for brittle damage 

Keynote N. Moes, C. Stolz, 

P.E. Bernard 

15:40 71 F. Fraternali, 

B. Schmidt, O. Michael 

16:00 1892 M. Horak, 

M. Charlebois, 

M. Jirasek, P. Zysset 

16:20 2026 G. Altmeyer, 

F. Abed-meraim, 

T. Balan 

A variational element erosion technique for 

brittle fracture 

Regularized damage-plastic model for trabecular 

bone 

Formability prediction of damageable 

elastic-viscoplastic media by a material 

stability analysis based on a linear 

perturbation method 

MS 24 Chair: D. Das Room 221222 

ID Authors 


Title 

15:10 1588 P. Boisse Continuous and discrete approaches for 

Keynote 

textile composite reinforcement forming 

simulations 

15:40 557 J. Llorca, A. Ridruejo, 

C. González 

16:00 727 L. Beex, R. Peerlings, 

M. Geers 

16:20 595 G. Haasemann, C. Lux, 

V. Ulbricht 

Computational modeling of deformation 

and fracture of nonwoven felts 

From macroscopic to mesoscopic modeling 

of cracking in paperboard 

Determination of an elastic-plastic constitutive 

model of textile reinforced composites 

Wednesday

Wednesday 


Wednesday 

15:10-16:40 

MS 3 Chair: M. Bernacki Room 224225 



15:10 616 R. Logé, H. Resk, 3d modelling of deformation and recrystal- 

Keynote L. Delannay, lization in polycrystals, combining a level 

T. Coupez, M. Bernacki set framework with adaptive meshing techniques 

15:40 1969 A. Rollett 3d digital microstructures 

16:00 81 J. Bruchon, 3d simulation of the matter transport dur- 

D. Pino-munoz, ing a sintering process, within a level-set 

S. Drapier, F. Valdivieso framework 

16:20 

MS 85 Chair: R. Wagner Room 202203 

Textile materials and environment in buildings 


15:10 2008 F. Weininger, Analysis of mobile flood barriers made of 

Keynote K. Heinlein textile membranes 

15:40 1758 P. Andersson, 

P. Blomqvist, 

H. Tuovinen 

16:00 1764 L. De Geetere, 

B. Ingelaere 

16:20 43 K.L. Apedo, S. Ronel, 

E. Jacquelin, 

M. Massenzio, 

A. Bennani 

Modelling of fire burn-trough of textile 

membranes in buildings 

Modelling sound transmission and sound 

absorption by membrane-incorporating 

multilayered structures 

Nonlinear finite element analysis of inflatable 

beams made from orthotropic woven 

fabric 


ID Authors 


Title 

15:10 47 E. Sapountzakis, Nonlinear dynamic analysis of shear de- 

Keynote A. Kampitsis formable beam-columns on nonlinear twoparameter 

viscoelastic foundation 

15:40 1006 S. Stoykov, P. Ribeiro Modal interaction in free vibrations of 3d 

beams 

16:00 1007 P. Persson, K. Persson, 

D. Bard, P.E. Austrell, 

G. Sandberg 

Analysis of vibrations in high-tech facility 

16:20 1120 J. Retka, A. Lion On the numerical prediction of dynamical 

properties of elastomer- mounts 

56 

MS 124 Chair: T. Coupez Room 364 

Anisotropic adaptive meshing from error analysis to applications 


15:10 786 S. Micheletti, S. Perotto Anisotropic adaptation based on a gradient 

Keynote 

recovery error estimator 

15:40 970 F. Alauzet, G. Olivier An linf-lp space-time anisotropic mesh 

adaptation strategy for time-dependent 

problems 

16:00 1703 A. Lyamin, J. Munoz, 

K. Krabbenhoft, 

S. Sloan 

Comparison of adaptive strategies for limit 

analysis applications 

16:20 1409 T. Coupez Length distribution tensor and anisotropic 

adaptivity for level set and free surface flow 

MS 76 Chair: M. Birades Room 223M 

Special clarom event: offshore engineering - current practice and 

developments 


15:10 2088 C. Berhault Numerical modelling in offshore engineer- 

Keynote 

ing 

16:10 2067 D. Idier, C. Oliveros Linear and non-linear modelling of sediment 

mobility and continental shelf bedform 

dynamics 

MS 146 Chair: T. Kvamsdal Room 241 

ID Authors 

Isogeometric methods 

Title 

15:10 1822 Y. Bazilevs Advances in isogeometric analysis technol- 

Keynote 

ogy and applications 

15:40 1762 K. Bandara, F. Cirak High-degree, non-uniform, rational subdivision 

shells 

16:00 1416 B. Jüttler, M. Kapl, 

M. Rossgatterer 

16:20 2044 E.R. Christensen, 

T. Kvamsdal, 

K.M. Okstad 

Turbine blade modelling for isogeometric 

analysis 

A comparison of spline, lagrange and spectral 

finite elements for structural mechanics 

applications 

MS 60 Chair: P.A. Boucard Room 252B 



15:10 1883 V. Toropov, Application of metamodel building by ge- 

Keynote A. Polynkin, U. Armani, netic programming to industrial optimiza- 

L. Alvarez tion problems 

15:40 1443 A. Schulz, D. Bestle Acceleration of compressor blade structural 

design process by direct use of efficient 

3d aerofoil parameterisation and shell elements 

16:00 63 C. Barbarosie, S. Lopes, 

A.M. Toader 

Optimization of a tube bundle immersed in 

a fluid 

16:20 671 Z. Liu, Y.W. Zhang Optimized materials and structural designsfor 

stretchable electronics


Wednesday 

15:10-16:40 

MS 70 Chair: D. Raabe Room 351 



15:10 496 J. Mach, J. Chevy, On continuity of the plastic deformation 

Keynote B. Armand, A. Acharya rate 

15:40 646 L. Gelebart, L. Vincent, 

R. Dakhlaoui, B. Marini 

16:00 886 J. Pacull, B. Michel, 

O. Debordes 

Application of numerical localization procedures 

to body-centered cubic materials 

Polycrystalline aggregate model for the behavior 

of oxide fuels 

16:20 1240 T. Carvalho-resende Application of a dislocation based model 

for interstitial free (if) steels to marciniak 

stretch test simulations 

MS 110 Chair: E. Hachem Room 242A 



15:10 798 E. Maitre Level set models of fluid-structure interac- 

Keynote 

tion in biomechanics 

15:40 1010 T. Heuzé A mixed finite element for the modelling 

of fluid/solid couplings in high temperature 

assembly processes 

16:00 313 S.T. Takeuchi, 

T. Kajishima 

16:20 866 L. Monasse, V. Daru, 

C. Mariotti, S. Piperno 

Simulation of dispersed multi-phase flow 

involving dispersed components with deformable 

boundaries based on a new immersed 

boundary method 

Conservative coupling of an immersed 

boundary method with a discrete element 

method for fluid-structure interaction 

57 

MS 89 Chair: T. Laursen Room 342A 

Preconditioned iterative methods for mechanical contact problems 


15:10 1191 R. Krause, C. Gross, Solving frictional contact with optimal 

Keynote C. Mohr 

complexity - localizing and parallel strategies 

for nonlinear and nonsmooth problems 

15:40 1757 M. Van Gijzen, 

T. Jonsthovel, C. Vuik, 

T. Scarpas 

16:00 1982 E. De Sturler, 

G. Paulino, S. Wang 

16:20 

A parallel deflated preconditioned conjugate 

gradient method for the finite element 

analysis of composite materials 

Multilevel preconditioners for simulations 

and optimization on dynamic, adaptive 

meshes 

MS 65 Chair: S. Leyendecker Room 352B 



15:10 1879 S. Krenk Conservative time integration in a rotating 

Keynote 

frame using hybrid state-space variables 

15:40 761 P. Betsch, N. Sänger, 

R. Siebert, S. Uhlar 

A rotationless rigid body formulation: advantages 

for the design of structurepreserving 

integrators in multibody dynamics 

16:00 1812 I. Romero Energy-entropy-momentum discretizations 

of dissipative evolution problems 

16:20 512 M. Krüger, M. Groß, 

P. Betsch 

A comparison of two structure-preserving 

integrators for nonlinear thermoelastodynamics 

Wednesday

Wednesday 


Wednesday 

17:00-18:20 

MS 135 Chair: F. Legoll Room 242B 




17:00 1095 R. Costaouec, X. Blanc, 

C. Le Bris, F. Legoll 

Variance reduction methods for homogenization 

of random materials 

17:20 1522 O. Vorobiev, T. Antoun Equivalent continuum modeling for wave 

propagation in discontinuous media 

17:40 841 C. Mbodj, M. Renouf, 

L. Baillet, Y. Berthier, 

P. Jacquemard 

18:00 

Looking for representative volume element 

of c/c composite under tribological sollicitations 

MS 90 Chair: V. Sansalone Room 252A 



17:00 378 P. Tisbo, G. Presbitero, Simulation of microcrack growth and repair 

D. Geraghty, D. Taylor in living bone 

17:20 1323 R. Hambli, 

C.L. Benhamou 

17:40 1032 J. Macione, R. Knapp, 

R. Sterling, 

M. Eschbach, S. Kotha 

Neural networks and finite element hybrid 

algorithm for multiscale simulation of bone 

microdamage evolution 

Site of failure changes with magnitudes of 

load during cyclic loading of whole bone 

18:00 1922 L. Roseiro, Total hip joint revision - a comparison be- 

P. Carvalhais, F. Simões tween the mechanical properties of older 

and fresh cement 

MS 43 Chair: J.G. Korvink Room 341 



17:00 1673 V. Rochus, E. Lemaire, Dual approach for an accurate estimation 

C. Geuzaine of pull-in voltage 

17:20 1407 E. Bertarelli, R. Ardito, Static and dynamic behaviour of electro- 

A. Corigliano, R. Contro static diaphragm micro-pumps 

17:40 

18:00 

58 

MS 83 Chair: L. Deseri Amphithéâtre bleu 


materials 


17:00 424 A. Lebée, K. Sab A full bending gradient theory for periodic 

plates homogenization 

17:20 854 G. Geymonat, 

S. Hendili, F. Krasucki, 

M. Vidrascu 

Some asymptotic models for a thin layer of 

heterogeneities in an elastic structure 

17:40 502 K. Alexandr, S.I. Rakin Numerical analysis of homogenized tunability 

of composite material 

18:00 

MS 127 Chair: K. Spiliopoulos Room 243 



17:00 273 H. Li, H.S. Yu Kinematic shakedown analysis for cohesivefrictional 

materials 

17:20 1156 N. Saha A numerical method for statistical distribution 

for rainflow cycles 

17:40 

18:00 

MS 59 Chair: O. Menshykov Room 253 



17:00 966 A. Piccolroaz, Symmetric and skew-symmetric weight 

G. Mishuris, functions for the analysis of perturbed in- 

A. Movchan terfacial crack problems 

17:20 338 A. Linkov, 

L. Rybarska-rusinek 

17:40 1553 M. Kotoul, T. Profant, 

J. Klusak 

Asymptotics of fields and physical interface 

conditions near multi-wedge points 

Computational model of crack deflection 

by an interface between orthotropic materials 

- effect of second order asymptotic term 

18:00 1075 A. Mintzas, D. Nowell Validation of an hcr - based fracture initiation 

criterion for adhesively bonded joints 

MS 66 Chair: Y. Malecot Room 342B 

Modeling plasticity and damage in porous media 


17:00 7 O. Chesnikova Qualitative features of rigid plastic solutions 

for porous materials 

17:20 1178 O. Cazacu, J. Stewart Yield criterion for porous aggregates with 

matrix displaying strength differential effects 

17:40 2075 K. Willam Mismatch and spalling of concrete materials 

under rapid heating and drying 

18:00


Wednesday 

17:00-18:20 



sciences 


17:00 1952 P. Nair, P. Hakansson Prospects for overcoming the curse of dimensionality 

in polynomial chaos based 

stochastic projection schemes 

17:20 617 H.M. Panayirci, 

H. Pradlwarter, 

G. Schueller 

Application of guyan reduction within the 

polynomial chaos expansion based sfe analysis 

17:40 1035 D. Liu, H. Matthies Tryings to break the "curse of dimension" 

in uncertainty quantification with shallow 

water equations 

18:00 1233 G. Blatman, B. Sudret An adaptive algorithm based on least angle 

regression for uncertainty propagation and 

sensitivity analysis 




17:00 325 C. González, S. Sádaba, Modelling the interaction between matrix 

J. Llorca 

cracking and delamination in angle ply laminates. 

xfem analysis of the interaction between 

ply failure by splitting and delamination. 

17:20 385 R. Frizzell, R. O’higgins, 

C. Mccarthy 

Development and implementation of a 

nonlocal damage model for the analysis of 

aircraft structural components 

17:40 910 S. Czichon, R. Rolfes Development of a mesomechanical modell 

for the assessment of void inclusions 

18:00 1217 H. De Boer Multi-scale damage modelling in abaqus 

MS 132 Chair: F. Auricchio Room 315 

Computational techniques for large strain problems 


17:00 1531 G. Scovazzi, High strain rate shock hydrodynamics flow 

J.N. Shadid, computations on tetrahedral finite ele- 

T.J. Hughes ments 

17:20 1322 A. Shutov, J. Ihlemann, 

R. Kreißig 

On the advantages of time stepping techniques 

preserving the inelastic incompressibility 

for large strain viscoplasticity 

17:40 1168 D. Aubram, S.A. Savidis On mesh smoothing and material advection 

for modelling pile installation in sand 

18:00 457 V. Sadovskiy On mathematical modeling of granular 

flow with stagnant zones 

59 

MS 130 Chair: G. Lombaert Room 343 

Model and parameter identification in structural mechanics 


17:00 1174 B. Peeters, H. Van Der Experimental parameter identification of 

Auweraer 

megastructures 

17:20 1159 E. Reynders, G. De 

Roeck 

17:40 859 M. Peeters, 

G. Kerschen, 

J.C. Golinval 

18:00 210 C. Rainieri, 

G. Fabbrocino 

A hybrid experimental-operational approach 

to modal parameter identification 

of large structures 

Experimental modal analysis of nonlinear 

vibrating structures using nonlinear normal 

modes 

Opportunities and challenges of blind 

source separation techniques for dynamic 

parameter identification and monitoring 

MS 15 Chair: A. Frangi Room 352A 



17:00 520 S. Nintcheu Fata, On the treatment of 3d poisson’s equation 

L.J. Gray 

in bem 

17:20 746 A. Aimi, M. Diligenti, 

C. Guardasoni 

Exploiting geometrical symmetries in 

space-time bies discretization 

17:40 1597 J. Yamaguchi, T. Fukui Application of operational quadrature bem 

to multi-group neutron diffusion problems 

18:00 753 J. Zechner, G. Beer Fast bem simulations in tunnelling 

MS 10 Chair: A.E. Huespe Room Maillot 



17:00 2072 P. Gilles Simulation of the appearance of residual 

stress during manufacturing of a dissimilar 

material weld and their redistribution during 

ductile crack growth 

17:20 777 P. Hutar Fracture mechanics description of a polymer 

weld 

17:40 1100 C. Forsell, T. Gasser Experimental and modeling of myocardial 

splitting 

18:00 359 S. Rezaee, C. Berdin Cleavage fracture probability of 

spheroidized steels using polycrystalline 

modelling 

MS 24 Chair: G. Haasemann Room 221222 



17:00 775 F. Beyer, B. Zastrau Biaxially loaded textile reinforced concrete 

structures with inclined crack bridging 

17:20 729 P. Jungbecker, 

T. Klietzing, G. Seide, 

T. Gries 

Modelling and simulation of fibres in air 

flow with applications in textile technology 

17:40 682 D. Das The air permeability of non-uniform fibrous 

porous media 

18:00 698 A. Ramasamy Modelling of rtm mold fill operation with 

preform permeability properties for multilayer 

interlocked fabric preforms 

Wednesday

Wednesday 


Wednesday 

17:00-18:20 

MS 3 Chair: J. Kusiak Room 224225 



17:00 962 T. Jurczyk, B. Glut Tetrahedral mesh generation for microstructure 

modelling 

17:20 13 M. Beneš Quantitative aspects of microstructure formation 

in solidification 

17:40 157 R. Zhang, F. Wu, 

L. Jian, Y.Q. Kou 

18:00 

Numerical simulation of thermal stress 

fields in quenching 7075 aluminum alloy 

drop-forged 

MS 121 Chair: J.M. Bergheau Room 202203 

Numerical simulation of manufacturing process in the nuclear industry 


17:00 1918 G. Kokot, J. Adamiec, The welding simulation of magnesium al- 

A. John 

loys using the finite element method 

17:20 1563 S. Sarkar, M. Rao, 

M. Rao 

Heat transfer model for boron carbide manufacturing 

process by carbothermal route 

17:40 1839 S. Youssef Hand cup grinding: analytical and numerical 

modeling 

18:00 

MS 5 Chair: E. Sapountzakis Room 251 

ID Authors 


Title 

17:00 1282 A. Sjöström, D. Bard, Simulating the effects on sound attenua- 

K. Persson, G. Sandberg tion due to structural discontinuities in a 

floor assembly 

17:20 1367 D. Makovicka Dynamic response of building with vibrobase 

insulation 

17:40 1387 S. Earle, 

L. Kwasniewski, 

P. Szurgott, J. Wekezer 

Dynamic performance of reinforced concrete 

bridges 

18:00 1592 A. Smirnov Vibrations and stability of non-isotropic 

plates with cutouts. 

60 

MS 124 Chair: S. Perotto Room 364 

Anisotropic adaptive meshing from error analysis to applications 


17:00 1928 W. Zerguine, Y. Mesri Anisotropic mesh adaptation for capturing 

multi-phase interfaces. 

17:20 1309 C. Dobrzynski, P. Frey An anisotropic delaunay mesh kernel. application 

to interface capturing and rigid 

body problems. 

17:40 1550 A. Agouzal . a posteriori error estimators and metric 

tensors for generation of quasi-optimal 

meshes 

18:00 1756 A. Loseille, R. Lohner Unified anisotropic mesh generation and 

adaptation for computational fluid dynamics 



developments 


17:00 2087 J. Amdahl, T. Holmas Nonlinear analysis of offshore structures 

17:30 2085 T. Holmas Fire resistance of offshore structures 

18:00 

MS 146 Chair: T. Dokken Room 241 



17:00 907 J. Gravesen Isogeometric analysis in shape optimisation 

17:20 1753 S. Cho, B.Y. Koo, 

S.H. Ha 

17:40 1326 J. Kiendl, R. Wüchner, 

K.U. Bletzinger 

18:00 1346 P. Noertoft Nielsen, 

J. Gravesen, 

A.R. Gersborg 

Isogeometric shape sensitivity analysis and 

optimization of design-dependent problems 

Isogeometric shape optimization of surface 

coupled structures 

Isogeometric analysis and shape optimization 

in fluid mechanics 

MS 60 Chair: V. Dubourg Room 252B 



17:00 696 E. Katamine Shape optimization for drag minimization 

and lift maximization in viscous flow fields 

17:20 265 P. Zhang Reliability optimization of machining parameters 

for numerical control milling of 

ultrahigh strength steel 

17:40 1999 A.J. Torii, R.H. Lopez, A local-global strategy for simultaneous 

M.A. Luersen, J.E.S. De sizing and geometry truss optimization 

Cursi 

18:00


Wednesday 

17:00-18:20 

MS 70 Chair: A. El-azab Room 351 



17:00 1981 A. Benzerga, Dimensional and microstructural size ef- 

P. Guruprasad, fects in crystal plasticity by means of com- 

S. Keralavarma putational dislocation dynamics 

17:20 796 K. Danas, 

V.S. Deshpande, 

A.C. Cocks 

17:40 1951 L. Dupuy, M. Bletry, 

E. Ferrie, V. Quatela, 

M. Fivel 

Modelling dislocation climb with a novel 

discrete dislocation dynamics framework 

A study of dislocations junctions in fcc 

metals by dislocation dynamics: effect of 

the stacking-fault energy 

18:00 1422 R. Madec, L. Kubin Binary and ternary interaction coefficients 

in bcc metals 

MS 110 Chair: E. Longatte Room 242A 



17:00 1026 H. Mutsuda Numerical simulation of interaction between 

wave and floating body using eulerian 

scheme with lagrangian particles 

17:20 193 G. Dynnikova The viscous vortex domains (vvd) method 

for non-stationary viscous incompressible 

flow simulation 

17:40 897 C. Murea, S. Sy A monolithic semi-implicit algorithm for 

fluid-structure interaction problem 

18:00 

61 

MS 89 Chair: C. Vuik Room 342A 

Preconditioned iterative methods for mechanical contact problems 


17:00 128 Z. Dostal Preconditioning improving rate of convergence 

for contact problems 

17:20 1893 M. Jarosova, Z. Dostal, 

A. Klawonn, 

O. Rheinbach 

Feti-dp averaging for the solution of contact 

problems 

17:40 1948 D. Horak, Z. Dostal Contact corner preconditioning of feti-dp 

18:00 1386 P.A. Guidault, 

L. Champaney 

A micro-macro mixed ddm for frictional 

contact problem : choice of the macroproblem 

and improvement of the convergence 

rate by a local-global iterative 

scheme 

MS 65 Chair: C. Hesch Room 352B 



17:00 1033 R. Denzer, M. Gei, Band-gap properties of elastic and vis- 

D. Bigoni, A. Menzel coelastic periodic beam structures for flexural 

waves with large amplitudes 

17:20 813 N. Mahjoubi, 

A. Gravouil, 


N. Greffet 

17:40 

18:00 

A consistent multi-scale in time coupling 

method for heterogeneous time integrators 

- application to transient structural dynamics 

Wednesday

Thursday 


Thursday 

09:25-10:55 

MS 135 Chair: F. Feyel Room 242B 




09:25 1831 F.X. Roux Feti-2lm domain decomposition methods 

Keynote 

with non-conforming meshes 

09:55 973 R. Jaenicke Two-scale modelling of micromorphic media 

10:15 153 S. Nezamabadi, 

H. Zahrouni, 

J. Yvonnet, 

M. Potier-ferry 

10:35 1408 E. Lignon, P. Le Tallec, 

N. Triantafyllidis 

Multiscale second order homogenization 

using asymptotic numerical method 

Stability analysis of a fiber reinforced ply 

under compression 

MS 71 Chair: E. Budyn Room 252A 

Computational mechanics of biological tissues 


09:25 547 M. Curtis, E. Budyn, Microscale-based anchorage in 3d alters 

Keynote T. Desai, T. Hoc, the mechanics of cardiac myocyte contrac- 

B. Russell tion 

09:55 567 G. Guérin, D. Ambard, 

P. Swider 

10:15 612 D. Drikakis, 

D. Sourmaidou 

A model of mechanobiological interactions 

in implant healing involving cells, growth 

factors and bioactive surface properties 

Computational nanotechnology of drug delivery 

through biological membranes 

10:35 1942 R. Peyroux Numerical simulation of mechanical effects 

accompanying division and growth of cells 

MS 25 Chair: J. Yvonnet Room 341 

Multiscale methods for modelling surface effects on nanosystems and 

nanostructured materials 


09:25 620 F. Sansoz, C. Deng Influences of surface faceting and mi- 

Keynote 

crostructure on plasticity in gold nanowires 

09:55 1 H. Park, G. Yun Multiscale modeling of surface-induced instabilities 

in nanomaterials 

10:15 297 N. Combe, 

P.M. Chassaing, 

F. Demangeot, 

L. Saviot 

Surface effects on acoustic vibration modes 

in zno and metallic nanoparticles 

10:35 52 H. Koguchi, N. Nishi Nano-contact analysis for anisotropic and 

amorphous materials considering surface 

stress and elasticity 

62 

MS 83 Chair: B.A. Schrefler Amphithéâtre bleu 


materials 


09:25 243 J. Fish, S. Kuznetsov Computational continua 

Keynote 

09:55 1325 U. Schmidt, 

P. Steinmann 

Computational homogenization for 

strongly coupled thermomechanical 

problems on the macroscale 

10:15 591 C. Oskay, M. Haney Computational model for titanium 

structures subjected to thermo-chemomechanical 

environment 

10:35 366 D.K. Trinh, S. Forest Effective micromorphic elastic properties 

for composite media 

MS 19 Chair: T. Tison Room 243 

ID Authors 

Robust design and uncertainty 

Title 

09:25 1449 R. Chowdhury, Collocation based high dimensional model 

Keynote S. Adhikari representation for stochastic partial differential 

equations 

09:55 18 R. Filomeno Coelho, 

J. Lebon, P. Bouillard 

Multiobjective reliability-based optimization 

of truss structures with stochastic surrogate 

models 

10:15 1989 Y. Caniou, B. Sudret Distribution-based global sensitivity analysis 

using polynomial chaos expansions. 

10:35 

MS 59 Chair: O. Rabinovitch Room 253 



09:25 890 M. Kaliske Characteristics of fracture processes by dis- 

Keynote 

crete and continuum modelling 

09:55 1235 M. Angelillo, E. Babilio Numerical solutions for the propagation of 

cracks based on the variational theory of 

fracture 

10:15 173 C. Vuik, T. Johnsthovel, 

M. Van Gijzen 

10:35 232 I. Iturrioz, L. Miguel, 

J.D. Riera 

Fast iterative methods for mechanical 

problems with interfaces 

Size effects in dynamic fracture analysis of 

brittle materials using a truss-like discrete 


MS 40 Chair: L. Delannay Room 342B 

Computational homogenization of single and multi-phase polycrystalline 

aggregates 


09:25 

Keynote 

1788 O. Lopez Pamies, 

P. Ponte Castaneda, 

V. Racherla 

09:55 2055 I. Doghri, L. Brassart, 

L. Adam, J.S. Gérard 

10:15 230 J. Segurado, 

R. Lebensohn 

10:35 356 M. Salmi, F. Auslender, 

M. Bornert, M. Fogli 

Thermoplastic elastomers: multiscale 

modeling, microstructure evolution and 

macroscopic instabilities 

A second-order incremental formulation for 

the mean-field homogenization of elastoplastic 

composites 

A model for complex deformation of polycrystalline 

materials based on the implementation 

of a viscoplastic self-consistent 

formulation in a fe implicit code 

Improved bounds for linear elastic random 

composites


Thursday 

09:25-10:55 



sciences 


09:25 648 C. Pettit, D.K. Wilson Updating and sample-size effects in cluster- 

Keynote 

weighted models for global sensitivity analysis 

09:55 565 O. Pajonk, Uncertainty updating in oil reservoir simu- 

R. Schulze-riegert, lation 

M. Krosche, 

H. Matthies, J. Axmann 

10:15 633 F. Duddeck, 

S. Hunkeler, 

M. Rayamajhi 

10:35 1190 M. Zarroug, 

C. Desceliers, L. Rota 

Robustness and sensitivity of structural designs 

for crashworthiness with respect to 

uncertainties in shape parameters 

Uncertainty modelling of crash test 




09:25 452 L. Kärger, A. Kling Feedback method transferring manufactur- 

Keynote 

ing data of tfp structures to as-build fe 

models 

09:55 360 M. Weiglein, P. Horst Influence of interlaminary located voids on 

fracture mechanical parameters 

10:15 421 E. Pietropaoli, A. Riccio Virtual crack closure technique and fail release 

approach: an effective finite element 

implementation for delamination growth 

phenomena 

10:35 661 L. Iannucci, 

J. Ankersen, F. Ehrich 

A fracture based damage model for impact 

predictions 

MS 23 Chair: J. Schroeder Room 315 

New trends in non-standard finite elements 


09:25 1315 F. Gruttmann Computation of interlaminar stresses in 

Keynote 

layered shells 

09:55 105 F. Armero, 

J.S. Valverde 

10:15 2028 G. Balduzzi, 

F. Auricchio 

Finite elements for kirchhoff rods 

A new modeling approach for planar beams 

10:35 1362 G. Castellazzi, P. Krysl High order finite elements for reissnermindlin 

plates based on assumed strain formulation 

63 

MS 130 Chair: C. Papadimitriou Room 343 



09:25 1988 J. Conte, B. Moaveni, System and damage identification studies 

Keynote X. He, G. Lombaert of large-scale building specimens subjected 

to seismic tests 

09:55 1371 S.K. Au, F. Zhang, 

Y. Ni 

Modal identification of a primarysecondary 

structure using ambient data 

10:15 367 S. Caddemi Dynamic identification of multiple concentrated 

damages on beams 

10:35 1433 A. Strauss Reliability assessment of existing and new 

conrete structures based on identification 

MS 15 Chair: M. Schanz Room 352A 



09:25 284 C. Geuzaine, High-order stochastic integral equation 

Keynote R. Gaignaire, O. Bruno scheme for wave scattering problems with 

random impedance boundary conditions 

09:55 1267 C. Cecka, E. Darve Fourier based fast multipole method for the 

helmholtz equation 

10:15 1372 E. Grasso, R. Bost, 

S. Chaillat, 

J.F. Semblat, 

M. Bonnet 

Multi-level fast multipole bem for the 

complex-wavenumber formulation of 3-d 

viscoelastodynamics 

10:35 1492 A. Frangi, M. Bonnet On the application of fast multipole methods 

to helmholtz problems with complex 

wavenumber 

MS 10 Chair: F. Feyel Room Maillot 



09:25 794 P. Gray, C. Mccarthy A combined analytical/numerical model for 

Keynote 

the efficient simulation of load transfer in 

multi-bolt composite joints and structures 

09:55 1400 W. Wagner Fe-modeling of stability-induced coupled 

ply failure and delamination effects in skinstringer 

stiffened cfrp-panels 

10:15 1965 J. Ankersen, G. Davies Interface elements versus vcct for delamination 

predictions 

10:35 1808 N. Le Minh Failure criterion for silicon-based joints under 

flexion loading 

MS 24 Chair: J. Militky Room 221222 

ID Authors 


Title 

09:25 408 A. Das Mathematical modelling of vertical wicking 

Keynote 

through yarns and fabrics 

09:55 828 A. Majumdar Modeling of thermal properties of knitted 

fabrics using artificial neural network 

10:15 1843 D. Roessner, Interlock fabric implant tearing modeling 

J.Y. Drean, J.F. Osselin 

10:35 

Thursday

Thursday 


Thursday 

09:25-10:55 

MS 145 Chair: Z. Waszczyszyn Room 224225 

Soft computing in computational mechanics: recent advances. 


09:25 1858 M. Klos, M. Sulewska, Neural prediction of compaction parame- 

Keynote Z. Waszczyszyn ters for granular soils 

09:55 1712 M. Jurek, L. Ziemianski Damage detection in composite panel 

based on elastic wave propagation and artificial 

neural networks. 

10:15 1739 M. Slonski Structure damage localization based on the 

relevance vector machine 

10:35 1854 B. Miller Identification of a yielding zone using dynamic 

characteristics and bayesian neural 

networks 

MS 80 Chair: C. Davie Room 202203 

Concrete and concrete structures subject to high temperature and fire 


09:25 1414 P. Kabele, J. Surovec, Mesoscale analysis of high temperature ef- 

Keynote J. Pekar 

fects on properties of concrete 

09:55 1529 T.T.H. Le, F. Meftah, 

H. Boussa, K. Zibouche 

A 3d finite element meso-scale modelling 

of thermo-hydro-mechanical behaviour of 

concrete exposed to elevated temperatures 

10:15 1300 C. Davie, H. Zhang Numerical investigation of damage and 

spalling in concrete exposed to fire 

10:35 2007 C. Melhem, H. Boussa, 

H. Dumontet 

Modelling of polypropylene fibres effect on 

high performance concrete at high temperatures 


ID Authors 


Title 

09:25 598 C. Pozzolini, S. Cogan, A modelling error localization process for 

Keynote M. Salaun large finite element models in structural dynamics 

09:55 1635 B. Sobol Singularities of dynamic stress in angular 

points of elastic prism of compound rectangular 

cross-section 

10:15 2011 J.G. Santos Da Silva, 

C. Kamei, W. Ferreira 

10:35 

Vibration analysis of a steel-concrete 

charging station platform 

64 


Estimation of modeling error and model adaptation in computational 

mechanics 


09:25 1497 R. Gracie Adaptive time-dependent continuum- 

Keynote 

atomistic simulations 

09:55 1222 A. Abdulle, 

A. Nonnenmacher 

10:15 1593 S. Prudhomme, H. Ben 

Dhia, L. Chamoin, 

J.T. Oden 

10:35 1654 C. Zaccardi, 

R. Cottereau, 

L. Chamoin, H. Ben 

Dhia 

Adaptive finite element heterogeneous 

multiscale method for homogenization 

problems 

On an optimal approach for adaptive 

atomic-to-continuum coupling methods 

Multiscale stochastic model and coupling 

with the arlequin method 

MS 76 Chair: C. Berhault Room 223M 


developments 


09:25 2086 B. Andrew, T. Eyles Global analysis of single leg hybrid risers 

09:55 2066 J.M. Leroy, 

T. Perdrizet, V. Le 

Corre, P. Estrier 

10:25 1384 P. Davies, 

D. Choqueuse 

A few models to assess stresses in armour 

layers of flexible risers 

Prediction of long term durability of synthetic 

fibre ropes and insulation materials 

for offshore applications 

MS 146 Chair: A. Reali Room 241 

ID Authors 


Title 

09:25 1496 T. Dokken, V. Skytt Locally refined splines 

Keynote 

09:55 1442 F. Auricchio, L. Beirao 

Da Veiga, T.J. Hughes, 

A. Reali, G. Sangalli 

10:15 1594 T. Kvamsdal, 

K.A. Johannessen, 

M.G. Larson, 

K.M. Okstad 

10:35 2046 K.A. Johannessen, 

T. Kvamsdal 

Nurbs-based isogeometric analysis: efficient 

quadrature and collocation techniques 

A posteriori error estimates for isogeometric 

analysis 

Adaptive isogeometric analysis using tsplines 

MS 28 Chair: O. Sigmund Room 252B 

Topology optimization for multiphysics problems 


09:25 431 Y.Y. Kim, K.H. Sun Topology design optimization of magneto- 

Keynote 

electric multiferroic heterostructures 

09:55 1809 E. Lemaire, L. Van 

Miegroet, S. Thibaut, 

P. Duysinx, V. Rochus 

Multiphysic topology optimization of electromechanical 

micro-actuators considering 

pull-in effect 

10:15 561 N. Jin Yee, G.H. Yoon A three-dimensional fe procedure and sensitivity 

analysis for topology optimization 

of pzt structure 

10:35 1411 J. Peethambaran, Optimization of ferroelectric polycrys- 

J. Guedes, H. Rodrigues talline materials for piezoelectric applications


Thursday 

09:25-10:55 

MS 70 Chair: B. Devincre Room 351 



09:25 1260 D. Raabe Analysis of deformation patterns beneath 

Keynote 

indents using 3d ebsd and dislocationbased 

crystal plasticity finite element simulations 

09:55 820 G. Winther Crystal plasticity modelling of grain subdivision 

by dislocation boundaries 

10:15 339 V. Taupin, S. Berbenni, 

C. Fressengeas, 

O. Bouaziz 

10:35 114 J. Driver, R. Quey, 

D. Piot 

On particle size effects: an internal length 

mean field approach using field dislocation 

mechanics 

Microtexture tracking in hot deformed 

polycrystalline aluminium; comparison experiments 

- simulations 

MS 131 Chair: J. Degroote Room 242A 

Partitioned simulation of fluid-structure interaction and other coupled 

problems with black-box solvers 


09:25 

Keynote 

1744 M. Hojjat, 

E. Stavropoulou, 

R. Wüchner, 

K.U. Bletzinger 

09:55 972 S. Annerel, J. Degroote, 

J. Vierendeels 

10:15 1230 L. Gendre, O. Allix, 

P. Gosselet 

10:35 

Geometry treatment and shape optimization 

for fluid-structure interaction wind engineering 

problems 

Numerical simulation of a 3d bileaflet mechanical 

heart valve using fluid-structure 

interaction 

An application of non-intrusive coupling 

techniques to structural problems with localized 

plasticity 

65 

MS 118 Chair: V. Popov Room 342A 

Computational methods for the simulation of friction and wear in contacts 

with elastomeres 


09:25 

Keynote 

1461 P. Moldenhauer, 

M. Kröger 

09:55 1480 S. Ripka, 

M. Wangenheim 

10:15 1490 L. Busse, I. Boubakri, 

M. Klüppel 

10:35 1759 S. Tatzko, 

M. Wangenheim 

Dynamics of rubber components with frictional 

contact 

Dynamics of a siped tire tread block on 

rough surfaces 

Friction master curves for elastomers sliding 

on granite in simulation compared to 

experiment at various temperatures 

Lcp contact formulation for spring mass 

systems with frictional contact 

MS 45 Chair: O. Thomas Room 352B 

Periodic and quasi-periodic vibrations of non-linear structural systems 


09:25 183 L. Virgin Limit cycle oscillations of a nonlinear airfoil 

Keynote 

09:55 1500 S. Karkar, B. Cochelin, 

V. Christophe 

10:15 1023 A. Lazarus, O. Thomas, 

J.F. Deü 

10:35 288 F. Boumediene, 

D. Laetitia, 

C. Jean-marc, 

M. Abdelhamid, 

B. Elhassan 

A high order harmonic balance formulation 

: application to the periodic solutions of 

the reed musical instrument 

Finite elements reduced order models for 

nonlinear vibrations of stratified piezoelectric 

beams with application to nems 

A reduction method based on linear normal 

modes 

Thursday

Thursday 


Thursday 

11:20-12:40 

MS 38 Chair: C. Zhang Room 242B 

Fracture and damage mechanics of advanced materials with multifield 

coupling 


11:20 647 Z. Itam Multiscale numerical simulation of thermohygral 

alkali-silica reaction in concrete under 

the influence of mechanical loading 

11:40 1077 Y. Charles, B.E. Sar, Finite element simulation of the disk pres- 

M. Gaspérini, P. Jouinot sure test using an hydrogen sensitive cohesive 

element 

12:00 1997 S. Skatulla, C. Sansour, 

A. Arockiarajan 

12:20 

A nonlinear electro-elasticity formulation 

with higher-order electric field contributions 

MS 71 Chair: P. Chabrand Room 252A 



11:20 1071 M. Heljak Evolutionary design of bone scaffolds with 

respect to material selection 

11:40 1066 M. Mengoni, 

J.P. Ponthot 

12:00 434 A. Devulder, T. Hoc, 

D. Aubry, G. Puel, 

M. Bensidhoum 

12:20 1488 P.J. Liotier, J.M. Rossi, 

P. Chabrand 

A continuum damage mechanics based 

bone remodeling model in a finite strains 

framework. 

Micromechanics of bone remodelling 

A multiscale approach for bone remodelling 

in microgravity 

MS 25 Chair: H. Park Room 341 




11:20 133 T.P. Chang, M.F. Liu Small scale effect on instability of doublewalled 

carbon nanotubes conveying fluid 

11:40 199 V.B. Tan, L. Dai Tensile deformations of metal oxide 

nanowires via molecular dynamics simulations 

12:00 615 I. Remediakis, Scaling laws for the mechanical properties 

N. Galanis, G. Kopidakis of nanocrystalline materials 

12:20 331 P. Olsson Vibrational properties of strained gold 

nanowires 

66 

MS 83 Chair: J. Eberhardsteiner Amphithéâtre bleu 


materials 


11:20 911 F. Moravec, M. Holecek Non-linear viscoelasticity in cellular tissues 

11:40 1099 R. Landgraf, 

J. Ihlemann, 

S. Kolmeder, A. Lion 

12:00 191 V. Sansalone, S. Naili, 

V. Bousson, C. Bergot, 

F. Peyrin, J.D. Laredo, 

G. Haiat 

Thermomechanical-chemical coupled, 

large deformation material model representing 

curing processes in acrylic bone 

cement: finite element implementation 

and simulation 

Computing the heterogeneous anisotropic 

elastic properties of cortical bone by a micromechanical 

approach 

12:20 2079 L. Deseri, C. Biondi, Cells response to ligands is predicted 

M.E. Ferretti, L. Lunghi through a new energetics accounting for 

the coupling of conformational and mechanical 

effects arising in such systems. 

MS 19 Chair: S. Adhikari Room 243 

ID Authors 


Title 

11:20 155 L. Nechak, S. Berger, Robust approach for limit cycle analysis in 

E. Aubry 

nonlinear dynamic friction systems. 

11:40 51 S. Lippert, O. Von 

Estorff 

12:00 426 A. Secgin, J.F. Dunne, 

L. Zoghaib 

12:20 

Efficient modelling of vibro-acoustic systems 

with parameter uncertainties 

Transfrequency frf bounding for uncertain 

plate structures using extreme value theory 

and discrete singular convolution 

MS 59 Chair: M. Kaliske Room 253 



11:20 158 M. Paggi, P. Wriggers A computational homogenization approach 

for a three-level hierarchical composite material 

11:40 836 F. Greco, P. Lonetti, 

P. Nevone, L. Leonetti 

12:00 918 J. Toti, S. Marfia, 

E. Sacco 

12:20 829 E.J. Barbero, D. Bruno, 

F. Greco, 

G. Sgambitterra 

Micromechanical modeling of composite 

material subjected to mixed-mode cracking 

A coupled inferface-body nonlocal damage 

model 

A finite element model to predict damage 

evolution in laminate composites with arbitrary 

stacking sequence 

MS 40 Chair: J. Segurado Room 342B 


aggregates 


11:20 1921 N. Barton, J. Bernier, 

R. Lebensohn 

11:40 1069 A. Prakash, D. Helm, 

H. Riedel 

12:00 1072 D. Tjahjanto, 

P. Eisenlohr, F. Roters 

Computationally efficient homogenization 

with texture evolution and twinning 

Modeling twinning and recrystallization 

during high temperature deformation of 

magnesium alloys using the visco-plastic 

self-consistent model 

Computational method for simulating polycrystalline 

material response using relaxed 

grain cluster (rgc) model 

12:20 1915 A. Nasedkin Some features of the coupled finite element 

acoustoelectroelastic analysis for piezoelectric 

devices with porous and polycrystalline 

piezocomposites


Thursday 

11:20-12:40 

MS 14 Chair: H. Jensen Room 353 


sciences 


11:20 1294 B. Goller, J. Beck, 

G. Schueller 

11:40 2018 A. Kucerova, J. Sykora, 

B. Rosic, H. Matthies 

Identification of weighting factors of modal 

properties in bayesian model updating using 

experimental benchmark data 

Uncertainty updating in description of heterogeneous 

materials with nonlinear constitutive 

law 

12:00 868 A. Clement, A. Nouy An enriched spectral stochastic finite element 

method for the numerical simulation 

of structures with random cracks 

12:20 1324 T. Ritto, C. Soize, 

R. Sampaio 

Probabilistic model identification of uncertainties 

for the bit-rock interaction model 

(local nonlinearity) of a drill-string system 

MS 150 Chair: J. Gaudin Room 362363 

Computational optimization of composite structures 


11:20 2058 S. Grihon Numerical optimisation of advanced composite 

structures 

11:40 261 J. Vankan, A. De Wit Optimisation strategies for composite fuselage 

panel design 

12:00 526 M. Calomfirescu, 

F. Daoud, T. Pühlhofer 

12:20 1146 M. Bruyneel, B. Colson, 

S. Grihon, P. Kaletta, 

A. Remouchamps, 

S. Zein 

A new look into structural design philosophies 

for aerostructures with advanced optimization 

methods and tools 

Composite optimisation in practice: from 

problem definition and stacking sequence 

generation to optimisation 

MS 23 Chair: Z. Cai Room 315 



11:20 885 A. Schwarz, An improved mixed finite element based on 

J. Schroeder, G. Starke a modified least-squares formulation 

11:40 150 D. Mueller-hoeppe, 

S. Loehnert, 

P. Wriggers 

A brick element with inhomogeneous mode 

enhancement for finite deformations 

12:00 351 R. Mahnken Stabilized mixed triangular and tetrahedral 

finite elements using volume and area bubble 

functions 

12:20 1840 A. Bilotta, G. Garcea, 

L. Leonetti 

Plastically enriched assumed stress finite 

elements 

67 

MS 130 Chair: G. Lombaert Room 343 



11:20 1796 C. Papadimitriou, Bayesian weight selection in structural 

E. Ntotsios, model updating based on weighted resid- 

D.C. Papadioti uals 

11:40 861 J.F. Unger, C. Könke Design of experiments and parameter identification 

using bayesian neural networks 

12:00 1417 A. Alarcon, C. Bodel, 

M. Bonnet 

12:20 486 F. Lanata, F. Schoefs, 

K.T. Le 

Structural dynamics monitoring via a coupled 

data assimilation and modified error 

in constitutive relation technique 

Statistical identification via polynomial 

chaos expansion and markov chain monte 

carlo methods 

MS 15 Chair: M. Bonnet Room 352A 



11:20 1428 T. Klug, C. Lage, Fast bem for analysis of dielectric problems 

P. Urthaler, L. Kielhorn, in power engineering design 

Z. Andjelic 

11:40 1688 L. Kielhorn, T. Klug, 

Z. Andjelic 

12:00 1711 R. Grzhibovskis, 

V. Baecker, 

S. Rjasanow, F. Klocke 

An aca-based fast bem in electrical engineering 

design 

Coupling fast bem with commercial fem 

when modeling deep rolling 

12:20 1848 D. Lukas, J. Szweda An element-based fast bem applied to 

acoustics of a railway wheel 

MS 10 Chair: F. Feyel Room Maillot 



11:20 1783 L. Marcin, N. Carrère, Macroscopic damage model and associated 

J.F. Maire numerical tools for structural computations 

of woven ceramic matrix composite 

11:40 1308 N. Feld, O. Allix, 

E. Baranger, 

J.M. Guimard 

12:00 1584 C. Dupleix-couderc, 

O. Allix, F. Gatuingt, 

B. Malherbe 

Simulating the crash-absorption capability 

of cfrps: modeling of microstructural kinking 

Towards the multi-scale analysis of delamination 

in dynamics 

12:20 1841 M. David, A. Johnson Numerical modelling of crushing morphology 

in composite energy absorbers 

MS 7 Chair: P.B. Lourenço Room 221222 

Computational models for masonry structures 


11:20 475 S. Casolo, G. Milani, Macro-scale dynamic modelling of out-of- 

C. Sanjust, G. Uva plane collapse of masonry façades accounting 

for texture quality 

11:40 303 F. Dubois, F. Lebon, 

A. Rekik 

12:00 1341 A. Fortunato, 

M. Angelillo, 

A.M. Avossa 

Computational methods for masonry structures: 

interface modeling and dynamics 

A lumped dynamical method for masonry 

structures 

12:20 1216 A. Abbo The application of finite element methods 

using a constituive law based upon damage 

mechanics to the simulation of fracture 

within unreinforced masonry. 

Thursday

Thursday 


Thursday 

11:20-12:40 

MS 145 Chair: N.D. Lagaros Room 224225 



11:20 162 E. Mohammadi, Optimization of multi stand cold strip 

M.R. Forouzan, rolling process parameters according to 

M.R. Niroomand, 

M. Salimi 

chatter phenomenon by taanga method 

11:40 244 M. Abd Elrehim, 

F. El-kashef, 

G. Swoboda, M. Eid 

12:00 1523 V. Plevris, L. Poufos, 


12:20 1995 C. Mitropoulou, 

N.D. Lagaros, 


Optimization of ground improvement techniques 

in tunnelling using genetic algorithms 

A comparison of particle swarm optimization 

and genetic algorithms for the optimum 

design of steel truss structures 

Soft computing methodologies in computational 

earthquake engineering 

MS 80 Chair: G. Periskic Room 202203 

Concrete and concrete structures subject to high temperature and fire 


11:20 1111 P. Mitkowski Double composite bridge girders under 

thermal loads 

11:40 477 G. Periskic, J. Ozbolt, 

R. Eligehausen 

3d fe analysis of fasteners at elevated temperatures 

12:00 255 Y.C. Wu, B. Xia Total lagrangian finite element formulations 

of nonlinear analyses for steel frames 

in fire 

12:20 

MS 5 Chair: C. Zehetner Room 251 



11:20 1357 M.N. Ouissi, A. Houmat Non axisymmetric free vibration analysis 

of linearly varying thickness shells (and 

plates) of revolution by a bi-hierarchical finite 

element having two hierarchical mode 

numbers. 

11:40 1743 Z. Kazanci, H. Turkmen The effect of in-plane deformations on the 

nonlinear dynamic response of laminated 

plates 

12:00 36 J. Laier High-order padé algorithm for non-linear 

dynamics 

12:20 

68 

MS 103 Chair: S. Prudhomme Room 364 


mechanics 


11:20 215 X. Blanc, F. Legoll, 

C. Le Bris, C. Patz 

11:40 1882 A. Romkes, 

T.C. Moody, 

K.M. Klein 

Positive temperature coarse-graining of 

one-dimensional systems 

Estimation of local modeling errors in the 

multi-scale modeling of heterogeneous materials 

12:00 1909 G. Rodin Address critical issues in matching discrete 

and continuum models 

12:20 



developments 


11:20 225 C. Gaumain, Fpso noise and vibration control from feed 

N. Fremion, A. Peccard, through epc to commissioning 

J. Berger, O. Verin 

11:50 2089 F.H. Peter Experiences using the model correction factor 

method as a response surface technique 

12:20 2090 J. Goyet, E. Lharidon Risk based inspection of offshore structures 

MS 146 Chair: T. Dokken Room 241 

ID Authors 


Title 

11:20 1064 A. Buffa, C. De Falco, Isogeometric analysis for incompressible 

G. Sangalli viscous flows 

11:40 1967 M. Bergou, B. Audoly, 

E. Grinspun, 

M. Wardetzky 

12:00 

12:20 

Unified geometric model of elastic rods and 

viscous threads 

MS 28 Chair: G.H. Yoon Room 252B 



11:20 334 F. Wein, 

Acoustic near field topology optimization 

M. Kaltenbacher, 

E. Baensch, 

G. Leugering, F. Schury 

of a piezoelectric loudspeaker 

11:40 416 J.S. Lee, Y.J. Kang, 

Y.Y. Kim 

12:00 757 C. Andreasen, 

O. Sigmund 

Topology optimization of coupled 

poroelastic-acoustic-elastic systems 

based on unified multi-phase modeling 

technique 

Optimization of the pressure coupling coefficient 

in periodic poroelastic materials 

12:20 487 C. Kim Topology optimization of gas flow channel 

routes in fuel cells


Thursday 

11:20-12:40 

MS 70 Chair: A. Finel Room 351 



11:20 791 J. Kratochvil, J. Kristan Iteraction of glide dislocations and dipolar 

loops in a persistent slip band of fatigue 

matals 

11:40 1299 S. Rao, D. Dimiduk, 

T. Parthasarathy, 

M. Uchic, J. El-awady, 

C. Woodward 

12:00 1718 R. Madec, L. Pillon, 

C. Denoual 

Atomistic simulations of cross-slip nucleation 

at screw dislocation intersections in 

fcc ni 

Inertial effect for dislocation in 3d: comparison 

between dislocation dynamic and 

peierls-nabarro galerkin simulations 

12:20 40 G. Monnet, C. Domain Dislocation nucleation from free surfaces 

in iron: surface resistance to local shear 

stresses 

MS 136 Chair: W.A. Wall Room 242A 

Computational fluid-structure interaction and multi-material problems 


11:20 2095 B. Maury Multimodel description of the human lungs 

11:40 1329 A. Arranz Carreño, 

A.J. Gil, J. Bonet, 

O. Hassan 

The immersed structural potential method 

for fluid-structure interaction haemodynamic 

applications 

12:00 469 C. Vergara New methodologies and theoretical results 

in fluid-structure interaction problems applied 

to haemodynamics 

12:20 601 C. Bertoglio, 

D. Chapelle, 

J.F. Gerbeau, 

P. Moireau, 

M. Fernandez 

Filtering-based data assimilation in vascular 

fluid-structure interaction through displacement 

measurements at the interface 

69 

MS 118 Chair: M. Kröger Room 342A 




11:20 1515 J.A. Moreno, F. Marin, 

A. Soto, F. Alhama 

The solution of the frenkel kontorova tomlinson 

model is obtained using a network 

model. based on this model the static dry 

friction is studied. 

11:40 1476 M. Theumert Experimental evaluation of friction and 

wear in contacts with elastomers 

12:00 1850 M. Strangfeld, 

A. Maedler, M. Stoll 

12:20 

Experimental friction analysis - the measurement 

process 

MS 45 Chair: L. Virgin Room 352B 



11:20 1828 M. Gruin, F. Thouverez, Non-linear dynamics of a bladed dual-shaft 

L. Blanc, P. Jean 

11:40 407 Y. Wang, H. Luo Nonlinear vibration and stability of rotors 

with bearing and transverse magnetic excitations 

12:00 1265 S. Hutton Frequency characteristics of rotating discs 

at critical speeds 

12:20 670 D. Lee, J. Ryu, W. Lee Responses of nonlinear asymmetric vibrations 

of an imperfect circlular plate 

Thursday

Thursday 


Thursday 

15:10-16:40 

MS 38 Chair: A. Saez Room 242B 


coupling 


15:10 

Keynote 

1080 M. Kuna, Q. Li, 

M. Enderlein 

15:40 1333 R. Rojas Díaz, A. Saez, 

N. Sukumar, 

F. Garcia-sanchez 

16:00 1814 M. Wünsche, C. Zhang, 

Y.S. Wang 

16:20 

Simulation of crack tip fields in ferroelectrics 

by a micromechanical domain 

switching model 

Unified formulation of the xfem for fully 

anisotropic multifield problems based on 

the stroh’s formalism 

Interface cracks in layered piezoelectric 

materials under impact loading 

MS 71 Chair: P. Swider Room 252A 



15:10 1106 K. Raum, A. Gerisch, Multiscale structure-functional modeling of 

Keynote Q. Grimal lamellar bone 

15:40 624 F. Peyrin 3d x-ray computerized tomography imaging 

of bone at different scales as an input 

to computational biomechanics 

16:00 315 E. Budyn, J. Jonvaux, 

T. Hoc 

16:20 1312 Q. Grimal, G. Rus, 

W. Parnell, M.B. Vu, 

S. Naili, P. Laugier 

Characterisation of micro-fractures in human 

cortical bone using physical imaging 

Two-degree-of-freedom model of compact 

bone elasticity 

MS 25 Chair: V.B. Tan Room 341 




15:10 384 H. Duan Wetting phenomena driven by temperature 

Keynote 

and electric field 

15:40 148 J. Yvonnet, 

A. Mitrushchenkov, 

G. Chambaud 

16:00 1015 K. Samadikhah, 

R. Larsson, 

F. Bazooyar, K. Bolton 

Constructing continuum models of ionic 

nanowires from quantum mechanics computations 

Continuum-molecular modeling of 

graphene lattice 

16:20 35 A. Javili, P. Steinmann Computational mechanics of solids with 

boundary energies 

70 

MS 83 Chair: G. Pijaudier-cabot Amphithéâtre bleu 


materials 


15:10 

Keynote 

1803 G. Borino, B. Failla, 

F. Parrinello 

15:40 856 M.L. De Bellis, 

D. Addessi 

A computational two-scale approach to 

nonlinear analysis of etherogeneous composite 

structures 

An enhanced fe multiscale procedure based 

on a cosserat model for masonry panels 

16:00 932 J.C. Pina, Microstructural modelling of cast iron un- 

V. Kouznetsova, G. Van der thermo-mechanical loading conditions 

Den Oord, M. Geers 

16:20 83 G. Laschet, H. Quade, 

T. Henke, H.H. Dickert, 

M. Bambach 

Comparison of elastoplastic multi-scale 

analysesof the u-forming process of a steel 

line-pipe tube 

MS 19 Chair: M. Hanss Room 243 

ID Authors 


Title 

15:10 559 W. Verhaeghe, M. De Numerical static analysis of uncertain me- 

Keynote Munck, W. Desmet, 

D. Vandepitte, 

D. Moens 

chanical structures based on interval fields 

15:40 1825 T. Haag, M. Hanss Inverse fuzzy arithmetic for the identification 

of simplified friction models 

16:00 916 F. Massa, B. Lallemand, 

T. Tison, S. Mary, 

F. Buffe 

16:20 1253 C. Valente, D. Spina, 

S. Gabriele 

Fuzzy robust optimization of demeter 

satellite 

Modelling and experimental uncertainties 

in railway bridges dynamics 

MS 59 Chair: M. Angelillo Room 253 



15:10 340 O. Rabinovitch Interfacial instability in layered multi- 

Keynote 

material systems: debonding dynamics in 

masonry walls strengthened with composite 

materials 

15:40 905 V. Acary, F. Dubois Non smooth fracture dynamics (nsfd) 

16:00 1162 L. Macorini, B. Izzuddin A nonlinear interface formulation for the 

assessment of masonry structures 

16:20 1256 A.V. Van De Graaf, 

M. Hendriks, J. Rots 

Saw-tooth softening models for discrete 

cracks and slip planes in concrete and masonry 

MS 40 Chair: O. Lopez Pamies Room 342B 


aggregates 


15:10 

Keynote 

758 P. Suquet, A. Labe, 

N. Lahellec, 

H. Moulinec 

15:40 807 L. Brassart, L. Stainier, 

L. Delannay, I. Doghri 

Elasto-viscoplastic behavior of polycrystals: 

a comparison between full-field simulations 

and a micromechanical model based 

on "effective" internal variables. 

Mean-field modeling of elasto-plastic composites 

based on an incremental variational 

approach 

16:00 1640 R. Lebensohn Recent applications of the crystal plasticity 

fast fourier transform-based approach 

16:20 1469 K. Jöchen, T. Böhlke Prediction of the material behavior of fcc 

polycrystals by using a new self-consistent 

scheme


Thursday 

15:10-16:40 



sciences 


15:10 1444 H. Jensen An efficient decision support system for ro- 

Keynote 

bust design of stochastic dynamical systems 

15:40 1225 P. Beaurepaire, 

G. Schueller 

16:00 1348 E. Cataldo, M. Julien, 

R. Sampaio 

Reliability of fatigue prone components 

Fitting random variables associated to a 

two-mass model for the vocal folds using 

neural networks 

16:20 1318 S.F. Ali, S. Adhikari Control of a class of non-linear stochastic 





15:10 2059 P. Kaletta, S. Grihon Advanced numerical optimisation of lami- 

Keynote 

nate stacking sequences using a load categorisation 

approach 

15:40 349 A. Baldomir, 

S. Hernandez, J. Diaz, 

L. Romera 

16:00 294 M. Samuelides, 

D. Bettebghor, 

S. Grihon, N. Bartoli, 

J. Morlier, A. Merval 

16:20 

Sensitivity analysis with regards to fixed 

parameters in optimum design of aircraft 

structures 

Using mixture of experts surrogate models 

and em learning for multilevel structural 

optimization 

MS 23 Chair: G. Starke Room 315 



15:10 194 Z. Cai Flux recovery and a posteriori error estima- 

Keynote 

tion conforming elements for second order 

elliptic partial differential equations 

15:40 927 F.S. Attia, Z. Cai, 

G. Starke 

First-order system least squares for contact 

problems in linear elasticity 

16:00 1613 I.D. Moldovan, Sensitivity assessment of hybrid-trefftz 

J.A. Teixeira De Freitas, stress and displacement elements for 

T. Cao Duc poroelasticity 

16:20 

71 




15:10 568 A. Morassi Dynamic identification of the hypo bank 

Keynote 

office complex 

15:40 212 G. Chellini, F.V. Lippi, 

L. Nardini, F. Nogarin, 

W. Salvatore 

16:00 1639 T.K. Lin, 

A. Kiremidjian, 

C.A. Tsai, K.C. Chang 

16:20 

Long-term monitoring of sesia high speed 

railway bridge 

A bio-inspired two-mode structural health 

monitoring system 

MS 15 Chair: N. Nishimura Room 352A 



15:10 1410 G. Biros Fast algorithms for 3d vesicle flows 

Keynote 

15:40 56 P.D. Létourneau, 

C. Cecka, E. Darve 

16:00 765 J. Ravnik, L. Skerget, 

J. Lupse 

16:20 842 G. Of, O. Steinbach, 

P. Urthaler, Z. Andjelic 

Generalized fast multipole method 

Wavelet and fast multipole data sparse approximations 

of boundary element method 

matrices in a fluid flow solver 

A comparison of fast boundary element 

methods for transmission problems 




15:10 1800 A.E. Huespe, A numerical method for the simulation of 

Keynote A. Needleman, 

X. Oliver, P.J. Sánchez 

ductile fracture 

15:40 1056 B. Medjo, M. Rakin, 

N. Gubeljak, J. Predan, 

A. Sedmak 

16:00 652 H. Wang, C. Berdin, 

P. Claude, S. Forest, 

M. Matthieu, P. Aurore 

16:20 613 A. Simatos, F. Cazes, 

S. Marie, 


B. Prabel 

Computational aspects of micromechanical 

ductile fracture analysis of steel welded 

joints 

Numerical modeling of ductile fracture in 

the presence of portevin le-chatelier effect 

in a c-mn steel 

Modelling ductile tearing from continuously 

strained state to crack propagation 

with the xfem 

MS 7 Chair: T.J. Massart Room 221222 



15:10 102 P.B. Lourenço, J. Leite, Benchmarking for the analysis of masonry 

Keynote F. Ferraguti, G. De 

Felice 

infilled reinforced concrete frames 

15:40 22 C. Maruccio, Nonlinear analysis of masonry structures: 

D. Oliveira, comparison between micro-modelling and 

P.B. Lourenço, G. Monti macro-modelling approaches 

16:00 581 R. Sahlaoui, K. Sab Limit analysis of masonry wall 

16:20 850 D. Addessi, E. Sacco A multi-scale procedure for regular masonry 

based on a cosserat-cauchy nonlinear 

homogenization procedure . 

Thursday

Thursday 


Thursday 

15:10-16:40 

MS 145 Chair: V. Plevris Room 224225 



15:10 1345 G. Marano, Domination-based selection schemes for 

Keynote G. Quaranta, S. Sgobba, handling constraints in particle swarm op- 

Y. Tsompanakis timization algorithms 

15:40 596 M. Müller, 

G.P. Ostermeyer 

16:00 492 T. Kudryashova, 

S. Polyakov, 

O. Kosolapov, 

E. Kononov, A. Sverdlin 

16:20 1520 C. Stathi, N.D. Lagaros, 


The cellular automaton method for elliptic 

and parabolic partial differential equations 

Parallel software package for modeling 

problems of continuous media mechanics 

on modern multiprocessor systems 

Reliability analysis of rc structures based 

on nn predictions: a comparative study of 

3d solid and beam element modeling 

MS 107 Chair: A. Kassab Room 202203 

Conjugate heat transfer - with industrial applications 


15:10 73 M. Lamnaouer, E. Divo, Conjugate heat transfer modeling in an axi- 

Keynote E. Petersen, A. Kassab symmetric shock tube 

15:40 221 R. Bialecki, A. Klimanek A 3d cfd model of a natural draft wetcooling 

tower 

16:00 1338 J. Smolka, Z. Bulinski, 

A. Fic, K. Banasiak, 

N. Andrzej, A. Hafner 

Two-phase transonic compressible co2 flow 

through heat pump ejector based on homogeneous 

equilibrium model 

16:20 1339 J. Smolka Ga optimisation of cooling duct shape in a 

naturally ventilated electrical transformer 

MS 5 Chair: W. Ferreira Room 251 

ID Authors 


Title 

15:10 1606 J. Philippon, D. Aubry, Transient dynamic structure-structure in- 

Keynote B. Tie 

teraction: characterization and numerical 

modeling 

15:40 1691 N. Mahdavi, 

H. Mahdavi, H. Ahmadi 

16:00 1950 A. Iounes, D. Lemosse, 

E. Souza De Cursi 

Evaluation of plastic hinge lengths in conventional 

push-over analysis method in 

comparison with nonlinear dynamic analysis 

Response surface of a cable submitted to a 

pulse at one of its end 

16:20 1602 B. Sbartai Free field response in the vicinity of a vibrant 

foundation 

72 



mechanics 


15:10 

Keynote 

915 M.G. Larson, 

H. Jakobsson 

Adaptive reduction of finite element models 

in linear elasticity 

15:40 1880 D. Heintz, P. Hansbo Model adaptivity for plates based on 

a continuous-discontinuous finite element 

method 

16:00 507 W. Hoitinga, H. Van 

Brummelen 

16:20 1399 J. Hoffman, P. Brune, 

A. Kadir, P. Roman 

Adaptivity and model reduction for a 

boltzmann-type equation 

Adaptive modeling of geometry and boundary 

conditions with focus on turbulent fluid 

flow 

MS 146 Chair: T. Kvamsdal Room 223M 

ID Authors 


Title 

15:10 917 M. Bischoff, R. Echter Increasing accuracy and efficiency of nurbs 

Keynote 

fem for non-linear elasticity problems via 

the dsg method 

15:40 956 C. Verhoosel, 

M.A. Scott, R. De 

Borst, T.J. Hughes 

An isogeometric approach to cohesive zone 

formulations 

16:00 1936 J. Gravesen, Isogeometric design of vibrating mem- 

A. Evgrafov, branes 

A.R. Gersborg, M. Dang 

Nguyen 

16:20 219 T. Elguedj, J. Réthoré, 

M. Coret, P. Simon 

Displacement derivatives measurement using 

nurbs based isogeometric digital image 

correlation 

MS 61 Chair: D. Eyheramendy Room 241 

Advances in software strategies for computational mechanics 


15:10 1774 J. Jansson, J. Hoffman, Unicorn: an automated unified continuum 

Keynote N. Jansson, M. Nazarov mechanics solver 

15:40 1797 F. Hecht Freefem++, a generic tools to solve mechanical 

pde with finite elements 

16:00 1802 H. Narayanan An automated computational framework 

for nonlinear elasticity 

16:20 1503 R. Saad Generalized finite element discretization: 

an object-oriented analysis 

MS 28 Chair: Y.Y. Kim Room 252B 



15:10 317 S. Rakshit, Computational protein sequence design us- 

Keynote G.K. Ananthasuresh ing topology optimization techniques 

15:40 1957 M. Rene Tailoring dispersion properties for slow 

light application by transient topology optimization 

16:00 278 G.H. Yoon Optimal heat dissipating structure design 

considering forced convective heat transfer 

16:20 1747 S. Cho, S.H. Ahn Level set based topological shape optimization 

of heat conduction problems with 

design-dependent convection boundary


Thursday 

15:10-16:40 

MS 70 Chair: C. Denoual Room 351 



15:10 1551 A. El-azab On the closure problem in density-based 

Keynote 

modeling of dislocations 

15:40 1933 A. Finel, U. Salman Phase field modeling of the martensitic 

transition: i) comparison between geometrically 

linear and non-linear elasticity, and 

ii) thermoelasticity and self-organized criticality. 

16:00 1898 G. Abrivard, 

B. Appolaire, E. Busso, 

S. Forest 

16:20 179 B. Beausir, 

C. Fressengeas, 

N. Gurao, L. Toth, 

S. Suwas 

A coupled crystal plasticity - phase field 

formulation to describe microstructural 

evolution in polycrystalline aggregates 

Continuity constraints and spatial correlations 

at interfaces in crystal plasticity 

MS 136 Chair: M. Fernandez Room 242A 



15:10 530 U. Küttler, M.W. Gee, Monolithic newton-krylov schemes with al- 

Keynote W.A. Wall gebraic multigrid preconditioners for fluid– 

structure interaction problems 

15:40 1935 J. Hron, S. Turek Monolithic solver for fluid-structure interaction 

problems with temperature and 

shear dependent material parameters 

16:00 1524 G. Scovazzi A method for shock hydrodynamics on 

tetrahedral finite elements 

16:20 1232 B. Despres I will present a new consistency criterion for 

lagrangian simulations adapted to multimaterial 

calculations. i will discuss the satisfaction 

of the criterion for various meshes 

used in research and engineering 2d and 3d 

codes. 

73 





15:10 1402 V. Popov Dimensional reduction for fast simulations 

Keynote 

of contact and frictional problems 

15:40 1473 B. Fernandez-diaz, 

M. Conte, A. Igartua, 

X. Fernandez, 

G. Mendoza, A. Straub 

16:00 2074 K. Monaghan, 

N. Epiphaniou 

Investigation of the friction and wear behaviour 

of hvof and pvd coatings and ptfe 

tribopairs under lubricated reciprocating 

sliding 

Continuum simulations of non-linear wear 

model for elastomeric sealing systems 

16:20 1867 A. Daubner, W. Haas Modelling and simulation of wear at ptfe 

lip seals at multiple scales 

MS 45 Chair: B. Cochelin Room 352B 



15:10 1811 S. Neukirch, J. Frelat, Frequency jumps in the transverse vibra- 

Keynote A. Goriely, C. Maurini tions of an elastic beam 

15:40 1715 P. Ribeiro On the effect of viscous dissipation on the 

elasto-plastic and large amplitude vibrations 

of beams 

16:00 395 E. Manoach Damage detections of nonlinear vibrating 

thermally loaded structures 

16:20 954 M. Bilasse, E.M. Daya, 

L. Azrar 

A numerical method for nonlinear vibration 

analysis of viscoelastically damped sandwich 

structures 

Thursday

Thursday 


Thursday 

17:00-18:20 

MS 38 Chair: M. Wünsche Room 242B 


coupling 


17:00 625 D. Gross, P. Dineva, 

R. Mueller, T. Rangelov 

17:20 1421 R. Palma, G. Rus, 

R. Gallego 

17:40 1527 L. Janski, P. Steinhorst, 

M. Kuna 

18:00 

Dynamic anti-plane fracture problem 

in continuously inhomogeneous cracked 

piezoelectric solid 

Dynamic experimental design of damage 

identification in piezoelectrics 

Efficient finite element computer program 

for crack propagation simulations in piezoelectric 

structures 




17:00 1493 S. Kolmeder, A. Lion, Constitutive modelling of curing phenom- 

R. Landgraf, ena of acrylic bone cements and experi- 

J. Ihlemann mental identification 

17:20 799 X. Hu, D. Clair A probabilistic approach to the primary stability 

of a cementless hip prosthesis 

17:40 1974 A. Joda, S. Korossis, 

J. Summers, F. John, 

Z. Jin 

18:00 1572 E. Vennat, D. Aubry, 

M. Degrange 

Fluid-structure interaction simulations 

of nonlinear isotropic and transversely 

isotropic hyperelastic aortic valves 

Numerical simulation of mercury infiltration 

through a collagen fiber network 

MS 25 Chair: F. Sansoz Room 341 




17:00 295 T. Delph A local instability criterion for defect initiation 

in solids 

17:20 1158 C. Reina Romo, 

S. Conti, O. Michael 

17:40 1074 W. Pranger, 

T. Antretter, T. Waitz, 

D. Fischer 

18:00 

A dislocation-based model of sizedependent 

plasticity and ductile fracture 

by void nucleation, growth and coalescence 

in metals 

Numerical analysis of the role of interface 

energies in the context of martensite formation 

in niti nanograins 

74 

MS 108 Chair: J. Zeman Amphithéâtre bleu 

Applied homogenization for advanced structural simulations 


17:00 1595 V. Buryachenko, Linea elastic fea of random structure com- 

M. Brun 

posites reinforced by heterogeneities of 

noncanonical shape 

17:20 674 V. Smilauer, C. Hoover, 

Z. Bazant, B. Patzak, 

A. Waas, K. Shahwan 

Multiscale simulation of fracturing braided 

composites via repetitive unit cells 

17:40 2035 M. Zeiml, R. Lackner A randomized pore-network model for investigation 

of the permeability of porous 

materials 

18:00 1211 J. Novak, 

L. Kaczmarczyk, 

P. Grassl, C. Pearce 

Hybrid analysis of heterogeneous materials 

MS 19 Chair: D. Moens Room 243 

ID Authors 


Title 

17:00 1431 P. Lardeur, L. Martini, An economical approach for the variabil- 

E. Arnoult, F. Druesne ity of natural frequencies and frequency response 

functions of structures modelled by 


17:20 1932 R. Croquet, 

D. Lemosse, J.E.S. De 

Cursi 

17:40 1772 E. Zhang, P. Feissel, 

J. Antoni 

18:00 

An iterative scheme founded on computation 

of optimal safety factors to solve rbdo 

problems : method and numerical resultats 

. 

Bayesian update of finite element model in 

the presence of modeling error 

MS 59 Chair: U. Nackenhorst Room 253 



17:00 474 M. Steigemann, Scenarios of crack propagation near mate- 

M. Specoviusneugebauer, 

S.A. Nazarov 

rial interfaces 

17:20 1699 D. Bruno, F. Greco, 

P. Lonetti, A. Manna, 

P. Nevone 

17:40 1633 S. Reina, D. Dini, 

D. Hills 

Dynamic crack propagation in composite 

structures including bridging effects 

Interfacial frictional behaviour of layered 

systems under cyclic loading 

18:00 938 T. Stengel Fibre reinforced civil engineering materials 

- a model for fibre pullout based on tribological 

mechanisms and contact mechanics 

MS 40 Chair: R. Lebensohn Room 342B 


aggregates 


17:00 1223 L. Delannay, 

M.R. Barnett 

Modelling of a combined effect of grain 

shape and grain size on the plastic 

anisotropy of textured polycrystals 

17:20 1768 S. Ramtani, G. Dirras A generalized self-consistent approach for 

both grain-size and texture dependence of 

yield stress of nano-grained materials 

17:40 739 N. Cordero, H.J. Chang, 

S. Forest, E. Busso, 

V. Taupîn, S. Berbenni, 

M. Cherkaoui 

18:00 1725 J. Gawad, A. Van Bael, 

P. Van Houtte, 

G. Samaey, D. Roose 

Gnd layer density at interfaces and grain 

boundaries: strain gradient plasticity simulations 

of the effect of the microstructure’s 

size on the fields in polycrystals 

The dynamic local facet method for multiscale 

modeling of texture anisotropy in 

metal forming processes


Thursday 

17:00-18:20 

MS 31 Chair: E. Cueto Room 353 

Advanced numerical techniques in material forming 


17:00 143 H. Mata, R. Natal Fem analysis of sandwich shells with metal- 

Jorge, A. Fernandes, 

R.A.F. Valente, 

M. Parente 

lic foam cores 

17:20 326 M. Hojny, M. Glowacki Development of hybrid analyticalnumerical 

system of steel deformation in 

semi-solid state 

17:40 1835 J.C. Cisneros, 

M.D. Berrade, E. Royo, 

M.P. Carruesco, 

F. Torres 

18:00 213 B. Regener, 

C. Krempaszky, 

E. Werner 

Robust design in the deep drawing process 

by means of simulation and statistical optimization 

of the critical sheet thinning. 

Characterization of residual stresses in heat 

treated ti-6al-4v forgings by machining induced 

distortion 




17:00 500 B. Gambino, 

G. Iannuzzo, 

C. Guadagno 

Stochastic optimization of a fuselage panel 

17:20 736 O. Bacarreza, 

F. Aliabadi 

Multilevel multiscale procedure for compression 

composite stiffened panel test simulation 

17:40 860 C. Bisagni, R. Vescovini Buckling optimization of composite 

omega-stiffened panels 

18:00 

MS 23 Chair: Z. Cai Room 315 



17:00 1170 R. Winkler Large strain continuum elements with arbitrary 

aspect ratios 

17:20 1748 D. Mijuca On more reliable finite element thermomechanical 

simulation of multi-layered geometrically 

multiscale structures 

17:40 

18:00 

75 




17:00 1347 G. Lombaert, Uncertainty quantification in vibration- 

B. Moaveni, J. Conte based damage assessment of a seven-story 

reinforced concrete shear wall building 

17:20 1978 P. Rosko Model and parameter identification of civil 

structure under earthquake loading 

17:40 

18:00 

MS Chair: Room 352A 

17:00 

17:20 

17:40 

18:00 


MS 10 Chair: A.E. Huespe Room Maillot 



17:00 488 S. Feld-payet, A continuous-discontinuous description of 

J. Besson, F. Feyel ductile fracture using adaptive remeshing 

strategies 

17:20 870 J. Velde 3d-modelling of nonlocal ductile damage 

under reversed complex loading for predicting 

structural stability and safety 

17:40 1632 N. Valoroso Interface elements, drilling rotations and 

parameter identification in computational 

failure analysis of adhesive structural joints 

18:00 1666 J. Retama Velasco, 

G. Ayala, M. Cuomo 

Consistent symmetric formulation of the 

enhanced embedded discontinuity method 

MS 7 Chair: E. Sacco Room 221222 



17:00 723 J. Sykora, M. Sejnoha, Computational homogenization of coupled 

J. Sejnoha heat and moisture transport in masonry 

structures 

17:20 1103 G. De Felice, 

A. Amorosi, M. Malena 

17:40 1108 A. Mauro, G. De Felice, 

P.B. Lourenço 

18:00 479 G. Milani, E. Milani, 

A. Tralli, S. Casolo 

Multi-surface elasto-plastic analysis of masonry 

based on homogenization 

Closed form micro-macro relationships for 

periodic masonry 

Homogenized fe elasto-plastic analysis of 

masonry walls out-of-plane loaded with an 

estimation of displacements near collapse 

Thursday

Thursday 


Thursday 

17:00-18:20 


17:00 

17:20 

17:40 

18:00 


MS 75 Chair: P. Kudela Room 251 

Acousto-ultrasonic waves in thin elastic structures 


17:00 216 J.M. Vivar-perez, Chebyshev spectral analysis for wave prop- 

U. Gabbert agation in thin plates 

17:20 485 E. Glushkov, Theoretical and experimental investiga- 

N. Glushkova, tions of lamb waves excitation and their 

R. Lammering, 

A. Eremin, M. Neumann 

diffraction by surface obstacles 

17:40 439 B. Hennings, 

O. Winkler, 

R. Lammering 

18:00 374 Z.A.B. Ahmad, 

U. Gabbert 

Spectral finite elements for modelling of 


Influence of material variations in composite 

plates on lamb wave propagation and 

edge reflection 





17:00 1860 T. Chatel, C. Gauthier, 

H. Pelletier, R. Schirrer 

17:20 1838 F.J. Martinez-barca, 

M. Canales-compaired, 

M.Á. Jiménez-caballero, 

M.Á. Martinez-barca 

Creep and recovery of spherical contact on 

amorphous polymer: experimental results 

and numerical analysis 

Development of a numerical-experimental 

methodology as support tool for the design 

of systems with reciprocating contacts 

rubberlike-metal 

17:40 1787 B. Gábor, G. Tibor Measurements and fe calculations of windscreen 

wiper; examination of quasi-static 

and dynamic behaviour 

18:00 

76 

MS 103 Chair: R. Cottereau Room 364 


mechanics 


17:00 738 A. Pros, P. Diez, 

C. Molins 

17:20 1601 T. Kunow, T. Grätsch, 

F. Hartmann 

Model validation for the numerical simulation 

of the double punch test 

Safety margins in structures, goal oriented 

analysis and model adaptivity 

17:40 2068 B. Youn A hierarchical model validation method 

of computational models for engineering 

product development 

18:00 1949 L. El Alaoui, A. Blouza Mesh adaptation for koiter’s shell model 

MS 61 Chair: J. Jansson Room 241 



17:00 390 K. Banas, K. Michalik Parallel mesh management for finite element 

simulations of complex problems 

17:20 1447 T. Charras, P. Verpeaux Use of language for automatic parallelization 

of general purpose finite element code 

17:40 307 B. Raghavan, 

P. Breitkopt, 

C. Vayssade 

Programming paradigms for parallel finite 

element analysis and structural optimization 

18:00 1472 H. Leclerc Towards a no compromise approach between 

modularity, versatility and execution 

speed for computational mechanics on cpus 

and gpus 

MS 123 Chair: Z. Terze Room 252B 

Advanced numerical methods in multibody systems and control 


17:00 549 M. Blundell, D. Harty, A multibody systems based investigation 

M. Dickison into the influence of mass distribution on 

vehicle dynamics responses 

17:20 785 C. Pereira, J. Ambrósio, 

A. Ramalho 

17:40 884 A. Gorobtsov, 

E. Ryzhov 

Influence of contact modeling on the dynamics 

of chain drives 

Sinthesys of the control motion of robotics 

systems by inverse dynamic method with 

nonlinear feedback 

18:00 1419 S. Kadam, B. Seth Multi-body dynamic model of one-wheel 

robot 

MS 70 Chair: T. Hoc Room 351 



17:00 989 M. Shehadeh Numerical and strain localization issues in 

modeling dislocation-shock interaction 

17:20 1012 B. Devincre, T. Hoc, 

L. Kubin 

17:40 

18:00 

Dislocation mean free paths and strain 

hardening of crystals: from intermittent to 

continuous modelling of plasticity.


Thursday 

17:00-18:20 

MS 136 Chair: G. Scovazzi Room 242A 



17:00 503 S. Iakovlev, J.F. Sigrist, Analytical benchmarks for shock-shell in- 

C. Leblond, M. Mitchell, teraction 

R. Murray, K. Williston 

17:20 1466 M. Cremonesi, 

A. Frangi, U. Perego 

17:40 

18:00 

A particle finite element method for fluidstructure 

interaction problems with nonnewtonian 

fluids 

77 

MS 45 Chair: P. Ribeiro Room 352B 



17:00 1369 T.T. Pham, Passive control of a 2 dof system under two 

C.H. Lamarque, A. Ture different harmonic excitations 

Savakoohi 

17:20 1264 P. Mitkowski Numerical analysis of existence of invariant 

and ergodic measure in the model of dynamics 

of red blood cell’s production system 

17:40 

18:00 

Thursday

Friday 


Friday 

08:30-10:00 

MS 97 Chair: G. Haikal Room 242B 

Computational treatment of interfaces in multi-physics and multi-scale 

problems 


08:30 1849 G. Wells Automated modelling for multi-physics 

Keynote 

problems with evolving boundaries 

09:00 789 M. Puso, J. Sanders, 

T. Laursen 

09:20 925 I. Tsukanov, 

S. Pasupuleti 

A locking-resistant technique for tying 

computational domains across embedded 

interfaces 

Exact treatment of interface boundary conditions 

using distance fields 

09:40 87 G. Shi Wei Computational simulation of bubble and 

deformable structure interaction 




08:30 1662 L.R. Zastrow On the dynamics of muscle tissue 

Keynote 

09:00 1028 A. El Baroudi, 

F. Razafimahery, 

N. Bideau, 

L. Rakotomanana 

09:20 1046 A. Brunon, M. Coret, 

K. Bruyere Garnier, 

A. Combescure 

09:40 1302 A. Franquet, R. Le 

Riche, S. Avril 

Dynamic analysis of the aorta during an impact. 

fluid-structure interaction approach 

Numerical modeling of biological fibrous 

tissue - yield surfaces and damage evolution 

for a 2d material 

Recovering young moduli in heterogeneous 

stenosed carotid arteries: a numerical 2d 

plane strain study. 

MS 25 Chair: A. Abdul-latif Room 341 




08:30 1405 M. Grekov, S. Kostyrko Model of a thin coating with variable thick- 

Keynote 

ness 

09:00 19 A. Abdul-latif Elasto-inelastic cyclic modeling for ellipsoidal 

inclusion under multiaxial loading 

paths 

09:20 

09:40 

78 

MS 108 Chair: M. Sejnoha Amphithéâtre bleu 



08:30 1406 V. Kouznetsova, Multi-scale computational homogenization 

Keynote E. Coenen, J. Fioole, 

L. Noels, M. Geers 

for structured shells 

09:00 1359 B. Mercatoris, 

T.J. Massart 

09:20 142 D. Branke, B. Jörg, 

G. Haasemann, 

V. Ulbricht 

Multi-scale modelling of failure in heterogeneous 

periodic thin shells 

Investigation of the cosserat material parameters 

obtained by homogenization of a 

cauchy continuum 

09:40 516 M. Lombardo, H. Askes Higher-order continuum for wave dispersion 

in microstructured membranes 

MS 2 Chair: H. Matthies Room 243 

Heterogeneous materials with inelastic behavior 


08:30 99 A. Ibrahimbegovic, Computational mechanics of heteroge- 

Keynote H. Matthies neous materials and failure with size effect 

09:00 489 B. Rosic, H. Matthies, 

M. Zivkovic 

Mathematical formulation and numerical 

simulation of stochastic elastoplastic behaviour 

09:20 1437 I. Temizer, P. Wriggers Space-time homogenization of inelastic 

contact boundary layers 

09:40 1763 L. Li, D. Brancherie, 

J.M. Roelandt, 

J. Favergeon 

Modeling of different fracture modes for 

zr/zro2 system by strong discontinuity approach 

with probabilistic aspect 

MS 59 Chair: C. Vuik Room 253 



08:30 881 U. Nackenhorst, A. Lutz Numerical investigations of osseointegra- 

Keynote 

tion and long-term remodeling based on a 

bio-active interface theory 

09:00 1047 J. Hoefnagels, 

M. Kolluri, H. Van 

Dommelen, M. Geers 

09:20 935 G. Giambanco, 

A. Spada, G. Fileccia 

Scimemi 

09:40 

An in-situ experimental-numerical approach 

for detailed characterization of interface 

delamination properties 

Meso-modeling of heterogeneous structures 

via interphase model 

MS 120 Chair: A. Delaplace Room 342B 

Damage anisotropy: modeling and computational issues 


08:30 955 S. Kammoun, I. Doghri, Micromechanical modeling of the progres- 

Keynote L. Delannay sive failure in short glass-fiber reinforced 

thermoplastics - anisotropic damage model 

09:00 447 B. Mohammadi, 

H. Hosseini-toudeshky, 

M.H. Sadr, 

S. Aivazzadeh 

09:20 1040 L. Thi Tuyet Nhung, 

D. Katell, F. Joseph, 

B. Didier, O. Brigitte 

09:40 2082 G. Lebon, H. Nguyen, 

F. Ragueneau 

Multi surface continuum damage-plasticity 

analyses of laminates including unilateral 

effects 

Behaviour law for the bmc composites 

Hybrid simulations of structures using a 3d 

induced anisotropic damage mode


Friday 

08:30-10:00 

MS 31 Chair: R. Natal Jorge Room 353 



08:30 1789 I. Vladimirov, A finite strain anisotropic plasticity formu- 

Keynote M. Schwarze, S. Reese lation for metal forming processes 

09:00 764 I. Alfaro, F. Gagliardi, 

L. Filice, E. Cueto 

09:20 577 A. Hadoush, T. Van 

Den Boogaard 

09:40 

Simulation of porthole die extrusion process 

by natural element method 

Efficient implicit simulation for incremental 

forming 




08:30 437 H. Wenzel A framework for optimization and robust 

Keynote 

optimization of a composite airframe panel 

09:00 752 O. Tabaste Engineering process capture and automation 

to sustain aircraft composite structure 

optimization 

09:20 362 L. Le Breton, O. Hardy, 

G. Lecina 

09:40 

A plm multi-skill integration framework 

to enable the virtualisation of composite 

structures engineering 

MS 113 Chair: C. Tiago Room 315 

Meshless & other novel computational methods 


08:30 2002 S.P. Proenca Multisite damage by the generalized finite 

Keynote 


09:00 493 J.L. Morales, Solution of the axy-symmetric elasticity 

J.A. Moreno, F. Alhama problems by using papkovich - neuber formulation 

and the network method 

09:20 1547 H. Santos, P. Pimenta, 

J. Almeida 

A hybrid-mixed 3d beam finite element for 

the geometrically exact analysis of framed 

structures 

09:40 490 J.L. Morales, Solution of 2d elasticity problems formu- 

J.A. Moreno, F. Alhama lated by navier equations based on the network 

simulation method 

79 

MS 54 Chair: G. Biros Room 343 

ID Authors 

Fast algorithms for inverse scattering 

Title 

08:30 1870 J.W. Kang, The inverse medium problem in pml- 

Keynote S. Kucukcoban, 

L. Kallivokas 

truncated domains 

09:00 1604 A. Oberai, P. Barbone, 

G. Feijoo 

Krylov subspace methods for focusing and 

imaging 

09:20 643 S. Chaillat, G. Biros General fast inversion method to recover 

small 3-d inhomogeneities using a small 

number of sources and excitation frequencies 

09:40 

MS 117 Chair: A. Gravouil Room 352A 

Treatment of boundary or interface conditions with x-fem 


08:30 311 V. Gravemeier, Extended variational multiscale finite el- 

Keynote F. Henke, U. Rasthofer, ement methods for premixed combustion 

W.A. Wall and two-phase flow 

09:00 734 P. Quintela, J. Paredes Numerical simulation of some problems in 

fluid mechanics with xfem. 

09:20 2016 A. Caron, P. Massin, 

N. Moes 

09:40 849 M. Siavelis, M. Guiton, 

P. Massin, N. Moes 

Quadratic x-fem elements with contact and 

friction 

3d x-fem of frictional fault networks with 

large sliding and non linear kinematics 

MS 10 Chair: F. Daghia Room Maillot 



08:30 1559 P. Gruber, J. Zeman Variational model for debonding in fibrous 

Keynote 

composites solved by feti method 

09:00 941 P. Kerfriden, O. Allix, 

P. Gosselet 

Importance and control of the time discretization 

for delamination prediction. 

09:20 1746 C. Balzani, W. Wagner Semi-numerical estimation of critical energy 

release rates for adhesive joints in 

composite laminates 

09:40 1681 C. Le Mauff, 

P. Ladevèze 

On the calculation of damage localization 

in laminated composite structures 

MS 116 Chair: E. Baranger Room 221222 

Sandwich structures: computational mechanics and multiscale modelling 


08:30 1779 A. Johnson, S. Kilchert Modelling impact damage in sandwich 

Keynote 

structures with folded composite cores 

09:00 1583 T. Block, C.B. Nguyen, 

I. Zuardy, P. Zahlen, 

A. Herrmann 

Finite element analysis of the impact behavior 

of sandwich structures with pinreinforced 

foam cores 

09:20 1054 L. Gornet, Failure criteria and mechanical properties 

G. Marckmann, of nomex honeycomb cores 

S. Kamran Ali, 

S. Marguet, J.P. Regoin 

09:40 773 Y.S. Kim, S. Chang, 

J.K. Mok, K.H. Moon, 

S.H. Cho 

Effect analysis of sandwich structures in 

center frame for low-floor vehicle 

Friday

Friday 


Friday 

08:30-10:00 

MS 138 Chair: T. Melz Room 224225 

Holistic numerical analysis of adaptive systems 


08:30 1445 S. Herold Holistic simulation of smart structures - a 

Keynote 

methodic approach 

09:00 1450 T. Jungblut, S. Herold, 

M. Matthias, J. Thiel 

09:20 1669 K.H. Hoffmann, 

P. Feulner, A. Alizadeh, 

H. Atzrodt 

Holistic simulation of smart structures - active 

mount application 

Concept for a piezohydraulic pump for automotive 

applications 

09:40 267 B. Kranz, W.G. Drossel Mimo state space models of piezomechanical 

systems with exact impedance 

mapping 


08:30 

Keynote 

09:00 

09:20 

09:40 


MS 75 Chair: R. Lammering Room 251 



08:30 167 W. Ostachowicz, Spectral elements with electro-mechanical 

Keynote P. Kudela coupling for elastic wave modelling in 3d 

solids 

09:00 645 R. Martin, 

D. Komatitsch, 

E. Bruthiaux 

09:20 1784 C. Willberg, S. Dudzek, 

J. Pohl, G. Mook, 

U. Gabbert 

09:40 1247 M. Micunovic, A. Grillo, 

I. Muha, G. Wittum 

Convolution and non convolution perfectly 

matched layer techniques optimized at 

grazing incidence for anisotropic, poroelastic 

or viscoelastic high-order wave propagation 

modelling 

Adhesive layer influence of piezoelectric induced 

lamb waves 

Two-dimensional plastic waves in quasirate 

independent viscoplastic materials 

80 

MS 6 Chair: J.J. Ródenas-garcía Room 364 

Reliability, error estimation and adaptivity for automatic simulations with 

enriched finite element methods (pufem/gfem/xfem) 


08:30 

Keynote 

276 C. Hoppe, S. Loehnert, 

P. Wriggers, E. Stein 

09:00 926 R. Allais, G. Legrain, 

P. Cartraud 

09:20 1920 G. Bricteux, M. Duflot, 

J.F. Remacle 

09:40 

Error estimation within the extended finite 

element analysis of cracks 

Comparison of two approaches for error estimation 

with x-fem 

Goal-oriented error estimation in fracture 

mechanics using xfem. 

MS Chair: Room 223M 

08:30 

Keynote 

09:00 

09:20 

09:40 


MS 61 Chair: H. Leclerc Room 241 



08:30 1281 P. Notz, R. Pawlowski, A software design for solving coupled multi- 

Keynote J. Sutherland physics equations in a dynamic, extensible 

and efficient way 

09:00 1793 J.D. Garaud, A. Roos Design and implementation of code coupling 

methods for solving fluid-structure interactions 

problems 

09:20 1045 S. Mattern, 

K. Schweizerhof 

09:40 

Highly efficient implementation of ‘solidshell’ 

finite elements with enhanced assumed 

strains in explicit time integration 

MS 123 Chair: A. Mueller Room 252B 



08:30 602 T. Murphey Topology-based variational integration of 

Keynote 

degenerate interconnected mechanical systems 

09:00 759 N. Sänger, P. Betsch A systematic finite element approach to 

flexible multibody dynamics 

09:20 1709 O. Brüls, A. Cardona Time integration of finite rotations in flexible 

multibody dynamics using lie group integrators 

09:40 810 S. Emam An accurate low-oder model for the dynamics 

of a slender, flexible manipulator 

exhibiting a rigid-body motion


Friday 

08:30-10:00 

MS 70 Chair: T. Hoc Room 351 



08:30 1153 N. Osipov, Crystal plasticity based micromechanical 

N.C. N’guyen, F. Barbe, local approach of brittle failure in bainite 

G. Cailletaud, 

A. Musienko, C. Petry, 

B. Marini 

high resolution polycrystals 

08:50 163 C. Tome, I. Beyerlein, Dislocation-density-based hardening laws 

B. Clausen, 

L. Capolungo 

implemented in polycrystal models 

09:10 550 C. Lebon, F. Onimus, 

L. Dupuy, L. Vincent 

09:30 86 R. Dingreville, 

L. Zhang, T. Bartel 

Experimental study and numerical simulation 

of the plastic deformation of alphazirconium 

single crystals 

Mesoscale modeling of nuclear fuel microstructures 

MS 136 Chair: M. Fernandez Room 242A 



08:30 1220 D. Chapelle, A poroelastic model valid in large strains 

Keynote J.F. Gerbeau, with applications to perfusion in cardiac 

J. Sainte-marie, 

I. Vignon-clementel 

modeling 

09:00 1295 C. Michler, J. Lee, 

S. Krittian, 

J. Chapman, N. Smith 

Numerical simulation of blood perfusion in 

the human heart 

09:20 1517 G. Guidoboni Modeling free boundary flows with applications 

to blood flow 

09:40 1525 L. Boudin, 

C. Grandmont, 

D. Yakoubi 

This talk aims to present the model, the 

numerical process and an experimental vs. 

numerical study in a device designed and 

used by aerosol therapists from inserm 

(u618). 

81 

MS 128 Chair: S. Shrivastava Room 342A 

Impact damage in composites from low-mass high-velocity projectiles 


08:30 1852 N. Toso-pentecôte, Modelling damage in stiffened composite 

Keynote A. Johnson panels under high velocity impact 

09:00 1810 A.T. Rhead, R. Butler, 

C. York 

09:20 1980 S. Guénette, 

S. Shrivastava 

09:40 

On the compression after impact strength 

of asymmetric fully orthotropic laminates 

Fe simulation of face/core interface 

debonding in a circular sandwich plate under 

axisymmetric impact type loading 

MS 74 Chair: P. Neittaanmäki Room 352B 

08:30 

Keynote 

Dynamics of moving materials: instability effects 


09:00 834 S. Turek Fem-multigrid techniques and benchmarking 

for fluid-structure interaction problems 

09:20 1771 N. Banichuk Elastic stability of travelling orthotropic 

membrane 

09:40 883 N. Banichuk, Dynamics and localized instability of axially 

J. Jeronen, T. Tuovinen, moving plates 

P. Neittaanmäki 

Friday

Friday 


Friday 

10:10-11:30 

MS 97 Chair: J. Sanders Room 242B 

Computational treatment of interfaces in multi-physics and multi-scale 

problems 


10:10 1560 G. Haikal, A. Prakash A coupled meshfree-finite element method 

for hyperelastic solids 

10:30 1208 K. Davey, 

R. Mondragon 

10:50 974 S. Gladkov, 

R. Spatschek, 

I. Steinbach, 

M. Stiemer, 

B. Svendsen 

11:10 

A transport level-set approach for the annihilation 

of weak discontinuities in solidification 

modelling 

Dendritic growth - a benchmark problem 

for fem 

MS 71 Chair: T. Hoc Room 252A 



10:10 787 Z. Yang, C. Dick, Finite cell method with fast integration - 

A. Duester, M. Ruess, an efficient and accurate analysis method 

R. Westermann, 

E. Rank 

for ct/mri derived models 

10:30 1658 M. Ben Tkaya Modeling of the mechanical behavior of the 

human hair 

10:50 1089 P. Joli, Z. Chen, 

Z.Q. Feng, 

M.E. Bellemare 

11:10 

Finite element modeling of interactions between 

pelvic organs 

MS 120 Chair: H. Stang Room 342B 

Damage anisotropy: modeling and computational issues 


10:10 1389 B. Richard, E. Martin, Three dimensional numerical analysis of re- 

F. Ragueneau, inforced concrete beams subject to corro- 

C. Cremona, L. Adelaide sion 

10:30 1065 R. Scotta, D.A. Talledo, 

L. Tesser, A. Saetta 

10:50 2081 A. Delaplace, 

R. Desmorat 

11:10 

Non-linear behaviour modelling of rc panels 

subjected to in-plane loads 

Link between anisotropic continuous damage 

and discrete cracking 

82 

MS 108 Chair: V. Smilauer Amphithéâtre bleu 



10:10 1067 V. Marcadon, S. Kruch About the role of defects on the effective 

mechanical behaviour of hollow-sphere 

structures 

10:30 1292 A. Verma, M. Mira Wave properties of graphene sheet modeled 

as periodic structure 

10:50 939 D. Pham Tuong Minh, 

A. Boussad, 

G. Ying-qiao 

11:10 1432 M. Brassart, 

M. Lenczner 

Homogenization models for the packs of 

food containers and the insert cardboard 

sheet in a pallet system during transport 

Homogenization of wave equation based on 

the wave two-scale transform 

MS 2 Chair: D. Brancherie Room 243 

Heterogeneous materials with inelastic behavior 


10:10 1468 D. Brancherie, Effect of "small" heterogeneities on struc- 

V. Bonnaillie Noel, 

M. Dambrine, 

S. Tordeux, G. Vial 

ture failure 

10:30 206 T. Taxer, B. Regener, 

E. Werner 

A micromechanical finite element model 

for ni-base cast alloys utilizing computer 

generated microstructures 

10:50 375 J. Vondrejc, J. Zeman Fast fourier transform based homogenization 

solved by iterative solvers 

11:10 1513 N. Benkemoun Multi-scale strategy for heterogeneous material 

with localized failure 

MS 59 Chair: S. Marfia Room 253 



10:10 1203 R. Estevez, M. Romero Cohesive zone model and analysis of slow 

De La Osa, C. Olagnon, crack growth in silica and ceramics 

J. Chevalier, C. Tallaron 

10:30 11 W. Sha A model of ordered porosity formation 

10:50 

11:10 

MS 54 Chair: S. Chaillat Room 343 

Fast algorithms for inverse scattering 


10:10 1943 M. Bonnet A fast approximate global search methodology 

for defect identification based on 

small-inclusion asymptotics of misfit functionals 

10:30 1139 Y. Grisel, P.A. Mazet, 

V. Mouysset, 

J.P. Raymond 

A refraction index retrieval method using 

the factorization method for acoustics. 

10:50 1815 T. Bui, O. Ghattas An analysis of inverse electromagnetic 

shape scattering: theory and application to 

design of a fast inverse solver 

11:10


Friday 

10:10-11:30 

MS 117 Chair: P. Massin Room 352A 

Treatment of boundary or interface conditions with x-fem 


10:10 756 E. Pierres, 3d two-scale x-fem crack simulation with 

M.C. Baietto, 

A. Gravouil 

interfacial frictional contact 

10:30 768 N. Bonfils, 


N. Moes 

10:50 388 Q.Z. Zhu, J.F. Shao, 

J. Yvonnet, Q.C. He 

11:10 1868 J.C. Roux, 

J.M. Bergheau, 

E. Feulvarch 

Treating inequality constraint in a continous 

medium with a coupled x-fem/levelset 

strategy 

Modelling by xfem of size and shape effects 

of spring-layer imperfect interfaces in 


An x-fem modelling for internal oxidation 

MS 113 Chair: J.L. Morales Room 315 

Meshless & other novel computational methods 


10:10 914 H.C. Gomes, P. Pimenta Extended finite element method for 2d 

fluid-structure interaction problems 

10:30 1707 J. Costa, C. Tiago, 

P. Pimenta 

A linear shell model regarding initial curvature 

as a finite deformation: a meshless 

implementation 

10:50 1946 N. Collier, V.M. Calo Transfinite interpolation based analysis 

11:10 2064 H. Gotovac Explicit adaptive fup collocation method 

for solving the parabolic problems 

MS 6 Chair: M. Duflot Room 364 

Reliability, error estimation and adaptivity for automatic simulations with 

enriched finite element methods (pufem/gfem/xfem) 


10:10 1427 L. Chamoin, 

P. Ladevèze 

Control of numerical outputs for fracture 

mechanics problems solved with xfem 

10:30 1179 S. Amdouni, Numerical convergence and stability of 

K. Mansouri, Y. Renard, mixed formulation of x-fem cut-off for in- 

A. Makrem, compressible isotropic linear plane elastic- 

M. Moakher ity problem in a cracked domain 

10:50 1385 J.J. Ródenas-garcía, 

E. Nadal, J. Albelda, 

F.J. Fuenmayor 

Fernández 

11:10 

H-adaptive refinement based on a nearly 

statically admissible recovered stress field 

for meshes independent of the geometry 

83 

MS 31 Chair: R.A.F. Valente Room 353 



10:10 427 M.R. Khoshravan, Numerical and experimental analysis of 

M.A. Setoudeh welding deformation in thin plates 

10:30 236 M.A. Khan, 

R. Schledjewski 

Process simulation and parametric study of 

an online consolidation composite manufacturing 

setup 

10:50 1257 N. Zeroudi, M. Fontaine Prediction of cutting forces and surface 

quality in free form machining directly from 

cam tool path 

11:10 

MS 10 Chair: F. Daghia Room Maillot 



10:10 531 M. Prechtel, Optimization of fiber shapes inside brittle 

G. Leugering, 

P. Steinmann, M. Stingl 


10:30 952 O. Van Der Sluis, 

Y.Y. Hsu, S. Noijen, 

P. Timmermans, 

M. Gonzalez, 

J. Hoefnagels 

10:50 1041 B. Egan, R. Frizzell, 

C. Mccarthy 

11:10 1663 B. Tranquart, 

P. Ladevèze, 

E. Baranger, A. Mouret 

Delamination of metal-polymer interfaces 

in microelectronics 

Issues with developing robust objective 

damage models for composite materials 

Toward a multiscale modelling of cmcs using 

gfem 

MS 116 Chair: A. Johnson Room 221222 

Sandwich structures: computational mechanics and multiscale modelling 


10:10 1273 E. Baranger, Generation of physical defects for the pre- 

P.A. Guidault, 

C. Cluzel, S. Fischer 

diction of the behaviour of folded cores 

10:30 1471 B. Tian, B. Tie, 

D. Aubry 

10:50 329 M. Bilasse, 

I. Charpentier, 

E.M. Daya 

Elastic wave propagation in sandwich shells 

with honeycomb cores 

A generic approach for the solution of nonlinear 

residual equations: application to vibrations 

of viscoelastic structures 

11:10 79 N. Troyani, P. Baiz Two numerical strategies to compute the 

elastic-viscoelastic mechanics in composites 

MS 138 Chair: T. Melz Room 224225 

Holistic numerical analysis of adaptive systems 


10:10 628 U. Gabbert, C. Barthel Overall virtual design of smart structures 

10:30 980 A. Wirsen, J. Mohring Methods for h2 optimal actuator placement 

and controller design based on high 

dimensional parametric models of mechanical 

structures 

10:50 1830 O. Enge-rosenblatt, 

P. Schneider, C. Clauß, 

A. Schneider 

11:10 

A functional digital mock-up framework 

for modelling and simulation of adaptive 

mechatronic systems is proposed. this idea 

provides a holistic approach to the task of 

variable coupling of simulation tools via a 

master simulator. 

Friday

Friday 


Friday 

10:10-11:30 

MS 75 Chair: U. Gabbert Room 251 



10:10 419 S. Von Ende, Simulation of lamb wave generation and 

R. Lammering propagation in viscoelastic plates 

10:30 95 V. Puzyrev Electroelastic waves in solid cylindrical 

waveguides of noncircular cross section 

10:50 451 M. Golub, C. Zhang Sh-wave propagation and resonance phenomena 

in periodic composites with cracks 

11:10 1272 V.H. Nguyen, S. Naili A spectral finite element formulation for ultrasonic 

wave propagation in fluid-loaded 

cortical bone solids 

MS 128 Chair: S. Shrivastava Room 342A 

Impact damage in composites from low-mass high-velocity projectiles 


10:10 282 P. Jetteur Numerical implementation of the enhanced 

nonlocal damage lmt mesomodel. 

10:30 235 P. Navarro, J.F. Ferrero, 

S. Marguet, M. De La 

Mota, S. Lemaire 

10:50 146 M. Abdelwahed, 

A. Salem, 

M. Abdelwahed, 

M. Abdelwahed 

11:10 

Modelling of the impact on sandwich panel 

Penetration of a small caliber projectile 

into single and multi layered plates 

MS 136 Chair: G. Scovazzi Room 242A 



10:10 224 J. Baiges, R. Codina, The fm-ale method for fluid-structure in- 

J. Principe teraction problems involving a free surface 

10:30 1741 T. Rueberg, F. Cirak Immersed finite element method with 

boundary integral correction for low 

reynolds number flows 

10:50 745 R. Becker, E. Burman, 

P. Hansbo 

Nitsche xfem and the ghost penalty for 

incompressible elasticity and fictitious domain 

methods 

11:10 55 M. Shashkov Remapping - conservative interpolation we 

present review of remapping methods for 

arbitrary lagrangian-eulerian (ale) methods 

84 

MS 61 Chair: D. Eyheramendy Room 241 



10:10 2070 L. Chorel, J.L. Charles, Object oriented simulation of automotive 

P. Viot, I. Iordanoff pyrotechnic equipments. 

10:30 721 C. Bordreuil, F. Dubois A generic framework for natural and finite 


10:50 271 K. Samiei, B. Peters The discrete particle method (dpm) an advanced 

numerical simulation tool for granular 

material capable of modeling arbitaryshaped 

particles 

11:10 

MS 123 Chair: T. Murphey Room 252B 



10:10 839 Z. Terze, D. Vucinic, Numerical simulation of dynamical multi- 

M. Vrdoljak body systems in fluid flow 

10:30 85 A. Mueller A semialgebraic regularization method for 

closure constraints in multibody system 

models 

10:50 599 K. Kime Comparison of numerical methods for 

quantum mechanical transmission and reflection 

at an interface 

11:10 229 I. Kosenko, 

E. Aleksandrov 

An approach to construct the multibody 

dynamics library on modelica language 

MS 74 Chair: N. Banichuk Room 352B 

Dynamics of moving materials: instability effects 


10:10 780 R. Vilela De Abreu, Adaptive fluid-structure interaction simula- 

J. Hoffman, J. Jansson tion of the flow past an in-duct plate 

10:30 819 N. Banichuk, 

J. Jeronen, 

P. Neittaanmäki 

Dynamical behavior of axially moving 

membranes and plates submerged in axially 

flowing ideal fluid 

10:50 815 J. Jeronen Fourier-galerkin simulation of dynamics of 

axially moving membranes and plates submerged 

in axially flowing ideal fluid 

11:10 1250 J. Rodriguez Garcia, 

G. Rio, C. Jean-marc, 

J. Troufflard 

Simulation of inflatable structures: extension 

of the barnes-han-lee method for any 

reversible behavior and type of membrane 

elements

Access to Palais des Congrès 

M 

BUS 

RER 

ADDRESS 

Access and conference rooms 

plans 

Le Palais des Congrès de Paris 

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PEDESTRIAN ACCESS 

Metro: line 1, 

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FROM THE AIRPORTS 

From Roissy Charles de Gaulle Airport: 

33 min: Shuttle bus Air France (Green Line) 

departure/arrival every 15 minutes 

25 min by car 

From Orly Airport : 

1 

1 

244 

LA DÉFENSE 

PORTE 

D’AUTEUIL 

55 min : Shuttle bus Air France (Red Line) + BUS 73 

departure/arrival every 15 minutes 

25 min by car 

85 

A13 

A14 

PORTE 

MAILLOT 

PORTE D’ORLÉANS PORTE D’ITALIE 

A6 

82 

PORTE DE 

LA CHAPELLE 

1 

1 

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GARE 

ST LAZARE 

1 

LE BOURGET 

GARE 

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73 

GARE 

DU NORD 

C 

ROISSY 

CHARLES DE GAULLE 

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GARE 

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1 

1 

73 

A3 

PORTE 

DE BAGNOLET 

PORTE 

DE BERCY 

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Plans

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Conference rooms plan: Level 2 / Hall Maillot 

237M* 

NEUILLY 

273M 

272M 

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TERNES 

MAILLOT 

PARIS 

Lift 

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Restrooms 

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Conference rooms plan: Level 3 

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CONFERENCE ROOM 

87

Author index 

AA. Fahim, A. . ................39, 43 

Abasolo Bilbao, M. . ..............30 

Abbas, S. ........................28 

Abbo, A. . ....................48, 67 

Abdalla, M. .................. 12, 52 

Abdelhamid, M. ..................65 

Abd Elrehim, M. . ................ 68 

Abdelwahed, M. . ................ 84 

Abdul-latif, A. ................... 78 

Abdulle, A. . ..................... 64 

Abed-meraim, F. . ................55 

Abed, F. .........................14 

Abedi, R. ........................19 

Abellan, M.A. . ...................14 

Abisset, E. . ......................55 

Abolbashari, M.H. . ...............38 

Abousleiman, Y. . ................ 18 

Abrivard, G. . .................... 73 

Abuku, M. .......................14 

Acary, V. ........................ 70 

Acharya, A. ......................57 

Actis, R. .........................16 

Adachi, T. .......................46 

Adalsteinsson, H. .................47 

Adamiec, J. ......................60 

Adam, L. . ....................... 62 

Addessi, D. . ................. 70, 71 

Adelaide, L. ......................82 

Adhikari, S. ...........19, 34, 62, 71 

Adler, P. . ....................25, 48 

Agazzi, A. ....................... 55 

Aghdam, M. ..................... 37 

Agouzal, A. ......................60 

Aguirrebeitia, J. ..................30 

Ahmadi, E. ...................... 24 

Ahmadi, H. ......................72 

Ahmadi, I. .......................37 

Ahmad, Z.A.B. .................. 76 

Ahmed, M. ...................... 14 

Ahn, S.H. ....................... 73 

Aigner, E. . ...................... 46 

Aigner, L.G. ..................... 18 

Aimi, A. . ........................59 

Aivazzadeh, S. ...................78 

Al-aboodi, A. .................... 27 

Al-nassar, Y. .....................27 

Alam, S.Y. . ..................... 39 

Alarcon, A. ...................... 67 

Alart, P. .........................47 

Alastrue, V. ......................24 

Alauzet, F. ............... 48, 49, 56 

Albelda, J. .......................83 

Albertini, G. ..................... 26 

Albu, A. . ........................39 

Alduncin, G. .....................23 

Aleksandrov, E. .................. 84 

Alexandr, K. . ....................58 

Alfaiate, J. ...................... 31 

Alfano, G. . ...................... 34 

Alfaro, I. .....................19, 79 

Alhama, F. . ..................69, 79 

Aliabadi, F. ......................75 

Ali, S.F. . ........................ 71 

Alizada, A. ...................... 28 

Alizadeh, A. . .................... 80 

Allaire, G. . ...................... 30 

Allais, R. ........................ 80 

Allena, R. ....................... 18 

Allix, O. ...19, 26, 47, 53, 65, 67, 79 

Almeida, J. .................. 48, 79 

Alouges, F. ...................... 14 

Alsafadie, R. .....................30 

Altenbach, H. ....................10 

Altendorf, H. . ................... 51 

Altmeyer, G. . ....................55 

Altus, E. . ........................37 

Alvarez, L. .......................57 

Álvarez Melcón, A. ...............35 

Alves, J. . ........................45 

Alves Rochinha, F. ............... 51 

Ambard, D. ......................62 

Ambrósio, J. . ....................76 

Amdahl, J. ...................... 60 

Amdouni, S. ..................... 83 

Aminbaghai, M. ..................48 

Amir, O. . ........................21 

Ammar, A. ...................... 27 

Ammar, K. ...................... 22 

Amodio, D. ......................19 

Amorosi, A. ......................75 

Amsallem, D. .................... 11 

Ananthasuresh, G.K. . ............ 73 

Anciaux, G. . ............. 37, 46, 50 

Anders, D. .......................54 

Andersson, B. . ...................47 

Andersson, P. ....................56 

Andjelic, Z. .................. 67, 71 

Andrae, H. . ..................... 47 

Andreasen, C. ....................69 

Andres-garcia, B. ................ 39 

Andrew, B. ...................... 64 

Andrzej, N. . ................. 19, 72 

Angelillo, M. . ................ 62, 67 

Angioni, S. . ..................... 17 

Ankersen, J. ..................42, 63 

Annerel, S. ...................... 65 

Ansola, R. .......................53 

Antoni, J. . ...................... 74 

Antoninis, M. . ...................46 

Antoun, T. . ..................... 58 

Antretter, T. .................23, 74 

Antunes, J. ......................15 

Aoyagi, H. .......................44 

Aoyama, T. . .....................25 

Apatay, T. .......................54 

Apedo, K.L. ..................... 56 

Apel, M. .........................54 

Apel, T. ......................... 12 

Appolaire, B. . ................22, 73 

Araújo, A. .......................32 

Ardito, R. . ...................... 58 

Arghavani, J. .................... 18 

Ariffin, A.K. ..................... 23 

Arís, R. ..........................10 

Armand, B. . .....................57 

Armani, U. ...................... 57 

Armero, F. ...................33, 63 

Arnoult, E. ...................... 74 

Arnoult, M. . .....................26 

Arnout, S. . ...................... 25 

Arnst, M. ........................51 

Arockiarajan, A. . ................ 66 

Arranz Carreño, A. ...............69 

Arrieta, E. ................... 33, 53 

Arroyo, M. . .............. 14, 31, 43 

Arsenyev, I. ......................38 

Arslan, D. ....................... 36 

Arslan, M.H. .....................46 

Artioli, E. . .......................18 

Askes, H. ........................78 

Åslund, P. . ...................... 34 

Assaee, S.H. .....................22 

Attia, F.S. . ......................71 

Atzrodt, H. . ..................... 80 

Aubram, D. . .....................59 

Aubry, D. . 18, 43, 44, 51, 66, 72, 74, 

83 

Aubry, E. ........................66 

Audoly, B. .......................68 

Audouze, C. ..................... 55 

Auer, M. . ....................... 28 

Auffray, N. . ......................51 

Auricchio, F. ..........12, 18, 63, 64 

Aurore, P. . ...................... 71 

Au, S.K. .........................63 

Auslender, F. .................... 62 

Austrell, P.E. . ................... 56 

Avalishvili, G. ....................38 

Avalishvili, M. ................... 38 

Avalle, M. ....................... 19 

Avci, B. ......................... 41 

Avci, O. ......................... 21 

Aviles, R. ........................30 

Avossa, A.M. .................... 67 

Avril, S. . ........................ 78 

Axmann, J. ......................63 

88 

Author index 

Ayala, G. ........................ 75 

Azegami, H. ..................... 25 

Azrar, L. .........................73 

BBabilio, E. . ...................... 62 

Babitsky, V. ..................... 12 

Babuska, I. ...................... 48 

Bacarreza, O. ................ 26, 75 

Back, J. ......................... 47 

Badea, L. ........................50 

Bader, T.K. ..................... 34 

Baecker, V. ......................67 

Baensch, E. ......................69 

Baguet, S. .......................54 

Baietto, M.C. . ............... 11, 83 

Baiges, J. . ...................41, 84 

Bailey, C. . .......................50 

Baillet, L. ........................58 

Bailly, P. ........................ 41 

Baiz, P. . ........................ 83 

Balan, T. ........................55 

Baldi, A. . ....................... 11 

Baldomir, A. . ................ 47, 71 

Balduzzi, G. ..................... 63 

Balint, D. ........................20 

Balland, P. . ..................... 10 

Ballester, M. .....................10 

Balzani, C. . ..................... 79 

Balzani, D. ...................... 38 

Bambach, M. . ................... 70 

Banasiak, K. .....................72 

Banas, K. ....................15, 76 

Bandara, K. ..................... 56 

Banichuk, N. .................81, 84 

Bar-yoseph, P. . .................. 54 

Barabash, R. .....................49 

Baranger, E. . ................ 67, 83 

Baranger, T. .....................55 

Barbarosie, C. ....................57 

Barbe, F. . ................... 22, 81 

Barbero, E.J. . ................... 66 

Barbone, P. .................. 47, 79 

Barcellos, C. ..................... 48 

Bard, D. ..................... 56, 60 

Bargmann, S. ....................50 

Barkanov, E. .....................23 

Barnett, M.R. ....................74 

Baronian, V. .....................32 

Barros, F. . ...................... 48 

Barsoum, R. ..................... 50 

Bartel, T. ....................35, 81 

Barthel, C. ...................46, 84 

Barthel, E. .......................54 

Barthes-biesel, D. . ............... 34 

Barthold, F.J. ................21, 33 

Barthram, C. .................... 22 

Bartoli, N. .......................71 

Barton, N. . ......................66 

Barucq, H. .......................35 

Baschnagel, J. . .................. 33 

Bashorun, O. .................... 18 

Basilevs, Y. ......................38 

Bastaits, R. . .....................14 

Batailly, A. ...................... 53 

Batou, A. ........................15 

Batti, A. . ........................51 

Battini, J.M. ................. 26, 30 

Baudoui, V. . .....................53 

Bausch, A. ...................... 18 

Baydoun, M. . ....................11 

Bay, X. . .........................49 

Bazant, Z. .......................74 

Bazilevs, Y. ......................56 

Bazooyar, F. .....................70 

Beaurepaire, P. ...............35, 71 

Beausir, B. ...................... 73 

Becache, E. ......................36 

Béchet, F. . ......................31 

Becker, C. ....................... 14 

Becker, R. ................... 20, 84 

Beck, J. ......................... 67 

Beckmann, C. ................... 30 

Beer, G. .........................59 

Beex, L. .........................55 

Behrens, B.A. ....................39 

Beirao Da Veiga, L. .......... 12, 64 

Bekkey, C. .......................35 

Bélanger, S. ..................... 16 

Belkacem, S. .....................31 

Bellemare, M.E. ..................82 

Bellis, C. ........................ 31 

Belouettar, S. ................ 41, 52 

Beluch, W. ...................... 45 

Belytschko, T. ............... 38, 42 

Ben-dor, G. ......................13 

Benabbes, A. .................... 54 

Benachour, M. ...................27 

Benachour, N. . .................. 27 

Benasciutti, D. ...................52 

Ben Azzouna, M. ................ 19 

Ben Dhia, H. ......... 46, 51, 55, 64 

Beneš, M. ....................... 60 

Benesova, B. .................... 35 

Benguediab, M. . .................27 

Bengzon, F. ..................... 15 

Benhamou, C.L. . ................ 58 

Benito, J. . .......................24 

Benke, S. ........................54 

Bennani, A. ......................56 

Bennani, B. ......................45 

Benoit, A. ....................... 50 

Benoit, M. . ......................53 

Bensidhoum, M. . ................ 66 

Benson, D. . ..................... 38 

Bentejac, F. ..................... 40 

Ben Tkaya, M. . ..................82 

Bento Coelho, J. .................41 

Benvenuti, E. . ............... 15, 40 

Benzerga, A. .....................61 

Berbenni, S. ..............53, 65, 74 

Berbyuk, V. ......................42 

Berdin, C. . ...............19, 59, 71 

Berenguer, A. . ...................35 

Berger, J. ........................68 

Berger, S. ....................... 66 

Bergheau, J.M. . ................. 83 

Bergot, C. ....................... 66 

Bergou, M. . ..................... 68 

Berhault, C. . .................... 56 

Beringhier, M. ................... 27 

Bernacki, M. ............. 15, 52, 56 

Bernard, P.E. ................ 38, 55 

Bernier, J. ....................... 66 

Berrade, M.D. ................... 75 

Berryman, J. . ....................21 

Berry, R. ........................ 47 

Bertarelli, E. . ....................58 

Berthier, Y. ......................58 

Bertoglio, C. .....................69 

Bertsch, C. ...................... 22 

Besson, J. ....................... 75 

Bestle, D. ....................... 57 

Betsch, P. . ........... 31, 49, 57, 81 

Bettebghor, D. . ..................71 

Beyer, F. ........................ 59 

Beyerlein, I. ......................81 

Biagini, P. ....................... 44 

Bialecki, R. .................. 39, 72 

Bideau, N. . ......................78 

Bielen, J. ........................ 54 

Bigoni, D. . ...................... 61 

Bilasse, M. ...................73, 83 

Bilionis, I. ....................... 35 

Bilotta, A. .......................67 

Bindeman, L. .................... 34 

Biondi, C. . ...................... 66 

Biotteau, E. ..................... 44 

Biquard, X. ......................49 

Bir, G. .......................... 29 

Biros, G. .....................71, 79 

Birsan, M. .......................10 

Bisagni, C. . ..................45, 75 

Biscani, F. .......................52 

Bischoff, M. . ......... 41, 49, 55, 72 

Bisegna, P. ...................... 51

Bitsuamlak, G. . ..................28 

Blachowicz, T. ...................14 

Blanchet, G. ..................... 20 

Blanc, L. . ....................16, 69 

Blanc, X. . ................... 58, 68 

Blanze, C. ....................... 43 

Blasques, J.P. ....................29 

Blatman, G. . .................... 59 

Blaysat, B. . ..................... 48 

Bleier, N. ........................23 

Bletry, M. ....................... 61 

Bletzinger, K.U. .......14, 41, 60, 65 

Block, T. ........................79 

Blomqvist, P. .................... 56 

Blossfeld, M. .................... 10 

Blouza, A. . ......................76 

Bluhm, J. ........................10 

Blundell, M. ..................... 76 

Bochenek, B. .................... 21 

Bochud, N. . ..................... 39 

Bocquet, J.F. ....................22 

Bodel, C. . .......................67 

Boffi, D. . ........................47 

Bohatier, C. ..................... 32 

Böhlke, T. ........ 21, 25, 37, 54, 70 

Boisse, P. ........................55 

Bolea Albero, A. ................. 22 

Böl, M. . ..................... 22, 32 

Bolton, K. .......................70 

Boman, R. ................... 31, 36 

Bonet, J. ........................ 69 

Bonfils, N. .......................83 

Bonithon, G. . ....................27 

Bonnaillie Noel, V. ...............82 

Bonnet-ben Dhia, A.S. ........... 32 

Bonnet, M. . ...15, 31, 51, 63, 67, 83 

Borcea, L. ....................... 31 

Bordas, S. ....................... 36 

Bordeu, F. . ......................55 

Bordreuil, C. . ....................84 

Borello, G. .......................43 

Boria Esbert, V.E. . .............. 35 

Borino, G. . ...................... 70 

Bornemann, B. ...................20 

Bornert, M. ......................62 

Borovkov, A. .....................26 

Boso, D. . ....................18, 26 

Bost, R. .........................63 

Bottero, S. ...................... 17 

Bouamrene, M.S. ................ 30 

Bouaziz, O. ......................65 

Boubakri, I. . .....................65 

Boucard, P.A. ............ 31, 53, 55 

Bouchard, P.O. . ................. 52 

Boudin, L. ................... 26, 81 

Bouillard, P. . .................... 62 

Boulet, T. ....................... 26 

Boumediene, F. .................. 65 

Bourdin, B. . .....................39 

Bourel, B. . ...................... 45 

Bourgault, Y. . ................... 20 

Bourgeois, F. . ................... 34 

Bourgeois, L. . ................... 47 

Bourinet, J.M. ...................49 

Bourquin, F. . ....................55 

Boussad, A. ..................35, 82 

Boussa, H. .......................64 

Bousson, V. ..................... 66 

Boutin, C. . .................. 13, 42 

Bouzerar, R. ..................... 32 

Boyaval, S. ...................... 31 

Bozza, G. ........................47 

Braatz, M. .......................21 

Braga, A. ........................14 

Braghin, F. . ..................... 50 

Brammer, P. . ....................37 

Brancherie, D. ............... 78, 82 

Brands, D. . ..................38, 43 

Branke, D. .......................78 

Brannick, J. ..................... 16 

Brassart, L. .................. 62, 70 

Brassart, M. ..................... 82 

Brecher, C. . ..................... 17 

Bréchet, Y. ......................50 

Breitkopt, P. ............. 23, 53, 76 

Breitzman, T. ....................17 

Brekelmans, M. .............. 42, 50 

Brenner, S. ...................... 51 

Brezak, D. .......................46 

Bricteux, G. . .................... 80 

Brigham, J. ......................36 

Brigitte, O. . ..................... 78 

Brink, Van Den, W. . .............22 

Brischetto, S. . ...................30 

Britan, A. ....................... 13 

Broggi, M. ...................35, 39 

Brolin, K. . .......................42 

Bruchon, J. .................. 33, 56 

Brüggemann, C. ................. 38 

Bruhns, O. . ..................... 23 

Brüls, O. ................. 19, 33, 81 

Brune, P. ........................72 

Brun, M. . ....................51, 74 

Bruno, D. ....................66, 74 

Bruno, M. ....................... 43 

Brunon, A. ...................... 78 

Bruno, O. . ...................32, 63 

Bruthiaux, E. .................... 80 

Bruyere Garnier, K. .............. 78 

Bruyneel, M. ............. 11, 33, 67 

Brzobohaty, T. ............... 29, 50 

Budyn, E. ....................62, 70 

Buffa, A. . ....................43, 68 

Buffe, F. . ....................... 70 

Bui, H. .......................... 47 

Bui, H.D. . .......................43 

Bui, T. . ......................... 83 

Bui Xuan, V. .................... 22 

Bukac, M. ....................... 45 

Bulinski, Z. . ................. 19, 72 

Buljak, V. ....................... 15 

Buono, L. . ...................... 46 

Burczynski, T. ............11, 27, 45 

Burman, E. .................. 20, 84 

Buryachenko, V. ................. 74 

Buscarnera, G. ...................21 

Busse, L. . ....................... 65 

Bussetta, P. ..................... 35 

Busso, E. . ................46, 73, 74 

Butler, R. . .......................81 

Buvat, C. . .......................53 

Byfut, A. . ................... 44, 48 

CCaballero, A. .................... 13 

Cabrero, J. ...................... 26 

Cacho, M. ....................... 18 

Caddemi, S. ..................... 63 

Cadelano, E. . ....................38 

Cahill, L. ........................ 36 

Cailletaud, G. .........22, 29, 43, 81 

Cai, Z. .......................... 71 

Cakoni, F. ....................... 31 

Callari, C. . ...................... 33 

Calomfirescu, M. . ................67 

Calo, V.M. ...................16, 83 

Calvo, B. ........................ 24 

Campana, C. .................... 42 

Campello, E.M.B. . ........... 22, 51 

Campi, F. . ...................... 22 

Canales-compaired, M. ........... 76 

Canales, J. .......................53 

Canelas, A. ...................... 39 

Canic, S. . ....................... 45 

Canino, I. ........................28 

Caniou, Y. .......................62 

Canor, T. ........................26 

Canu, V. ........................ 12 

Cao-rial, M.T. . .................. 36 

Cao Duc, T. . .................... 71 

Capiez-lernout, E. ................46 

Capolungo, L. ....................81 

Caporale, A. ..................... 32 

Cardona, A. ..................... 81 

Cardoso, A. ......................40 

Carmeliet, J. .....................14 

Carofalo, A. ..................... 44 

Carol, I. ......................... 54 

Caron, A. ........................79 

Carrasco, E. ..................... 39 

Carrera, E. ...................30, 52 

Carreras, F. ......................10 

Carrère, N. . ..................29, 67 

Carruesco, M.P. . .................75 

Cartel, S. . ................... 15, 23 

Carter, J. ........................47 

Cartraud, P. .............. 27, 40, 80 

Carvalhais, P. ....................58 

Carvalho-resende, T. ............. 57 

Casadei, F. ...................... 33 

Caselli, F. . ...................... 51 

Casolo, S. ....................67, 75 

Cassenti, B. ..................... 53 

Castellazzi, G. ................... 63 

Castelnau, O. ....................49 

Cataldo, E. ...................... 71 

Causin, P. . ...................... 18 

Cavallini, N. ..................... 28 

Cazacu, O. . ..................... 58 

Cazes, F. ........................ 71 

Cecka, C. .................... 63, 71 

Cecot, W. . ...................... 23 

Cervera, M. ......................47 

César De Sá, J. . ................. 36 

Chaboche, J.L. ...................34 

Chabrand, P. . ....................66 

Chaillat, S. ........... 43, 47, 63, 79 

Chambart, M. . ...............34, 41 

Chambaud, G. ................... 70 

Chambon, L. . ....................15 

89 

Chamoin, L. .......... 26, 44, 64, 83 

Champaney, L. ............... 55, 61 

Chandwani, R. . .................. 48 

Chang, H.J. . .................53, 74 

Chang, K.C. ..................... 71 

Chang, S. . .......................79 

Chang, T.P. ..................... 66 

Chapelle, D. ................. 69, 81 

Chapman, J. .....................81 

Charalambopoulos, A. . ...........31 

Charlebois, M. . .................. 55 

Charles, J.L. . .................... 84 

Charles, J.P. ..................... 43 

Charles, Y. ...................... 66 

Charmpis, D. .................... 15 

Charpentier, I. . ...............47, 83 

Charras, T. ...................... 76 

Chassaing, P.M. ..................62 

Chate, A. . .......................23 

Chatel, T. ....................... 76 

Chatiri, M. ...................... 34 

Chatzigeorgiou, G. ............... 10 

Chatzigogos, T. ..................22 

Chazallon, C. .................... 32 

Chellini, G. ...................... 71 

Chemisky, Y. .................... 10 

Chenchiah, I. . ................... 30 

Cheng, K.W. .....................36 

Chen, J.S. . ...................... 20 

Chen, S. .........................35 

Chen, Y. .........................32 

Chen, Z. .........................82 

Cherkaoui, M. ................... 74 

Chernov, A. ......................51 

Chesnais, C. ..................... 42 

Chesnikova, O. ...................58 

Chevalier, J. . .................... 82 

Chevalier, Y. . ....................30 

Chevaugeon, N. . .. 36, 38, 53, 55, 83 

Chevreuil, M. . ................... 51 

Chevy, J. ........................ 57 

Chiaruttini, V. ............34, 46, 48 

Chinesta, F. .............. 15, 19, 27 

Chiron, R. ....................... 49 

Chiumenti, M. . .................. 47 

Choqueuse, D. . .................. 64 

Chorel, L. ........................84 

Cho, S. .................. 33, 60, 73 

Cho, S.H. ........................79 

Choufany, R. . ....................53 

Chowdhury, R. ................... 62 

Christensen, E.R. ................ 56 

Christophe, V. ................... 65 

Chudoba, R. .....................32 

Chudzikiewicz, A. ................ 25 

Chuzel-marmot, Y. ...............37 

Cialkowski, M. ................... 19 

Ciarlet, P. ....................... 16 

Cichosz, T. ...................... 49 

Cilla, M. .........................40 

Cimrman, R. .....................34 

Cirak, F. . ................ 20, 56, 84 

Cisneros, J.C. . ...................75 

Clair, D. .........................74 

Clauß, C. ........................ 84 

Claude, P. . ...................... 71 

Clausen, B. ...................... 81 

Clement, A. ..................... 67 

Clerc, M. ........................ 16 

Clouteau, D. .....................55 

Cloutier, A. . .....................18 

Cloutier, G. ......................43 

Cluzel, C. ........................83 

Cocchetti, G. . ................... 11 

Cochelin, B. ..................... 65 

Cocks, A.C. . .....................61 

Cocou, M. .......................50 

Codina, R. ............... 41, 47, 84 

Coenen, E. ...................54, 78 

Cogan, S. ........................64 

Cognard, J.Y. ....................20 

Cohen, D. ....................... 25 

Colin, J. .........................18 

Collier, N. ....................... 83 

Collin, G. ........................ 29 

Colombo, L. ..................... 38 

Colson, B. . ...................... 67 

Combe, N. .......................62 

Combescure, A. . ..15, 37, 44, 51, 61, 

71, 78 

Combescure, D. ..................44 

Como, M. ....................... 43 

Comte, F. ....................... 50 

Constantinescu, A. ........... 15, 43 

Conte, J. . ................... 63, 75 

Conte, M. ....................... 73 

Conti, S. ........................ 74 

Contrafatto, L. ...................51 

Contro, R. .......................58 

Corbaci, F.K. . ................... 11 

Cordero, N. . ..............46, 53, 74 

Coret, M. .................... 72, 78 

Corigliano, A. ....................58 

Cortés-aburto, O. ................ 19 

Costabel, M. .....................47 

Costa, E. ........................ 28 

Costa, H. . .......................40 

Costa, J. ........................ 83 

Costa Nunes, R.M.D. .............41 

Costaouec, R. . ...................58 

Cottereau, R. . ............... 55, 64 

Couégnat, G. .................... 29 

Coulon, D. . ..................48, 51 

Coupez, T. ........... 15, 49, 52, 56 

Coureau, J.L. . ................... 26 

Courquet, J. ..................... 16 

Coutinho, A. . ....................45 

Craeye, C. ....................... 39 

Creac’hcadec, R. .................20 

Cremona, C. .....................82 

Cremonesi, M. ................... 77 

Cresta, P. . ...................47, 51 

Croquet, R. . .....................74 

Crozes, D. ....................... 15 

Csébfalvi, A. .....................37 

Cueto, E. . ................19, 27, 79 

Cuomo, M. ...............33, 51, 75 

Curtin, W. ................... 33, 39 

Curtis, M. . ...................... 62 

Cyron, C. ........................18 

Czichon, S. ...................... 59 

DD’otreppe, V. ....................36 

D’ottavio, M. . ............... 38, 52 

Daghia, F. . .................. 52, 55 

Dag, S. ..........................54 

Dahl, A. .........................19 

Dai, L. .......................... 66 

Daïm, F.Z. ...................... 23 

Dakhlaoui, R. . ...................57 

Dalmas, D. ...................... 54 

Dal Pont, S. . .............10, 30, 36 

Dambrine, M. ....................82 

Damil, N. ........................46 

Danas, K. ....................... 61 

Dang Nguyen, M. ................ 72 

Dao, M. ......................... 30 

Daoud, F. ....................... 67 

Dardé, J. . ....................... 47 

Daru, V. .........................57 

Darve, E. . ................... 63, 71 

Das, A. ..........................63 

Das, D. . .........................59 

Datcheva, M. .................... 17 

Daubner, A. . .................... 73 

Daudeville, L. ....................50 

Daveau, G. ...................... 49 

Davey, K. ........................82 

Davi’, F. .........................26 

David, B. ........................12 

David, M. . ...................... 67 

Davie, C. ........................ 64 

Davies, G. ................... 42, 63 

Davies, P. . ...................... 64 

Davini, C. ....................... 30 

Daya, E.M. ...............47, 73, 83 

De Bellis, M.L. ...................70 

Debit, N. ........................ 55 

De Boer, H. ..................... 59 

De Bona, F. . .................... 52 

Debordes, O. . ................... 57 

De Borst, R. ...... 14, 29, 35, 55, 72 

Debroy, A. .......................54 

Debruyne, S. . ....................47 

Debusschere, B. ..................47 

De Chaisemartin, S. . .............22 

De Cursi, J.E.S. .......... 12, 61, 74 

De Falco, C. ..................... 68 

De Felice, G. . ................71, 75 

Deffuant, G. ..................... 22 

De Geetere, L. . .................. 56 

De Geus, T. ..................... 50 

De Giorgi, M. . ...................44 

Degrande, G. . ........ 25, 27, 36, 39 

Degrange, M. . ...................74 

Degroote, J. ..................... 65 

De La Mota, M. ................. 84 

Delanaye, M. . ................... 16 

Delannay, L. ...... 41, 56, 70, 74, 78 

Delaplace, A. .................... 82 

Deleau, F. ....................... 14 

Deletombe, E. . .................. 37 

Delfour, M. ......................20 

Della Valle, G. . .................. 40 

De Lorenzis, L. . ..............45, 49 

Delph, T. ........................74 

Delsemme, J.P. .................. 51 

De Luycker, E. . ..................38 

Delvare, F. ...................... 41 

Author index

Author index 

Demangeot, F. ...................62 

De Miranda, S. . ..............30, 52 

Demir, E. ........................42 

De Munck, M. ................... 70 

Deng, C. . ....................... 62 

Denoël, V. . ......................26 

Denoual, C. ......................69 

Denzer, R. .......................61 

Deraemaeker, A. ................. 34 

De Roeck, G. .............25, 39, 59 

Derogar, S. ...................... 41 

Derome, D. ......................14 

De Rosa, S. ......................30 

Dervieux, A. . .................... 48 

De, S. ...........................28 

Desai, T. ........................ 62 

De Saxcé, G. .................... 54 

Desceliers, C. ................ 27, 63 

Deseri, L. ........................66 

Deshpande, V. ...................46 

Deshpande, V.S. ................. 61 

Desimone, A. ................ 10, 14 

Desmet, W. ......................70 

Desmorat, B. . ................... 48 

Desmorat, R. . ................41, 82 

Despres, B. ...................... 73 

De Sturler, E. ....................57 

Desvillettes, L. ............... 22, 26 

Deteix, J. ........................18 

Dettmer, W. .....................41 

Deü, J.F. .................18, 40, 65 

Deutschmann, O. ................ 21 

Devincre, B. . .............49, 53, 77 

Devulder, A. .....................66 

De Vuyst, F. .....................55 

De Wit, A. . ..................... 67 

Dias-da-costa, D. . ............... 31 

Diaz De La O, F.A. .............. 34 

Diaz, J. ......................47, 71 

Dicarlo, A. .......................43 

Dick, C. ......................... 82 

Dickert, H.H. .................... 70 

Dickison, M. .....................76 

Dickopf, T. ...................... 54 

Didier, B. ........................78 

Diethelm, K. . ....................39 

Dietrich, S. . ..................... 21 

Diez, P. . .....................44, 76 

Digonnet, H. .....................35 

Diligenti, M. .....................59 

Dimiduk, D. . .................... 69 

Dimitrakopoulos, P. .............. 30 

Dimitriou, R. . ................... 31 

Dineva, P. ....................... 74 

Dingreville, R. . .................. 81 

Dini, D. .............. 20, 33, 46, 74 

Dinkler, D. . ..................... 40 

Dione, I. . ........................16 

Di Paola, F. ..................... 19 

Di Prisco, C. . ....................21 

Dirras, G. ........................74 

Divo, E. ......................... 72 

Diyankov, O. .................... 44 

Djebbi, R. ....................... 52 

Djedid, T. ....................... 30 

Djellouli, R. . .....................35 

Dlugosz, A. . .....................11 

Dmitrieva, O. . ...................38 

Doblare, M. . .................24, 40 

Dobrzynski, C. . .................. 60 

Dodson Iii, W.R. .................30 

Doghri, I. . ............41, 62, 70, 78 

Dokken, T. ...................... 64 

Dolejs, S. ........................54 

Domain, C. ...................... 69 

Domenico, M. . .................. 19 

Domínguez, N. . ..................10 

Dondl, P. ........................38 

Dord, J.F. . ...................... 47 

Dormieux, L. .....................54 

Dors, C. .........................28 

Dorsival, A. ......................52 

Dostal, Z. . ............... 29, 50, 61 

Dourado, N. ..................... 26 

Doyen, D. . ...................... 24 

Drach, B. ........................21 

Dragoiescu, C. ................... 20 

Drapier, S. ...................33, 56 

Drean, J.Y. ......................63 

Dréau, K. ........................36 

Drikakis, D. ......................62 

Driver, J. ........................ 65 

Drobez, H. ...................... 18 

Drohmann, M. ...................11 

Droppa, P. .......................41 

Drossel, W.G. ....................80 

Druesne, F. .................. 19, 74 

Duan, H. . ....................... 70 

Duarte, C.A. ............. 16, 48, 54 

Duarte, M.A.V. .................. 52 

Dubois, F. ............ 38, 67, 70, 84 

Dubois, F. .......................10 

Dubourg, V. ..................... 49 

Duc Vinh, L. .....................34 

Duddeck, F. . .................... 63 

Dudzek, S. ...................... 80 

Duester, A. ...............20, 53, 82 

Duflot, M. ............11, 32, 48, 80 

Dufour, A.M. . ................... 16 

Dufour, R. . ......................54 

Duhamel, D. ................. 19, 33 

Dulikravich, G. ...................27 

Dulong, J.L. . .................... 19 

Dumontet, H. ....................64 

Dunant, C. ...................... 36 

Dunbar, M. ......................47 

Dunlop, J.W. .................... 50 

Dunne, J.F. ......................66 

Dupleix-couderc, C. .............. 67 

Dupuy, L. . ...................61, 81 

Durand, B. ...................18, 41 

Dureisseix, D. ................ 38, 47 

Durif, E. . ........................15 

Duris, R. ........................ 34 

Duru, K. ........................ 36 

Durville, D. . .....................47 

Duysens, J. ......................16 

Duysinx, P. ...............13, 33, 65 

Dynnikova, G. . .................. 61 

Dzelzitis, K. . .................... 45 

Dziatkiewicz, G. ................. 11 

EEarle, S. . ........................60 

Eberhardsteiner, J. ........30, 34, 46 

Echeverri Restrepo, S. ............39 

Echter, R. ....................... 72 

Ecker, W. . ...................... 23 

Eddhahak, A. . ...................40 

Egan, B. .........................83 

Eggleton, C. ..................... 34 

Eglitis, E. ........................45 

Ehlers, W. ................10, 18, 21 

Ehret, A. . ....................... 36 

Ehrich, F. ....................... 63 

Eidel, B. .........................39 

Eid, M. . .........................68 

Eisenlohr, P. ................. 42, 66 

Eitelberger, J. ....................14 

Ekevad, M. ...................... 10 

Ekh, M. . ........................ 50 

El-awady, J. ..................... 69 

El-azab, A. ...................... 73 

El-kamali, M. .................... 37 

El-kashef, F. ..................... 68 

El Alaoui, L. .....................76 

El Arem, S. ......................43 

El Baroudi, A. ................... 78 

Elguedj, T. ...................55, 72 

Elhassan, B. ..................... 65 

Elias, R. .........................45 

Eligehausen, R. .................. 68 

El Khaldi, I. . .................... 47 

Elkhodja, N. ..................... 51 

El Sayed, T. . .................... 39 

Emam, S. ....................... 81 

Emonds-alt, J. ...................33 

Encinar, J.A. .....................35 

Enderlein, M. .................... 70 

Endler, S. . .......................27 

Enge-rosenblatt, O. .............. 84 

Engelman, M. . ...................12 

Engelund, E.T. ...................10 

Eom, J. ......................... 28 

Epiphaniou, N. ...................73 

Epureanu, B. .................... 11 

Erdönmez, C. ....................28 

Eremin, A. .......................76 

Eriksson, A. ..................... 42 

Erlebacher, G. ................... 16 

Ern, A. .......................... 51 

Erturk, I. .....................46, 54 

Eschbach, M. .................... 58 

Escoda, J. . ...................... 46 

Eslami, M. .......................32 

Estevez, R. ...................... 82 

Estrier, P. . ...................... 64 

Evgrafov, A. . ....................72 

Ewins, D. ........................20 

Eyles, T. . ....................... 64 

FFabbrocino, G. ...................59 

Fabis, J. .........................37 

Facchini, L. ......................44 

Fackeldey, K. .................... 40 

Fadil, M. ........................ 52 

Fagerström, M. .................. 40 

Fagiano, C. ......................52 

90 

Failla, B. ........................ 70 

Falco, A. ........................ 15 

Fan, H. ..........................21 

Farhat, C. . ...................11, 47 

Farinas, M.I. .....................16 

Farrugia, D. ..................... 31 

Fatemi, M. ...................... 35 

Fau, A. ..........................43 

Faucher, V. ......................29 

Faurie, D. ....................... 49 

Fauriel, S. . ...................... 17 

Favergeon, J. . ................... 78 

Fechte-heinen, R. ................ 35 

Fedele, R. ....................... 15 

Federico, S. . .....................34 

Feijoo, G. ........................79 

Feissel, P. ....................19, 74 

Feld-payet, S. ....................75 

Feldgun, V. . .....................29 

Feld, N. ......................... 67 

Felippa, C. .......................37 

Fell, S. .......................... 34 

Feng, Z.Q. ...................21, 82 

Ferencey, V. ..................... 41 

Fernandes, A. ....................75 

Fernandes, P. . ............... 29, 47 

Fernandes, V. ....................15 

Fernandez-diaz, B. ............... 73 

Fernandez De Bustos, I. . ......... 30 

Fernandez, M. . .................. 69 

Fernandez, X. ....................73 

Ferraguti, F. . .................... 71 

Ferreira, A. . ..................... 20 

Ferreira, M. ......................45 

Ferreira, W. . .................... 64 

Ferrero, J.F. . .................... 84 

Ferretti, M.E. ....................66 

Ferrie, E. . ....................... 61 

Festa, G. ........................ 41 

Feulner, P. . ......................80 

Feulvarch, E. .................... 83 

Feyel, F. ...29, 34, 43, 46, 48, 51, 75 

Fic, A. .......................... 72 

Fietz, K. . ........................21 

Fileccia Scimemi, G. ..............78 

Filho, A. .........................24 

Filice, L. .........................79 

Filippo, B. . ......................11 

Filomeno Coelho, R. . ............ 62 

Finel, A. ..................... 53, 73 

Finet, G. . ....................... 43 

Fioole, J. ........................ 78 

Firrone, C. .......................16 

Fischer, A. . ......................54 

Fischer, D. . ......................74 

Fischer, M. . ..................... 14 

Fischer, S. .......................83 

Fischlschweiger, M. .............. 23 

Fish, J. ..........................62 

Fivel, M. .....................53, 61 

Florencio, R. .....................35 

Florentin, E. ................. 44, 48 

Fogli, M. . ....................... 62 

Foiret, J. ........................ 35 

Folgado, J. . ..................... 29 

Fonseca, E. . ..................... 27 

Fontaine, M. .....................83 

Forest, S. . 22, 45, 46, 48, 53, 62, 71, 

73, 74 

Forouzan, M.R. . ................. 68 

Forsell, C. ....................... 59 

Fortin, A. .................... 16, 18 

Fortunato, A. .................... 67 

Fossati, P. . ...................... 44 

Fourment, L. .................... 35 

Fraga, T.B. . .....................12 

Fragiadakis, M. . ................. 19 

Franco, F. ....................... 30 

François, B. ..................... 17 

François, S. . .....................36 

Frangi, A. ................ 15, 63, 77 

Franke, D. . ......................53 

Franquet, A. .....................78 

Fraternali, F. .................... 55 

Fratzl, P. . ....................... 50 

Freddi, F. . .......................36 

Fregonese, M. ................... 15 

Frehner, M. ......................17 

Freiman, E. ......................17 

Freitag, S. ....................... 39 

Frelat, J. ........................ 73 

Fremion, N. ......................68 

Freret, L. . ....................... 22 

Frese, M. ........................ 38 

Fressengeas, C. ...............65, 73 

Freund, J. . ...................... 34 

Frey, P. ..........................60 

Fries, T.P. . ...............11, 28, 36 

Frischkorn, J. .................... 27 

Fritzen, F. . ......................54 

Frizzell, R. ................... 59, 83 

Fruscello, M. . ....................29 

Frydrych, I. . ..................... 51 

Fuenmayor Fernández, F.J. ....11, 83 

Fujita, R. ........................25 

Fukui, T. ........................ 59 

Fulga, C. . ....................... 26 

Fulga, F. . ....................... 26 

Füssl, J. .........................51 

GGabbai, R. .......................20 

Gabbert, U. .......14, 46, 76, 80, 84 

Gábor, B. ........................76 

Gabriel, D. ...................12, 53 

Gabriele, S. . ..................... 70 

Gagliardi, F. ..................... 79 

Gaignaire, R. .................... 63 

Gaignat, F. ...................... 14 

Galanis, N. ...................... 66 

Galan, M. . ...................... 33 

Galkin, A. ....................... 26 

Galkin, V. ....................... 26 

Galland, F. ...................... 19 

Gallego, R. . ..................... 74 

Gallerneau, F. ................46, 53 

Gallina, A. .......................31 

Galsworthy, J. ....................20 

Gambino, B. .....................75 

Gan Chowdhury, A. .............. 28 

Gao, T. . .........................41 

Garaud, J.D. .....................80 

Garbe, C. .................... 28, 32 

Garber, J. ....................... 20 

Garbowski, T. . ...............11, 23 

Garcea, G. ................... 30, 67 

García-aznar, J.M. ............... 42 

Garcia-barnes, J. . ................10 

García-castillo, L.E. .............. 39 

García-meneses, C. . ..............19 

Garcia-muñoz, L.E. ...............39 

Garcia-sanchez, F. ............... 70 

García, S. ........................42 

Garon, A. . ...................16, 20 

Gaspar, Z. ....................... 14 

Gaspérini, M. .................... 66 

Gasser, T. ................28, 40, 59 

Gassot, H. .......................39 

Gastaldi, D. . .....................20 

Gastaldi, L. ...................... 32 

Gatmiri, B. ...................... 33 

Gatuingt, F. ..................41, 67 

Gaubert, A. .................. 46, 53 

Gaul, L. ......................... 40 

Gaumain, C. . .................... 68 

Gauthier, C. ..................33, 76 

Gautier, K. . ..................... 18 

Gavete, L. ....................... 24 

Gawad, J. ....................... 74 

Gawin, D. ....................... 46 

Gebert, J.M. . ....................21 

Gee, M.W. ...................50, 73 

Geers, M. . .42, 46, 50, 54, 55, 70, 78 

Geffroy, A.G. .....................15 

Gehlken, M. ..................... 27 

Gei, M. ..........................61 

Geisler, J. ....................... 12 

Gelebart, L. ......................57 

Gendre, L. . ......................65 

Geniaut, S. . ..................... 48 

Gentil, F. .................... 28, 32 

Gentilleau, B. ....................52 

Geraghty, D. .....................58 

Gérard, J.S. ......................62 

Gerbeau, J.F. ................ 69, 81 

Gerdemeli, I. .....................10 

Gergaud, P. . .....................49 

Gerges, S.N.Y. ...................41 

Gerisch, A. ...................... 70 

Gerlach, G. ...................... 34 

Germain, S. ......................23 

Gerrits, W. ...................... 22 

Gersborg, A.R. ........... 42, 60, 72 

Gerstmayr, J. .................... 18 

Gerzen, N. .......................21 

Geuzaine, C. ..........28, 35, 58, 63 

Geymonat, G. ....................58 

Ghanbari, A. . ....................46 

Ghanem, R. . .................11, 51 

Ghattas, O. ......................83 

Ghysels, P. .......................54 

Giacche, D. ......................38 

Giambanco, G. ...................78 

Giancane, S. ..................... 44 

Gil, A.J. . .................... 43, 69 

Gil, D. ...........................10 

Gilles, P. . ........................59 

Gimeno, B. ...................... 35 

Giner Maravilla, E. . .............. 11 

Giordano, S. ..................... 38

Giovinazzo, M. . ..................29 

Giraldi, L. ....................... 44 

Girardi, M. ...................... 32 

Gitterle, M. ......................50 

Giunta, G. ....................... 52 

Givoli, D. . .......................36 

Gladkov, S. ......................82 

Gland, N. ........................48 

Glema, A. ....................... 42 

Glowacki, M. .................... 75 

Glowinski, R. . ................... 28 

Glushkova, N. ....................76 

Glushkov, E. ..................... 76 

Glut, B. . ........................ 60 

Godinho, L. ......................28 

Goeddeke, D. .................... 16 

Goenezen, S. .................... 47 

Goering, J. . ..................... 29 

Gofman, M. ..................... 22 

Goktepe, S. ......................10 

Gola, M. . ........................16 

Golinval, J.C. . ............... 50, 59 

Goller, B. .................... 35, 67 

Golub, M. . ...................... 84 

Gomes, H.C. .....................83 

Gomez-revuelto, I. ............... 39 

Gómez, Á.M. .................... 39 

Gömze, L.A. . .................... 50 

Gömze, M.N. . ................... 50 

Gonçalves, F.R. .................. 51 

González Albuixech, V.F. . ........11 

González, C. ................. 55, 59 

Gonzalez, M. .................49, 83 

González Pérez, J.Á. ............. 37 

Gopalakrishnan, J. ............... 35 

Goriely, A. .......................73 

Gornet, L. ....................... 79 

Gorobtsov, A. ....................76 

Gosselet, P. ....... 26, 44, 51, 65, 79 

Gotovac, H. ..................... 83 

Goudswaard, E. .................. 38 

Gounand, S. . .................... 40 

Gouskov, A.M. ...................16 

Govaert, L. ...................25, 34 

Goyet, J. . ....................... 68 

Gracie, R. . ...................32, 64 

Graf, W. .........................39 

Gramegna, F. ....................52 

Grandidier, J.C. ..................27 

Grandmont, C. ...................81 

Grassl, P. ........................74 

Grasso, E. . ...................43, 63 

Grätsch, T. ......................76 

Grauer, M. .......................39 

Gravemeier, V. ...................79 

Gravesen, J. . .................60, 72 

Gravouil, A. . ..........19, 44, 61, 83 

Gray, L.J. . .......................59 

Gray, P. ......................... 63 

Grec, B. .........................26 

Greco, F. .................... 66, 74 

Grediac, M. ......................15 

Greffet, N. .......................61 

Grekov, M. . ..................... 78 

Grellmann, W. ................... 42 

Griebel, M. ...................36, 52 

Gries, T. . ........................59 

Grigoriu, M. ..................... 28 

Grihon, S. ....................67, 71 

Gril, J. . ......................... 10 

Grilli, S. . ........................ 53 

Grillo, A. . ....................29, 80 

Grimal, Q. . .................. 27, 70 

Grimberg, P. .....................12 

Grinspun, E. ................. 32, 68 

Grisel, Y. ........................ 83 

Griso, G. ........................ 34 

Groß, M. . ....................31, 57 

Grolleau, V. ......................29 

Grosgeorge, S. . .................. 11 

Gross, C. . ....................... 57 

Gross, D. .................... 10, 74 

Grosse, M. . ......................30 

Gross, S. ........................ 52 

Gruber, P. ....................... 79 

Gruin, M. ........................69 

Grüll, G. . ........................18 

Grutter, P. . ......................46 

Gruttmann, F. . .................. 63 

Grzhibovskis, R. ..................67 

Guadagno, C. . ...................75 

Guardasoni, C. . ..................59 

Gubeljak, N. .....................71 

Guedes, J. .......................65 

Guelon, T. .......................22 

Guénette, S. ..................... 81 

Guerber, E. . ..................... 53 

Guerin, C. ....................... 40 

Guérin, G. ....................... 62 

Guerra Bernada, G.M. . ...........51 

Guessasma, S. ................12, 40 

Guevara, N. ......................45 

Gueye, B. ........................27 

Gueye, I. .....................43, 51 

Guiamatsia, I. ....................42 

Guidault, P.A. ............ 47, 61, 83 

Guidoboni, G. ............ 28, 45, 81 

Guilbaud, D. . ....................41 

Guimard, J.M. . .................. 67 

Guinard, S. ...................... 33 

Guiton, M. . ..................... 79 

Gu, K.B. ........................ 28 

Guler, M.A. ......................54 

Gulgec, M. ...................... 54 

Gumbsch, P. .....................37 

Günther, M. ..................... 34 

Gupta, V. ........................34 

Gurao, N. . .......................73 

Gürdal, Z. . ...................12, 52 

Gurses, E. . ...................... 39 

Guruprasad, P. ...................61 

Gustafsson, U. . .................. 28 

Gutiérrez, M. .................... 31 

Gutiérrez, R. .....................22 

Guyer, R. ........................14 

Guz, I. . ......................42, 54 

Guzina, B. . ......................35 

HHaag, T. ........................ 70 

Haasdonk, B. .................... 11 

Haasemann, G. . ..............55, 78 

Haas, W. . .......................73 

Haber, R. ........................19 

Hachem, E. . .....................49 

Hackl, K. .................... 35, 42 

Hackspiel, C. .................... 30 

Haddar, H. ...................... 35 

Hadjoui, A. . ..................... 27 

Hadoush, A. . .................... 79 

Haelewyn, J. . ....................50 

Hafner, A. . ......................72 

Hager, C. ........................53 

Hagstrom, T. . ...................36 

Haiat, G. . ....................... 66 

Haikal, G. . ...................... 82 

Hajikazemi, M. ...................22 

Hakansson, P. ................55, 59 

Haller, P. ........................ 26 

Halouani, A. .....................35 

Hambli, R. .......................58 

Hamkar, A.W. ................... 30 

Hammoud, M. . .................. 19 

Haney, M. . ...................... 62 

Hannot, S.D. .................... 11 

Hansbo, P. . .............. 20, 72, 84 

Hans, S. .........................42 

Hanss, M. ....................... 70 

Hanus, J.L. ...................... 41 

Happee, R. ...................... 42 

Harbrecht, H. ....................55 

Hardenacke, V. .................. 30 

Hardy, O. . ................... 16, 79 

Hartl, D. ........................ 10 

Hartmann, C. . ...................53 

Hartmann, F. .................... 76 

Hartmann, M.A. ................. 50 

Hartmann, S. .................... 30 

Harty, D. . ....................... 76 

Ha, S.H. . ........................60 

Hasbroucq, S. . ...................54 

Hashemian, B. ...................14 

Haslinger, J. . .................... 25 

Hassanizadeh, S.M. .............. 17 

Hassan, O. ...................... 69 

Hasselman, T. ................... 35 

Hauer, F. . .......................41 

Hauret, P. ....................... 37 

Hecht, F. ........................72 

Heckenberger, U. . ............... 26 

Hededal, O. ......................35 

Hegger, J. ....................... 32 

Heider, Y. ....................... 10 

Heiduschke, A. . ..................26 

Hein, J. . ........................ 26 

Heinle, I. ........................ 24 

Heinlein, K. ......................56 

Heinrich, G. ..................... 42 

Heintz, D. ....................... 72 

Heizmann, M. ................... 25 

Heljak, M. . ......................66 

Hellmich, C. . .................... 34 

Helm, D. . ....................... 66 

Heltai, L. ........................ 14 

Hempel, P. ...................... 25 

Hendili, S. ....................... 58 

Hendriks, M. . ....................70 

Henke, F. ........................79 

Henke, T. ....................... 70 

Henninger, C. ....................41 

91 

Hennings, B. .....................76 

Henrard, C. ......................11 

Hentz, S. . .......................54 

He, Q.C. . ....................... 83 

Hernández-pérez, J.A. ............19 

Hernandez, B. ................... 24 

Hernandez, S. ................47, 71 

Herold, S. ....................... 80 

Herrenbrück, M. ................. 41 

Herrmann, A. . ............... 26, 79 

Herrmann, H. . ............... 14, 30 

Herskovits, J. .................... 39 

Hesch, C. ........................49 

Hétu, J.F. ....................... 34 

Heuzé, T. . ...................... 57 

Hewitt, R. ....................... 48 

He, X. ...........................63 

Hilchenbach, F. . ................. 41 

Hild, F. ......................15, 38 

Hillenberg, A. ....................25 

Hills, D. ..................20, 46, 74 

Hincz, K. ........................ 14 

Hinojosa Rehbein, J. . ............ 47 

Hiriart-urruty, J.B. ............... 53 

Hirschberger, C.B. . .............. 50 

Hirt, G. . .........................35 

Hitti, K. ......................... 52 

Hiwarkar, V. . .................... 12 

Hjiaj, M. .....................26, 30 

Hochard, C. ..................... 43 

Hoc, T. ...........49, 62, 66, 70, 77 

Hoefnagels, J. ................78, 83 

Hoffait, S. ....................... 19 

Hoffman, J. . ............. 28, 72, 84 

Hoffmann, K.H. ..................80 

Hoffmann, N.P. . ................. 12 

Höfinger, G. ..................18, 22 

Höfler, K. ........................18 

Hofstetter, K. ............ 14, 30, 34 

Hohe, J. .........................30 

Hoitinga, W. .....................72 

Hojjat, M. . ...................... 65 

Hojny, M. . ...................... 75 

Hojo, M. ........................ 46 

Holecek, M. ..................... 66 

Holmas, T. . ..................... 60 

Holmberg, A. .................... 26 

Hong-phong, C. ..................38 

Hong, S.K. ...................... 11 

Hoover, C. .......................74 

Hoppe, C. ....................... 80 

Horak, D. . .......................61 

Horak, M. . ...................... 55 

Horst, P. ........................ 63 

Horst, T. ........................ 42 

Horyl, P. . ........................29 

Hossain, S. ...................... 26 

Hosseini-toudeshky, H. . .......... 78 

Hosseini, S.M. ................... 38 

Hossein, M.A. . .................. 38 

Houmat, A. ......................68 

Hourdequin, N. .................. 40 

Houzeaux, G. .................... 10 

Hron, J. ......................... 73 

Hsu, M.C. ....................... 38 

Hsu, Y. ..........................35 

Hsu, Y.Y. ........................83 

Huang, H. . ...................... 24 

Huber, D. ....................... 34 

Hueckel, T. . .....................21 

Huerta, A. . .................. 18, 39 

Huespe, A.E. . ................... 71 

Hughes, M. ......................34 

Hughes, T.J. ..........12, 59, 64, 72 

Hugues, B. ...................... 26 

Hu, H. . .................. 15, 46, 52 

Hu, H.Y. . ....................... 20 

Hu, L. ...........................21 

Hulshoff, S. ......................45 

Hu, M. .......................... 21 

Hunkeler, S. ..................... 63 

Hürkamp, A. .....................38 

Hussain, F. ...................... 38 

Hussaini, Y. . .................... 55 

Husson, J.M. .................... 10 

Hutar, P. ........................ 59 

Hutton, S. . ......................69 

Hu, X. . ..........................74 

Huyghe, J. . .................. 29, 35 

Hvejsel, C.G. . ....................29 

IIakovlev, S. . ..................... 77 

Iannacci, J. ...................... 50 

Iannucci, L. . ................. 42, 63 

Iannuzzo, G. . ................ 26, 75 

Iarve, E. .........................17 

Ibrahimbegovic, A. ........... 22, 78 

Ice, G. ...........................49 

Iceta, D. .........................47 

Ichchou, M. . .....................39 

Idelsohn, S. ......................37 

Idiart, A. . ....................... 54 

Idier, D. ......................... 56 

Igartua, A. . ......................73 

Ihlemann, J. . .............59, 66, 74 

Iliev, O. . ........................ 47 

Ilisch, S. .........................42 

Imai, Y. ......................34, 38 

Imrak, E. . ....................... 28 

Indeitsev, D. . ....................26 

Ingelaere, B. .....................56 

Inglebert, G. . .................... 54 

Iordanoff, I. . .....................84 

Iounes, A. ....................... 72 

Irschik, H. . ...............18, 34, 52 

Irslinger, J. ...................... 55 

Irzal, F. ......................... 14 

Isakari, H. ....................... 55 

Isaksson, P. . ................. 30, 34 

Ishikawa, T. ..................34, 38 

Itam, Z. ......................... 66 

Ito, K. ....................... 29, 50 

Itskov, M. . ...................... 36 

Iturrioz, I. . ...................... 62 

Iwai, T. . .........................25 

Iwasaki, A. ...................... 28 

Izzuddin, B. . .................... 70 

JJabareen, M. .....................55 

Jacquelin, E. .....................56 

Jacquemard, P. . ................. 58 

Jacquemin, F. ................... 27 

Jacquet, G. . ..................... 16 

Jaenicke, R. . .................... 62 

Jainta, M. . .................. 37, 45 

Jakobsson, H. ................ 15, 72 

Jamond, O. ......................46 

Jang, H.R. . ......................33 

Jankowiak, T. . ...................31 

Jan, S. . ......................... 53 

Janski, L. ........................74 

Janssen, C. . ..................... 44 

Jansson, J. . ..................72, 84 

Jansson, N. ......................72 

Jarak, T. . ....................... 43 

Jarny, Y. . ....................... 55 

Jarosova, M. .....................61 

Jasinski, L. . ..................... 48 

Javani Joni, H.R. ................ 47 

Javierre, E. ...................... 42 

Javili, A. . ....................... 70 

Jaworska, I. . .....................20 

Jean-marc, C. ................ 65, 84 

Jean, A. . ........................ 48 

Jean Marie, C. ...................50 

Jean, P. . .....................16, 69 

Jelenic, G. ....................... 34 

Jensen, H. .......................71 

Jeong, G. . .......................54 

Jeong, J. .....................15, 18 

Jerabek, J. . ..................... 32 

Jeronen, J. ...................81, 84 

Jesus, A. ........................ 28 

Jetteur, P. .......................84 

Jeulin, D. .............40, 46, 48, 51 

Jian, L. ..........................60 

Jibawy, A. . ...................... 48 

Jimbo, S. . .......................39 

Jiménez-caballero, M.Á. .......... 76 

Jin Yee, N. ...................... 65 

Jin, Z. ...........................74 

Jirasek, M. . ..................... 55 

Jöchen, K. ............... 21, 37, 70 

Joda, A. .........................74 

Joekar-niasar, V. . ................ 17 

Johannessen, K.A. ............... 64 

John, A. . ........................60 

John, F. . ........................ 74 

Johnson, A. . ............. 67, 79, 81 

Johnsthovel, T. . ................. 62 

Jokic, M. . ....................... 52 

Joli, P. .......................... 82 

Joly, F. ..........................19 

Joly, P. .......................... 40 

Jonsthovel, T. ................... 57 

Jonvaux, J. ...................... 70 

Joosten, M. ......................41 

Jörg, B. ......................17, 78 

Joseph, F. . ...................... 78 

Jouinot, P. . ......................66 

Jouve, F. ........................ 30 

Joyot, P. . ....................... 27 

Julien, C. ........................48 

Julien, M. ....................... 71 

Júlio, E. .........................31 

Jungbecker, P. ...................59 

Author index

Author index 

Jungblut, T. .....................80 

Junge, T. . .......................33 

Junker, P. . ...................... 35 

Jurczyk, T. ...................... 60 

Jurek, M. . .......................64 

Jüttler, B. . ...................... 56 

Juvigny, X. ...................... 51 

KKabanemi, K. ....................34 

Kabele, P. . ...................... 64 

Kacem, N. . ......................54 

Kaczmarczyk, L. ..........35, 54, 74 

Kadam, S. .......................76 

Kadir, A. ........................ 72 

Kaestner, M. .....................17 

Kah, D. ......................... 22 

Kaiser, J. .................... 14, 46 

Kaiser, S. ........................24 

Kajishima, T. .................... 57 

Kaletta, P. ...................67, 71 

Kalidindi, S. . .................... 38 

Kaliske, M. ...............18, 38, 62 

Kallivokas, L. .................... 79 

Kalnins, K. ...................... 45 

Kaltenbacher, M. . ............... 69 

Kamei, C. ....................... 64 

Kameo, Y. .......................46 

Kaminski, M. .................... 26 

Kammermeier, T. ................ 14 

Kammoun, S. . ...................78 

Kampitsis, A. . ................... 56 

Kamran Ali, S. . ..................79 

Kang, J.W. ......................79 

Kang, K. . ....................... 36 

Kang, Y.J. .......................69 

Kanno, Y. . ...................... 25 

Kanso, E. ........................49 

Kapl, M. ........................ 56 

Karakoc, A. ......................34 

Karaoulanis, F. ...................22 

Kardani, M. . .................... 48 

Kardas, D. . ......................38 

Kärger, L. ....................... 63 

Karihaloo, B. .................... 46 

Karim, M.R. .....................40 

Karimpour, M. ...................20 

Karinski, Y. . .....................29 

Karkar, S. ....................... 65 

Karniadakis, G. . ................. 30 

Kartal, M. . ......................20 

Kasac, J. ........................ 46 

Kashtalyan, M. .................. 42 

Kasparek, E. .....................27 

Kassab, A. ................... 39, 72 

Kassem, K. ...................... 39 

Kassiotis, C. . ................ 22, 53 

Kasza, K. ........................19 

Katamine, E. .................... 61 

Katell, D. ........................78 

Katic, N. ........................ 35 

Kato, J. ......................... 41 

Katunin, A. . .....................34 

Katz, C. . ........................24 

Kavazovic, Z. ....................18 

Kawada, T. . .....................44 

Kazanci, Z. . ..................... 68 

Keßler, A. . ...................... 40 

Keller, K. . .......................34 

Keralavarma, S. ..................61 

Kerfriden, P. . ................ 36, 79 

Kerschen, G. ................. 19, 59 

Khaneh Masjedi, P. .............. 48 

Khan, M.A. . .....................83 

Khoshravan, M.R. ................83 

Khromov, O. .................... 38 

Kielhorn, L. ......................67 

Kiendl, J. ........................60 

Kilchert, S. . ..................... 79 

Kilpatrick, J. . ....................20 

Kim, B.R. ....................... 34 

Kim, C. ......................... 69 

Kim, D.J. ........................16 

Kime, K. ........................ 84 

Kim, H.A. . ...................... 49 

Kim, H.K. . ...................... 34 

Kim, K.S. . ...................... 42 

Kim, M.G. .......................33 

Kimoto, S. .......................17 

Kim, Y.S. ....................... 79 

Kim, Y.Y. ....................65, 69 

Kintzel, O. ...................... 50 

Kireenkov, A. .................... 24 

Kiremidjian, A. . ................. 71 

Kirikov, M. . ..................... 37 

Kiselev, A. .......................31 

Kishimoto, K. ....................15 

Kiyohiro, I. . ..................... 14 

Klaushofer, K. ................... 50 

Klawonn, A. . .................43, 61 

Klein, C. .........................16 

Klein, K.M. ......................68 

Kleinschmit, N. . ................. 26 

Klein, W. ........................17 

Klietzing, T. . ....................59 

Kligman, E.P. ....................14 

Klimanek, A. .................39, 72 

Kling, A. ........................ 63 

Klinkel, S. ....................... 30 

Klocke, F. ....................... 67 

Klöppel, T. . ..................... 30 

Klos, M. . ........................64 

Klostermann, S. . .................27 

Klotz, P. . ....................... 53 

Klug, T. . ........................67 

Klüppel, M. ......................65 

Klusak, J. . ...................... 58 

Klusemann, B. ...................33 

Knapp, R. ....................... 58 

Knio, O. . ........................55 

Knothe Tate, M. .................54 

Knothe, U. ...................... 54 

Kochmann, D. ................... 42 

Kocvara, M. ..................17, 29 

Koguchi, H. ......................62 

Koh, C.G. . ...................... 27 

Koh, H.M. .......................26 

Koishi, M. ....................... 38 

Kokh, S. . ........................29 

Kokot, G. . .......................60 

Kolednik, O. . ....................27 

Kollmannsberger, S. ..............20 

Kolluri, M. . ......................78 

Kolman, R. ...................... 12 

Kolmeder, S. ................. 66, 74 

Kolodziej, J.A. . .............. 19, 51 

Komarova, S. . ...................46 

Komatitsch, D. . ..............16, 80 

Komlanvi, L. . ....................26 

Komori, K. . ..................... 52 

Kompis, V. . ..................... 41 

Konderla, P. . .................... 12 

Kondo, H. ....................... 38 

Kongo Kondé, A. ................ 38 

Könke, C. ....................40, 67 

Kononov, E. . .................... 72 

Konrad, P. .......................31 

Konyukhov, A. ............... 21, 41 

Koo, B.Y. . ...................... 60 

Kopacka, J. ......................53 

Kopernik, M. .................... 27 

Kopidakis, G. .................... 66 

Kords, C. ........................42 

Korelc, J. .................... 11, 55 

Korepanov, V. ................... 19 

Korossis, S. ......................74 

Kosenko, I. ...................... 84 

Kosolapov, O. ................... 72 

Kostyrko, S. ..................... 78 

Kotha, S. .................... 54, 58 

Kotoul, M. .......................58 

Kotronis, P. ......................39 

Koutsourelakis, S. ............ 31, 35 

Kou, Y.Q. . ...................... 60 

Kouznetsova, V. ...... 46, 54, 70, 78 

Kovacic, I. .......................27 

Kowalczyk-gajewska, K. .......... 19 

Kozubek, T. ................. 29, 50 

Krabbenhoft, K. ..............40, 56 

Krabchi, F. ...................... 16 

Kraft, O. ........................ 37 

Kranz, B. ........................80 

Krasucki, F. . .................... 58 

Kratochvil, J. . ................... 69 

Krause, D. . ......................40 

Krause, R. . ...............40, 54, 57 

Kravanja, S. ..................... 33 

Kreißig, R. . ......................59 

Kreiss, G. . .......................36 

Krempaszky, C. .................. 75 

Krenk, S. ........................57 

Krenn, R. ........................21 

Kristan, J. . ......................69 

Krittian, S. ...................... 81 

Kröger, M. ...................... 65 

Krok, J. ......................... 20 

Krommer, M. . ...................34 

Kröplin, B. ...................... 34 

Krosche, M. . .................... 63 

Krstulovic-opara, L. .............. 50 

Kruch, S. .................46, 53, 82 

Krüger, M. ...................... 57 

Krull, F. . ........................11 

Kruschwitz, J. . .................. 10 

Kruzel, F. . ...................... 15 

Krysl, P. .........................63 

Kubin, L. .................... 61, 77 

Kucera, R. .......................50 

Kucerova, A. .................... 67 

Kucharski, S. .................... 49 

92 

Kucukcoban, S. .................. 79 

Kuczma, M. ..................... 10 

Kudela, P. . ...................... 80 

Kudryashova, T. ................. 72 

Kuhl, E. ......................... 10 

Kukushkin, A. ................... 17 

Kulasegaram, S. . .............32, 46 

Kuna, M. .................... 70, 74 

Kunow, T. .......................76 

Kuriakose, S. . ................... 30 

Kurkcu, H. ...................... 51 

Kurumatani, M. ..................44 

Kurzeja, P. ...................... 14 

Kus, W. . .................... 27, 45 

Kutis, V. . ....................... 48 

Küttler, U. .......................73 

Kuznetsov, S. . ...................62 

Kvamsdal, T. ................ 56, 64 

Kwasniewski, L. ..................60 

Kyosev, Y. .......................47 

LLabarta, C. . ..................... 10 

Labe, A. . ........................70 

Labergère, C. .................... 31 

Labrunie, S. . .................... 16 

Lackner, R. 13, 35, 41, 46, 51, 54, 74 

Ladevèze, P. 23, 31, 44, 48, 55, 79, 83 

Laetitia, D. ...................... 65 

Lafortune, P. .....................10 

Lagaros, N.D. ................ 68, 72 

Lage, C. .........................67 

Lagoudas, D. . ................... 10 

Lahellec, N. ......................70 

Laier, J. ......................... 68 

Lallemand, B. ....................70 

Laloui, L. ........................17 

Lamari, H. .......................27 

Lamarque, C.H. ..................77 

Lammering, R. . .............. 76, 84 

Lamnaouer, M. .................. 72 

Lamon, J. ....................... 29 

Lanata, F. ....................... 67 

Lanc, D. .........................14 

Landgraf, R. ................. 66, 74 

Langhoff, T.A. ...................21 

Langston, H. .....................55 

Lani, F. .................. 16, 48, 51 

Lapusta, Y. ......................29 

Larcher, M. ......................33 

Lardeur, P. ...................... 74 

Laredj, N. ....................... 14 

Laredo, J.D. ..................... 66 

Larese De Tetto, A. . ............. 25 

Larsen, C. . ...................... 30 

Larson, M.G. ......... 15, 28, 64, 72 

Larsson, R. . ..............25, 40, 70 

Laschet, G. .................. 44, 70 

Lau, F.J.P. . ..................... 41 

Laugier, P. ...................35, 70 

Laurent, F. ...................18, 22 

Laure, P. ........................ 52 

Lauro, F. . ....................... 45 

Laursen, T. . ..................... 78 

Lavaud, G. . ..................... 53 

Lazarus, A. . ..................... 65 

Lebée, A. ........................58 

Lebensohn, R. ............62, 66, 70 

Leble, B. ........................ 15 

Leblond, C. ...................... 77 

Lebon, C. ........................81 

Lebon, F. . ............... 26, 38, 67 

Lebon, G. ........................78 

Lebon, J. . ....................... 62 

Le Bouar, Y. . ....................53 

Le Bourlot, C. ................... 49 

Le Breton, L. .................... 79 

Le Bris, C. ...................58, 68 

Lechleiter, A. .................... 35 

Lecina, G. ....................... 79 

Leclerc, H. . ......................76 

Le Corre, V. ..................... 64 

Ledger, P.D. ..................... 43 

Lee, D. . ......................... 69 

Lee, H.K. . .......................34 

Lee, J. . ......................... 81 

Lee, J.S. . ........................69 

Lee, W. ......................... 69 

Lefik, M. ........................ 18 

Le Floc’h, S. .....................43 

Legay, A. .................... 40, 44 

Legendre, G. .....................32 

Legoll, F. .................... 58, 68 

Legrain, G. ...............27, 40, 80 

Legrand, M. . .................... 53 

Lehmann, M. .................... 30 

Lehmann, P. . ....................25 

Lehmhus, D. . ....................19 

Leimkuhler, B. . .................. 49 

Leite, J. ......................... 71 

Leite, R. .........................28 

Le, K.T. . ........................67 

Lelievre, T. . ..................... 15 

Le Louër, F. . .................... 47 

Lemaire, E. . ..............13, 58, 65 

Lemaire, S. . ..................... 84 

Lemaire, T. . ............. 14, 34, 46 

Le Maitre, O. . ............... 51, 55 

Le Mauff, C. .....................79 

Le Minh, N. ..................... 63 

Lemosse, D. . .................72, 74 

Lenczner, M. .................... 82 

Leon-mecias, A. ..................47 

Leonel, E.D. ..................... 34 

Leonetti, L. .................. 66, 67 

Leplay, P. ........................11 

Lepot, I. . ........................16 

Lepov, V. ........................23 

Le Riche, R. ................. 49, 78 

Leroy, J.M. ...................... 64 

Lesniak, M. . .....................26 

Le, T.T.H. .......................64 

Le Tallec, P. .....................62 

Létourneau, P.D. .................71 

Leugering, G. . ............17, 69, 83 

Levin, V. . ....................17, 33 

Levitas, V. .......................54 

Lewandowska, J. ................. 14 

Leyendecker, S. .............. 49, 53 

Lharidon, E. ..................... 68 

Lhostis, G. . ......................18 

Lian, W.D. ...................... 40 

Lieleg, O. ........................18 

Lignon, E. ....................... 62 

Ligursky, T. ......................29 

Li, H. . .......................46, 58 

Li, L. . ....................... 28, 78 

Lima, S. . ........................14 

Lim, C.T. ........................38 

Linder, C. ....................... 15 

Lindfeldt, E. ..................... 50 

Lindgaard, E. .................... 37 

Lin, J. ...........................20 

Linkov, A. ....................... 58 

Lin, S. ...........................25 

Lin, T.K. ........................ 71 

Lion, A. ..................56, 66, 74 

Liotier, P.J. ......................66 

Lipka, A. ........................ 41 

Lippert, S. .......................66 

Lippi, F.V. .......................71 

Lipton, R. ................ 17, 21, 48 

Li, Q. ........................... 70 

Li, R. ............................28 

Li, S. ............................11 

Litewka, P. ...................... 34 

Litvinenko, A. . ...................27 

Liu, D. . ......................... 59 

Liu, G. . ......................... 24 

Liu, M.F. ........................ 66 

Liu, W. . .........................49 

Liu, W.K. ........................54 

Liu, X. . ......................... 49 

Liu, Z. .......................... 57 

Liverts, M. .......................13 

Li, X.Y. . ........................ 25 

Li, Y.M. .........................35 

Li, Z. ............................46 

Lloberas Valls, O. ................51 

Llorca, J. .................... 55, 59 

Lodygowski, T. ...............31, 42 

Loehnert, S. .......... 50, 51, 67, 80 

Logé, R. ..................... 15, 56 

Lohner, R. .......................60 

Lokhin, V. . ...................... 33 

Lombaert, G. . . 25, 27, 36, 39, 63, 75 

Lombardo, F. .................... 28 

Lombardo, M. . .................. 78 

Lonetti, P. ................... 66, 74 

Longatte, E. ..................... 49 

Longere, P. ...................... 15 

Lopes, S. ........................ 57 

López-reyes, P.M. ................ 18 

Lopez, C. . .......................54 

Lopez, G. . .......................46 

López, M. ....................... 22 

Lopez Pamies, O. ................ 62 

Lopez, R.H. ......................61 

Lorentz, E. . ..................... 47 

Lorenzana, A. ....................18 

Loseille, A. . ..................48, 60 

Louf, F. ......................... 23 

Loureiro, A. ......................22 

Lourenço, P.B. ............... 71, 75 

Lourens, E.M. ................... 39 

Lowengrub, J. . ...................14 

Lozina, Z. ....................... 27 

Lozinski, A. ......................15 

Lubrecht, A. .....................44 

Lucchesi, M. .....................36

Luciano, R. ...................... 32 

Luersen, M.A. ................... 61 

Luison, L. . ...................... 17 

Lukacevic, M. ....................30 

Lukas, C. ........................ 50 

Lukas, D. ........................67 

Lund, E. ..................... 29, 37 

Lunéville, E. ..................... 32 

Lunghi, L. . ...................... 66 

Luo, H. . .........................69 

Lupse, J. . ....................... 71 

Lura, P. ......................... 31 

Lutz, A. ......................... 78 

Lux, C. ..........................55 

Lyamin, A. ...................39, 56 

Lyeshchuk, O. . .................. 42 

Lykidis, G. .......................46 

MMaceri, F. ....................... 51 

Mach, J. . ....................... 57 

Maciol, P. ....................... 15 

Macione, J. . ................. 54, 58 

Macorini, L. ..................... 70 

Macri, M. . ...................... 24 

Madec, R. ................... 61, 69 

Madej, L. .................... 15, 31 

Madeo, A. .......................30 

Madia, M. ....................... 50 

Madureira, L. .................... 27 

Maedler, A. ......................69 

Maghoul, P. ..................... 33 

Magnain, B. . .................... 53 

Mahdavi, H. . .................... 72 

Mahdavi, N. . .................... 72 

Maheo, L. ....................... 29 

Mahjoubi, N. .................... 61 

Mahnken, R. . ....................67 

Maier, G. .................11, 15, 23 

Main, J. . ........................ 28 

Maiorana, C. .....................22 

Maire, J.F. ...................... 67 

Maischak, M. .................... 55 

Maison-le-poëc, S. ............... 53 

Maitournam, H. . .................50 

Maitre, E. . ...................... 57 

Majchrzak, E. ................ 31, 32 

Majerus, J. . ..................... 28 

Majetic, D. ...................... 46 

Majorana, C. .................... 52 

Majumdar, A. ....................63 

Makinen, R. . .................... 25 

Makovicka, D. ................... 60 

Makradi, A. . .....................41 

Makrem, A. . .....................83 

Maksym, K. . .................... 22 

Malena, M. ...................... 75 

Malherbe, B. .................... 67 

Malinouskaya, I. ..................25 

Mang, H. .................18, 22, 26 

Manna, A. . ......................74 

Manoach, E. .....................73 

Mansouri, K. .................15, 83 

Marano, G. ...................... 72 

Marcadon, V. . ...................82 

Marchandise, E. . .................28 

Marcin, L. . ...................... 67 

Marckmann, G. .................. 79 

Marcon, B. ...................... 38 

Marfia, S. ....................18, 66 

Marguet, S. .................. 79, 84 

Marheineke, N. . ................. 52 

Maria, O. ........................46 

Marie, S. ........................ 71 

Marigo, J.J. ..................30, 39 

Marin, F. ........................ 69 

Marini, B. . ...................57, 81 

Marin, P. . ....................... 50 

Mariotti, C. ......................57 

Markert, B. ......................10 

Markopoulos, A. ..............29, 50 

Marranghello, N. .................32 

Marsden, J. ......................49 

Martin, E. . .................. 29, 82 

Martinez-barca, F.J. . .............76 

Martinez-barca, M.Á. .........40, 76 

Martini, D. . ..................... 43 

Martini, L. . ......................74 

Martin, R. ....................... 80 

Martins, M. ......................45 

Martin, T. . ...................... 53 

Martufi, G. . ..................... 28 

Maruccio, C. . ....................71 

Mary, S. .........................70 

Marzouk, Y. ..................... 47 

Mascarenhas, T. ................. 24 

Massa, F. ........................70 

Massart, T.J. .................... 78 

Massenzio, M. . .................. 56 

Massin, P. . ......................79 

Masson, I. ....................... 40 

Massot, M. ...................... 22 

Mata, H. ........................ 75 

Materna, D. ..................... 33 

Mathelin, L. ..................... 55 

Mathes, M. ......................44 

Mathew, N. ......................38 

Mathias, J.D. ....................22 

Mathieu, N. . .................... 31 

Matins, P. . .................. 28, 32 

Matos Neves, M. .................41 

Mattern, S. ......................80 

Matthias, B. .....................16 

Matthias, M. . ................... 80 

Matthies, H. . ..22, 27, 59, 63, 67, 78 

Matthieu, M. .................... 71 

Mattsson, K. .................... 47 

Matveyenko, V. . ................. 19 

Matysiak, L. ..................... 19 

Matzenmiller, A. . ................34 

Maugin, G. ...................... 41 

Maunder, E. . .................... 48 

Maurice, J. ...................... 20 

Maurini, C. ........... 30, 39, 48, 73 

Mauro, A. ....................... 75 

Maury, B. ....................... 69 

Maute, K. . ...................... 29 

Mayer, U.M. . ....................45 

Ma, Z. .......................... 32 

Mazet, P.A. ......................83 

Maziere, M. ..................... 45 

Mazur-sniady, K. .................39 

Mazuyer, D. ..................... 14 

Mazzucato, A. ...................48 

Mazzucco, G. ....................22 

Mbodj, C. . ...................... 58 

Mcbride, A. . .....................42 

Mcbride, S. ......................54 

Mccarthy, C. ...... 29, 36, 59, 63, 83 

Mcshane, G. ..................... 46 

Md Nor, S.S. . ................... 23 

Medda, A. .......................11 

Mediavilla, J. .................... 40 

Medina, S. . .................. 20, 33 

Medjo, B. ....................... 71 

Meftah, F. ................... 30, 64 

Mehrabian, A. ................... 18 

Mehrez, L. .......................47 

Meijer, H. ....................... 34 

Meille, S. . .......................11 

Mejak, G. . .......................51 

Melcher, A. ......................37 

Melhem, C. . .....................64 

Melink, T. .......................11 

Melnik, R. ....................... 22 

Melo, F. . ........................27 

Mencik, J.M. . ................... 43 

Mendonça, F.H. ..................41 

Mendoza, G. .....................73 

Mengoni, M. .....................66 

Mennerich, C. ....................45 

Menouillard, T. .................. 42 

Menshykova, M. ................. 54 

Menshykov, O. ...................54 

Menzel, A. ............... 24, 35, 61 

Meo, M. . ........................17 

Merah, N. ....................... 27 

Mercatoris, B. ................... 78 

Merdanovic, E. ...................14 

Mergheim, J. . ................... 42 

Merta, I. .........................33 

Merval, A. .......................71 

Mesarovic, S. .................... 38 

Meschke, G. ..................... 22 

Mesejo, A. .......................47 

Mesri, Y. ........................ 60 

Messier, J. . ......................48 

Metzler, G. ...................... 35 

Meyer, H. . ...................... 33 

Meynet, T. ...................... 17 

Michael, O. . ..........31, 49, 55, 74 

Micha, J.S. . ..................... 49 

Michalik, K. . .................15, 76 

Michaut, V. ......................37 

Michea, D. ...................... 16 

Michel, B. ................... 44, 57 

Micheletti, S. . ................... 56 

Michelitsch, T. ...................41 

Michler, C. . ..................... 81 

Michlmayr, G. . .................. 25 

Micunovic, M. ................... 80 

Miehe, C. . ................... 15, 31 

Mielke, A. . ...................... 39 

Mierzwiczak, M. ................. 51 

Miftahof, R. . .................... 26 

Migliavacca, F. . ................. 20 

Miguel, L. ....................... 62 

Mijuca, D. .......................75 

Mikdam, A. ......................41 

Milani, E. . .......................75 

93 

Milani, G. ....................67, 75 

Milassin, G. ......................27 

Milenin, A. ...................... 27 

Milesi, M. ....................... 52 

Miletta, R. .......................30 

Milewski, S. ..................... 20 

Militky, J. ....................... 51 

Millan, D. . ...................31, 43 

Millard, A. .......................18 

Miller, B. .................... 15, 64 

Miller, R. . .......................54 

Minnebo, H. ................. 28, 48 

Minonzio, J.G. . .................. 35 

Mintzas, A. ......................58 

Mira, F. ......................... 35 

Mira, M. . ....................... 82 

Miras, T. ........................ 37 

Miron, P. . ....................... 16 

Misbah, C. .......................30 

Mishuris, G. . .................... 58 

Mitchell, M. ..................... 77 

Mitkowski, P. .............23, 68, 77 

Mitkowski, W. . .................. 23 

Mitra, S. ........................ 45 

Mitrea, I. . .......................16 

Mitropoulou, C. ..................68 

Mitrushchenkov, A. .............. 70 

Moakher, M. .....................83 

Moaveni, B. ..................63, 75 

Mochnacki, B. ............... 31, 32 

Modarresi, H. ....................10 

Modin, K. ....................... 53 

Moenig, R. ...................... 37 

Moens, D. ................... 47, 70 

Moes, N. . .........36, 38, 55, 79, 83 

Mohammadi, B. ..................78 

Mohammadi, E. ..................68 

Mohand Kaci, F. .................40 

Mohr, C. . ....................... 57 

Mohring, J. ......................84 

Moireau, P. ......................69 

Mok, J.K. ....................... 79 

Moldenhauer, P. . ................ 65 

Moldovan, I.D. . ..................71 

Molinari, A. . .....................46 

Molinari, J.F. . 13, 19, 33, 34, 37, 39, 

42, 46, 50 

Molins, C. . ...................... 76 

Mollenhauer, D. ..................17 

Monaghan, K. . .................. 73 

Monasse, L. . .................... 57 

Mondragon, R. . ..................82 

Monetto, I. ...................... 22 

Monnet, G. . ..................... 69 

Monti, G. ........................71 

Moody, T.C. .....................68 

Mook, G. . .......................80 

Moon, K.H. ......................79 

Moore, A. . ...................... 49 

Morales, J.L. . ....................79 

Morassi, A. .................. 39, 71 

Moravec, F. ......................66 

Morel, F. ........................ 53 

Morelle, P. . ......................11 

Morel, S. . ....................... 26 

Moreno, A. ...................... 22 

Moreno, C. . ..................... 36 

Moreno, J.A. . ................69, 79 

Morin, D. ........................45 

Morlier, J. . ...................... 71 

Mortensen, A. . .................. 45 

Mosler, J. ....................23, 39 

Moulinec, H. .....................70 

Moulin, N. .......................33 

Moulin, S. ....................... 33 

Mouret, A. ...................... 83 

Mourzenko, V. ............... 25, 48 

Mousavi, S.E. ....................32 

Moussaoui, K. ................... 18 

Mouysset, V. .................44, 83 

Movchan, A. .....................58 

Mroz, Z. .........................49 

Mueller-hoeppe, D. ....... 50, 51, 67 

Mueller, A. ...................... 84 

Mueller, R. . .............. 10, 42, 74 

Mueller, S. .......................22 

Mueser, M. ...................... 42 

Mugan, A. .......................11 

Muha, I. .........................80 

Muite, B. ........................12 

Müller, M. .......................72 

Müller, R. . ...................... 50 

Müller, S. . .......................38 

Mulvihill, D. . .................... 20 

Mundani, R.P. . .................. 20 

Munoz, E. ................... 17, 29 

Munoz, J. . ............... 18, 39, 56 

Muñoz, R. .......................39 

Munteanu, M.G. ................. 52 

Murad, M. .......................14 

Murcinkova, Z. . ................. 41 

Murea, C. ....................... 61 

Murin, J. . ................... 34, 48 

Murphey, T. . .................... 81 

Murray, R. .......................77 

Musienko, A. .................... 81 

Muster, M. ...................... 39 

Muszynski, L. ....................38 

Mutsuda, H. ..................... 61 

Myslecki, K. ..................... 27 

Myslinski, A. . ....................25 

NN’guyen, N.C. ................... 81 

Nackenhorst, U. .......... 21, 38, 78 

Nadal, E. ........................ 83 

Naghdabadi, R. .................. 18 

Nagy, A. .........................12 

Naili, S. ... 14, 27, 34, 46, 66, 70, 84 

Nairn, J.A. ...................... 38 

Nair, P. ......................55, 59 

Najm, H. . ....................... 47 

Nakaaki, K. . .....................38 

Nakamura, G. ....................39 

Nam, A. . ........................47 

Nam, I.W. .......................34 

Narayanan, H. ................... 72 

Nardini, L. .......................71 

Nardinocchi, P. . ................. 10 

Nasedkin, A. .....................66 

Nasedkina, A. . ...................13 

Nassiopoulos, A. ................. 55 

Nastase, A. . ..................... 53 

Natal Jorge, R. ....... 24, 28, 32, 75 

Natarajan, S. . ................... 36 

Navarro, P. . ..................... 84 

Nazarov, M. ..................... 72 

Nazarov, S.A. ....................74 

Nazem, M. ...................... 48 

Ndjinga, M. . .....................51 

Nechak, L. . ......................66 

Needleman, A. . ..................71 

Neff, P. ..........................43 

Neittaanmäki, P. ............. 81, 84 

Nelson, C. ....................... 26 

Nemov, A. . ......................26 

Nenning, M. ..................... 25 

Néron, D. ....................23, 31 

Nesbitt, S. . ......................54 

Nestler, B. ...................37, 45 

Netuzhylov, H. ...................12 

Neubrand, A. .................... 33 

Neukirch, S. ..................... 73 

Neumann, M. ....................76 

Neves, L.A.P. . ................... 32 

Neveu, A. ....................... 19 

Nevone, P. ...................66, 74 

Nezamabadi, S. ..................62 

Nguyen-tajan, M.L. . ............. 50 

Nguyen, C.B. . ................... 79 

Nguyen, H. ...................... 78 

Nguyen, L. . ......................35 

Nguyen, N.H. ....................32 

Nguyen, Q.H. ....................26 

Nguyen Tuan, L. ................. 17 

Nguyen, V.H. . ...................84 

Nguyen, V.P. .................... 36 

Nhon, N.T. . ..................... 32 

Nicolau, D. . ..................... 26 

Nicolleau, F. .....................41 

Niessner, M. . ....................50 

Nigam, N. ................... 46, 51 

Niggl, A. ........................ 24 

Niino, K. . ....................... 55 

Nikiforov, I. . .....................33 

Nikolic, Z. . ...................... 46 

Nintcheu Fata, S. ................ 59 

Niroomandi, S. . ..................19 

Niroomand, M.R. . ............... 68 

Nishimura, N. . ...................55 

Nishi, N. ........................ 62 

Nistor, I. .........................16 

Nistor, V. . .......................48 

Nitsche, R. ...................... 37 

Ni, Y. ........................... 63 

Nobile, F. ........................47 

Noels, L. .....................28, 78 

Noertoft Nielsen, P. . .............60 

Nogarin, F. ...................... 71 

Noijen, S. . ...................... 83 

Nonnenmacher, A. . .............. 64 

Notin, A. ........................ 19 

Notz, P. ......................... 80 

Nour, A. .........................30 

Nouy, A. ................. 15, 51, 67 

Novak, J. . .......................74 

Novakovic, B. . ...................46 

Nova, R. . ....................... 21 

Novati, G. . .................. 11, 23 

Nowak, A.P. . .................... 48 

Author index

Author index 

Nowak, K. . ......................19 

Nowakowski, A. ..................41 

Nowell, D. ................20, 46, 58 

Ntotsios, E. ......................67 

Nübel, V. ........................24 

OO’higgins, R. .................... 59 

Ober-blöbaum, S. ............ 49, 53 

Oberai, A. ................... 47, 79 

Obst, M. ........................ 17 

Ockay, M. . ...................... 41 

Oden, J.T. . ......................64 

Odwyer, D. ......................18 

Of, G. . ..........................71 

Oger, F. .........................50 

Ohashi, T. . ......................49 

Ohayon, J. . ..................36, 43 

Ohayon, R. ...................19, 37 

Ohlberger, M. ....................11 

Oka, F. ..........................17 

Okstad, K.M. ................ 56, 64 

Olagnon, C. ..................... 82 

Oliveira, D. ...................... 71 

Oliveira, M. . .....................15 

Oliveira, S. . ..................... 11 

Oliveros, C. . .....................56 

Oliver, X. . .......................71 

Olivi, E. . ........................ 16 

Olivier, B. . ...................... 32 

Olivier, G. ....................49, 56 

Olivito, R.S. ................. 36, 43 

Olsson, P. ....................... 66 

Olver, A. ........................ 20 

Omori, T. ....................... 34 

Onate, E. ....................25, 37 

Onimus, F. ...................... 81 

Or, D. . ..........................25 

Orkisz, J. . .......................20 

Orlande, H. ......................27 

Orlik, J. ......................... 47 

Ortiz Távara, J.E. . ...............51 

Osipov, N. . .................. 48, 81 

Oskay, C. ........................62 

Osselin, J.F. . .................... 63 

Ostachowicz, W. . ............ 10, 80 

Ostergaard, M. . ................. 47 

Ostermeyer, G.P. ............. 20, 72 

Östh, J. ......................... 42 

Ostoja-starzewski, M. ............ 30 

Ostrowski, Z. .................... 39 

Othmani, Y. ..................... 41 

Ottonello, M. .................... 47 

Oubensaid, H. ................... 16 

Oueslati, A. ......................54 

Ouisse, M. .......................40 

Ouissi, M.N. . ....................68 

Ovesy, H.R. .................. 22, 48 

Ozbolt, J. ....................... 68 

Ozer, D. .........................10 

Ozolinsh, O. ..................... 45 

PPacquaut, G. .................... 33 

Pacull, J. . .......................57 

Paczelt, I. ....................... 49 

Padbidri, J. . .....................38 

Paez, T. .........................35 

Pagano, S. .......................51 

Paggi, M. ........................66 

Paiva, J.B. ...................... 30 

Pajonk, O. .......................63 

Palano, F. . ...................... 44 

Palla, P. . ........................38 

Palma, R. . ...................... 74 

Palmieri, G. . .....................19 

Panayirci, H.M. .............. 35, 59 

Panesar, A. . ..................... 48 

Pang, J. . ........................ 49 

Pantalé, O. ...................... 27 

Papadimitriou, C. ................ 67 

Papadioti, D.C. . ................. 67 

Papadopoulo, T. . ............ 16, 44 

Papadrakakis, M. ......... 11, 68, 72 

Papaioannou, I. .................. 15 

Pardo, D. ........................43 

Paredes, J. ...................... 79 

Parente, M. . ..........24, 28, 32, 75 

Park, H. .........................62 

Park, K.C. .......................37 

Parnell, W. ...................... 70 

Paroni, R. . ...................... 30 

Parret-fréaud, A. .................44 

Parrico, A. .......................31 

Parrinello, F. .....................70 

Parthasarathy, T. ................ 69 

Pascal, S. . ...................19, 40 

Pascual, B. ...................... 19 

Pasenow, F. . .................... 40 

Passarotto, M. ...................17 

Pasupuleti, S. ....................78 

Patelli, E. . .......................35 

Pathmanathan, P. ................16 

Patralski, K. . ....................12 

Patryk, S. ....................15, 31 

Patzak, B. . ......................74 

Patz, C. ......................... 68 

Paulino, G. . ..................... 57 

Paulo, C. ........................ 27 

Paulo, V. ........................ 11 

Pawela, L. . ...................... 14 

Pawlowski, R. ....................80 

Paynter, R. ...................... 46 

Pazdniakou, A. ...................25 

Pearce, C. . ...............35, 54, 74 

Peccard, A. . .....................68 

Peerlings, R. . .............46, 50, 55 

Peeters, B. . ..................... 59 

Peeters, M. ......................59 

Peethambaran, J. ................ 65 

Peigney, M. ......................35 

Pekar, J. . ........................64 

Peletan, L. . ......................16 

Pellegrino, C. . ................... 22 

Pelletier, D. ......................16 

Pelletier, H. ......................76 

Peña, B. .....................24, 40 

Pena, G. . ........................16 

Perdrizet, T. .....................64 

Perego, U. .......................77 

Pereira, A. ................... 28, 32 

Pereira, C. .......................76 

Pereira, J. ....................... 16 

Pérez Soler, F.J. ................. 35 

Peric, D. ........................ 41 

Periskic, G. . ..................... 68 

Peroni, L. ........................19 

Peroni, M. . ......................19 

Perotto, S. ...................... 56 

Persson, K. .................. 56, 60 

Persson, P. . ..................... 56 

Pesavento, F. . ................... 46 

Peshekhodov, I. ..................39 

Pesic, I. ......................... 14 

Peter, F.H. ...................... 68 

Peter, H. . ....................... 50 

Peters, B. ....................... 84 

Petersen, E. ..................... 72 

Peters, G. ....................... 25 

Petersson, H. . ................... 18 

Petrini, L. ....................... 20 

Petrolo, M. ......................52 

Petrov, E. ....................16, 20 

Petry, C. .........................81 

Pettigrew, R. .................... 43 

Pettit, C. ........................ 63 

Peyrin, F. . ................... 66, 70 

Peyroux, R. . .....................62 

Pfaller, S. . ...................... 50 

Pfefferer, J. . .....................12 

Pham, K. . .......................30 

Pham, P.T. . .....................54 

Pham, T.T. . .....................77 

Pham Tuong Minh, D. ........... 82 

Phelan, D. .......................38 

Philippon, J. .....................72 

Piat, R. . ................. 21, 25, 33 

Piccolroaz, A. ....................58 

Pichler, C. ................... 13, 35 

Pichler, L. ....................... 31 

Picu, C. . ........................ 38 

Pierre, C. .................... 20, 53 

Pierres, E. .......................83 

Pierron, F. .......................11 

Pietropaoli, E. ................... 63 

Pietryga, M. ..................... 27 

Pietrzyk, M. ..............15, 27, 31 

Pijaudier-cabot, G. ...............18 

Pillon, L. ........................ 69 

Pilvin, P. ........................ 15 

Pimenta, P. ...........22, 51, 79, 83 

Pina, J.C. ....................... 70 

Pino-munoz, D. ..................56 

Pinotti, M. ...................... 24 

Pioletti, D. ...................... 29 

Piot, D. ......................... 65 

Piperno, S. ...................... 57 

Pippan, R. . ......................23 

Pirrera, A. . ......................48 

Pittos, G. . .......................11 

Pivkin, I. ........................ 30 

Pizzocolo, F. . ....................29 

Placzek, A. ...................... 19 

Planas, J. . .......................39 

Plesek, J. .................... 12, 53 

Plevris, V. ....................... 68 

Podshivalov, L. .................. 54 

Poh, L. . .........................46 

Pohl, J. ..........................80 

94 

Polit, O. ................. 30, 38, 52 

Polito, T. ........................30 

Polyakov, S. ..................... 72 

Polynkin, A. ..................... 57 

Pomaro, B. ...................... 52 

Pommier, B. .....................50 

Ponce, R. ........................14 

Ponçot, M. ...................... 14 

Ponte Castaneda, P. ..............62 

Ponthot, J.P. . ........ 31, 35, 36, 66 

Popov, V. ....................... 73 

Popp, A. . ....................45, 50 

Potapov, S. . ............. 33, 37, 50 

Poteralski, A. .................... 45 

Potier-ferry, M. ........... 31, 46, 62 

Pottier, T. . ......................15 

Poufos, L. ....................... 68 

Pouzols, V. . ..................... 10 

Powers, T. .......................14 

Pozzolini, C. ..................... 64 

Prabel, B. . ...................... 71 

Pradlwarter, H. . ..............35, 59 

Prajapati, N. .....................39 

Prakash, A. .................. 66, 82 

Pranger, W. ..................... 74 

Prechtel, M. ..................... 83 

Predan, J. ....................... 71 

Preisig, M. .......................13 

Presbitero, G. ....................58 

Prete, G. . ....................... 52 

Preumont, A. ....................14 

Prévost, J.H. . ................... 13 

Pride, S. .........................17 

Prieto, A. ........................32 

Principe, J. . ..................... 84 

Prior, A. .........................47 

Proenca, S.P. .................... 79 

Profant, T. ...................... 58 

Proppe, C. .......................44 

Proprentner, D. . .................20 

Pros, A. . ........................ 76 

Proudhon, H. .................... 37 

Prou, J. . ........................ 15 

Prud’homme, C. ................. 16 

Prudhomme, S. .................. 64 

Ptaszny, J. . ..................... 45 

Puel, G. . .................... 51, 66 

Pühlhofer, T. .................... 67 

Purcina, L.A. .................... 52 

Purohit, P. ...................... 18 

Puso, M. ........................ 78 

Pustan, M. ...................... 50 

Puzyrev, V. ......................84 

Pyrak-nolte, L. ...................17 

QQuade, H. ....................... 70 

Quaranta, G. . ................... 72 

Quatela, V. ......................61 

Quesada Pereira, F.D. . ...........35 

Quey, R. ..................... 22, 65 

Quilici, S. . .......................48 

Quintela, P. ..................36, 79 

Quint, K.J. . ..................... 30 

Qu, Q. .......................... 48 

RRaabe, D. ................ 38, 42, 65 

Raatschen, H.J. . .................32 

Rabczuk, T. ..................... 32 

Rabinovich, D. ...................36 

Rabinovitch, O. . .................70 

Racherla, V. ..................... 62 

Rachowicz, W. ...................39 

Racila, M. ....................... 50 

Racz, D. .........................28 

Radovitzky, R. ................... 19 

Raetz, A. ........................ 14 

Raffetto, M. . .................... 47 

Raghavan, B. .................... 76 

Ragueneau, F. . ...............78, 82 

Rahman, M.M. .................. 23 

Raimondi, M.T. ..................18 

Rainieri, C. . ..................... 59 

Rakaric, Z. ...................... 27 

Rakin, M. ....................... 71 

Rakin, S.I. . ......................58 

Rakotomanana, L. . .............. 78 

Rakshit, S. ...................... 73 

Ramadan, M. .................... 35 

Ramalho, A. ..................... 76 

Raman, S.R. . ....................40 

Ramasamy, A. . .................. 59 

Ramézani, H. ................ 15, 18 

Ramiere, I. ...................... 44 

Ramisetti, S.B. ...............37, 50 

Ramm, E. ....................... 41 

Ramon, H. .......................54 

Ramtani, S. ......................74 

Rangelov, T. .....................74 

Rank, E. ................. 20, 53, 82 

Rannou, J. .......................48 

Rao, M. ......................... 60 

Rao, S. . .........................69 

Raous, M. ....................... 41 

Rapetti, F. .......................51 

Rassineux, A. .................... 31 

Rasthofer, U. . ................... 79 

Raum, K. . .......................70 

Ravnik, J. ....................... 71 

Rayamajhi, M. ................... 63 

Raymond, J.P. . .................. 83 

Raymont, D. . ....................22 

Razafimahery, F. ................. 78 

Reali, A. . ................ 12, 18, 64 

Reddy, B.D. ..................... 42 

Reese, S. .....................27, 79 

Regener, B. . ................. 75, 82 

Regoin, J.P. ..................... 79 

Reina Romo, C. ..................74 

Reina, S. .....................46, 74 

Reincke, K. ......................42 

Reinosa, J.M. ....................22 

Reinstädler, S. ................... 40 

Reitich, F. ....................... 51 

Rekik, A. ........................ 67 

Relun, N. ........................31 

Remacle, J.F. ................ 28, 80 

Remediakis, I. . ...................66 

Remmers, J. ...... 14, 29, 31, 35, 55 

Remouchamps, A. . ...............67 

Remy, L. ........................ 50 

Renard, Y. ............... 24, 29, 83 

Rene, M. ........................ 73 

Renkens, W. .....................47 

Renner, J. . ...................... 21 

Renouf, M. ...................38, 58 

Resk, H. .........................56 

Retama Velasco, J. ...............75 

Réthoré, J. ........11, 14, 15, 38, 72 

Retka, J. ........................ 56 

Rey, C. ...................... 44, 51 

Reynders, E. ................. 39, 59 

Rey, R. . ......................... 42 

Rezaee, S. ....................... 59 

Rezgui, A. .......................37 

Reznik, B. . ...................... 21 

Rhead, A.T. ..................... 81 

Rheinbach, O. ................43, 61 

Riahi, H. . ....................... 27 

Ribaric, D. . ......................34 

Ribeiro, D.B. .................... 30 

Ribeiro, P. . .................. 56, 73 

Ricci, M. . ....................... 45 

Riccio, A. ........................63 

Richard, B. ...................... 82 

Ricken, T. ................... 10, 14 

Ricker, S. . .......................42 

Ridruejo, A. ..................... 55 

Riedel, H. ....................... 66 

Riera, J.D. . ......................62 

Rieutord, F. . .................... 49 

Rik, H. .......................... 50 

Ring, T. ......................... 54 

Ringwelski, S. ....................14 

Rio, G. ...................... 29, 84 

Ripka, S. ........................ 65 

Rischette, R. . ....................55 

Ritto, T. . ....................... 67 

Rixen, D. .................... 11, 51 

Rizzoni, R. . ......................26 

Rjasanow, S. . ....................67 

Robach, O. ...................... 49 

Robbins, J. ...................... 32 

Roberts, Y. ......................54 

Robustillo, P. . ................... 39 

Roche, J.R. ......................39 

Rochette, M. .................... 19 

Rochinha, F. . ....................45 

Rochus, V. . .............. 50, 58, 65 

Ródenas-garcía, J.J. . .............83 

Rodin, G. ........................68 

Rodrigues, G. .................... 14 

Rodrigues, H. . ...................65 

Rodríguez-ferran, A. ..............47 

Rodriguez Boix, R. ...............35 

Rodriguez Garcia, J. ..............84 

Roelandt, J.M. ...................78 

Roessner, D. .....................63 

Roger, B. . .......................32 

Rohan, E. . ...................34, 46 

Roidot, K. ....................... 16 

Rojas Díaz, R. . .................. 70 

Rolfes, R. . .......................59 

Rollett, A. ....................... 56 

Roman, P. .......................72 

Romera, L. . ..................47, 71 

Romero De La Osa, M. ...........82 

Romero, I. . ......................57

Romero, P.A. . ................... 46 

Romkes, A. . ..................... 68 

Ronel, S. ........................ 56 

Roohnia, M. . .................... 38 

Roos, A. ................. 18, 53, 80 

Roose, D. . ...................54, 74 

Rosato, D. . ......................15 

Rösch, A. . .......................12 

Roschger, P. ..................... 50 

Roseiro, L. .......................58 

Rosic, B. .....................67, 78 

Rosko, P. ........................75 

Rosolen, A. .................. 31, 43 

Rossgatterer, M. ................. 56 

Rossi, J.M. . ..................... 66 

Rossi, M. ........................ 11 

Rossi, P. .........................10 

Rossi, R. . ....................25, 52 

Rosu, I. ..........................38 

Rota, L. ......................... 63 

Roters, F. ....................42, 66 

Rothe, S. ........................ 30 

Rots, J. ......................... 70 

Roubicek, T. . ....................39 

Rouch, P. ........................43 

Rouhi, M. ....................... 25 

Roulet, V. . ...................... 55 

Rousseau, O. .................... 20 

Rousseaux, G. . .................. 51 

Roux, F.X. ............... 43, 51, 62 

Roux, J.C. .......................83 

Roux, S. ..................... 15, 38 

Royer-carfagni, G. ................36 

Royo, E. .........................75 

Roy, S. . ......................... 33 

Roza, T. .........................24 

Ruben, R. . ...................... 29 

Rubin, M.B. ..................... 55 

Rubio, J. ........................ 39 

Rueberg, T. ..................... 84 

Ruess, M. . ...................... 82 

Ruffoni, D. ...................... 50 

Ruggerini, A. .................... 30 

Rumpler, R. ..................... 40 

Rus, G. ...............39, 43, 70, 74 

Russell, B. .......................62 

Rüter, M. ........................44 

Rybarska-rusinek, L. . .............58 

Ryckelynck, D. ...................23 

Ryser, M.D. ..................... 46 

Ryu, J. .......................... 69 

Ryzhov, E. . ......................76 

Rzeszut, K. ......................26 

SSaad, R. .........................72 

Saanouni, K. .....................31 

Saavedra, K. . ....................26 

Sabariego, R. .................... 35 

Sabitov, D. . ..................... 33 

Sab, K. . ................. 19, 58, 71 

Sacco, E. . ................18, 66, 71 

Sacco, R. ........................18 

Sacks, M. ....................... 36 

Sádaba, S. .......................59 

Sadeghi, A. .................. 28, 46 

Sadoulet-reboul, E. ...............40 

Sadovskaya, O. . ................. 40 

Sadovskiy, V. .................40, 59 

Sadowski, T. .....................18 

Sadr, M.H. ...................22, 78 

Saenger, E.H. ....................17 

Saetta, A. ....................... 82 

Saez, A. ......................... 70 

Saez, P. ......................... 24 

Saft, S. ..........................18 

Saha, N. .........................58 

Sahlaoui, R. . .................... 71 

Said, R. ......................... 12 

Sainte-marie, J. ..................81 

Sáiz, R. . ........................ 18 

Sakharova, N. ....................15 

Saksala, T. ...................... 37 

Salaun, M. .......................64 

Salazar, D. . ..................... 49 

Salem, A. ........................84 

Saleme, C. .......................24 

Salimi, M. ....................... 68 

Salles, L. ........................ 16 

Salman, O. . ..................... 28 

Salman, U. . ..................12, 73 

Salmi, M. ........................62 

Salomoni, V. . ................22, 52 

Salsac, A.V. ..................... 34 

Salvatore, W. .................... 71 

Samadikhah, K. ..................70 

Samaey, G. ...................54, 74 

Samiei, K. .......................84 

Sampaio, R. . .................67, 71 

Samuelides, M. . ................. 71 

Sanahuja, J. . .................... 46 

Sanavia, L. ...................... 17 

San Blas Otálora, A.A. . ..........35 

Sanches, R. ......................20 

Sánchez, P.J. .................... 71 

Sancho, J.M. .................... 39 

Sandberg, G. .................56, 60 

Sanders, J. ...................... 78 

Sangalli, G. . ..........12, 43, 64, 68 

Sangare, D. . .....................48 

Sänger, N. ................... 57, 81 

Sanjust, C. ...................... 67 

Sanon, A. ....................... 14 

Sansalone, V. ......... 14, 42, 46, 66 

Sansour, C. ......................66 

Sansoz, F. ....................... 62 

Santiago, J. . .................... 28 

Santos Da Silva, J.G. .............64 

Santos, H. ................... 27, 79 

Sanz, B. .........................39 

Sapountzakis, E. . ................56 

Sarah, L. ........................ 19 

Saramago, S. .................... 52 

Sar, B.E. ........................ 66 

Sarchiapone, L. . ................. 52 

Sarkar, S. ........................60 

Sassi, V. .........................20 

Sasso, M. ........................19 

Sato, K. .........................44 

Sauer, R.A. ......................45 

Sauvat, N. .......................10 

Sá, V. . ..........................40 

Savidis, S.A. .....................59 

Saviot, L. ........................62 

Savvides, N. ..................... 38 

Sawinski, P. ..................... 27 

Sbartai, B. . ......................72 

Scarpas, T. . ..................... 57 

Schaefer, D. . .................... 35 

Schakel, M. . .....................21 

Schanz, M. ...................... 25 

Schanz, T. .......................17 

Scheidemann, R. .................27 

Scheider, I. ...................... 39 

Schele, J. . .......................54 

Schendel, S. ..................... 37 

Schenker, A. .....................33 

Scherer, M. ......................13 

Schevenels, M. ............... 27, 36 

Schiebel, P. . .....................47 

Schillinger, D. . .................. 20 

Schimmel, E. . ................... 31 

Schippke, H. .....................44 

Schirrer, R. .................. 33, 76 

Schledjewski, R. ................. 83 

Schmalholz, S. . ..................17 

Schmauder, S. ................... 54 

Schmerwitz, F. ...................24 

Schmidt, B. .............. 29, 49, 55 

Schmidt, L. ......................52 

Schmidt, U. ..................... 62 

Schmied, C. ..................... 41 

Schmoller, K. .................... 18 

Schneider, A. . ................... 84 

Schneider, P. .................... 84 

Schober, K.P. . ...................18 

Schoefs, F. ...................... 67 

Schoenewald, A. . ................ 28 

Schöngrundner, R. ............... 27 

Schotte, J.S. .....................37 

Schrade, D. ......................10 

Schrag, G. .......................50 

Schrefler, B.A. ............18, 26, 30 

Schröder, A. .....................48 

Schroeder, A. ....................44 

Schroeder, J. ............. 38, 43, 67 

Schueller, G. ...31, 35, 39, 59, 67, 71 

Schulz, A. ....................... 57 

Schulze-riegert, R. . .............. 63 

Schury, F. ....................17, 69 

Schütte, H. ......................18 

Schwarz, A. ......................67 

Schwarze, M. . ................... 79 

Schwarzer, D. ....................44 

Schwarz, M. ..................... 25 

Schweitzer, M.A. . ................12 

Schweizerhof, K. . .........21, 41, 80 

Schwingshackl, C. ................20 

Scotta, R. ....................... 82 

Scott, M.A. ......................72 

Scovazzi, G. ..................59, 73 

Scrivener, K. .....................36 

Seabra, M. .......................36 

Seagraves, A. ....................19 

Secgin, A. . ...................... 66 

Sedighiamiri, A. . .................25 

Sedlar, D. . ...................... 27 

Sedmak, A. . .....................71 

Seelig, T. ........................25 

Seguin, J.P. . .....................35 

95 

Segurado, J. ..................... 62 

Seide, G. . ....................... 59 

Seiler, M. ........................17 

Sejnoha, J. . ..................... 75 

Sejnoha, M. . ......... 13, 29, 48, 75 

Selzer, M. ....................... 37 

Semblat, J.F. . ................... 63 

Senechal, A. . .................... 18 

Senthilkumar, V. .................50 

Seong, T.R. . .................... 26 

Serafin, M. ...................... 23 

Sercombe, J. .....................44 

Serrano, S. ...................... 13 

Seth, B. ......................... 76 

Setoudeh, M.A. .................. 83 

Sgambitterra, G. ................. 66 

Sgobba, S. .......................72 

Shabir, Z. . ...................... 54 

Shadid, J.N. . .................... 59 

Shahwan, K. .....................74 

Shao, J.F. ....................... 83 

Shao, J.L. ....................... 26 

Shapiro, H. . ..................... 13 

Shardakov, I. .................... 19 

Sharipova, L. .................... 55 

Shashkov, M. .................... 84 

Sha, W. . ........................ 82 

Shehadeh, M. . ...................77 

Sheng, D. ....................... 48 

Shen, L. .........................55 

Shephard, M. .................... 38 

Shimoda, M. . ....................25 

Shirota, K. ...................... 39 

Shi Wei, G. . ..................... 78 

Showkati, H. .....................10 

Shrivastava, S. ...................81 

Shuaib, A.R. .....................27 

Shutov, A. . ......................59 

Si-chaïb, M.O. . ..................30 

Siad, L. ..........................54 

Siavelis, M. . ..................... 79 

Sickert, J.U. . .................... 39 

Siebert, R. . ......................57 

Sieniawska, R. ................... 39 

Sigmund, O. ..............21, 42, 69 

Sigrist, J.F. . .....................77 

Sikora, S. ........................34 

Silhavy, M. ...................... 36 

Silva, C.E. .......................45 

Silva, L. ..................... 49, 52 

Silva Neto, A.J.D. ................12 

Simatos, A. ......................71 

Simiu, E. .................... 20, 28 

Simkins, D. . .....................28 

Simões, F. .......................58 

Simone, A. . .............. 31, 51, 54 

Simon, J.W. ..................... 54 

Simon, M. . ...................... 36 

Simon, P. ........................72 

Sinchuk, Y. . .....................33 

Singh, R. ........................ 23 

Sinwel, A. ....................... 18 

Sirch, D. ........................ 12 

Sjöström, A. . ....................60 

Skarzynski, L. ....................35 

Skatulla, S. ...................... 66 

Skerget, L. .......................71 

Skytt, V. . ....................... 64 

Sloan, S. ........................ 56 

Slonski, M. ...................... 64 

Sluys, B. . ................ 36, 40, 51 

Smeulders, D. . ...................21 

Smilauer, V. . .................... 74 

Smirnov, A. ......................60 

Smirnov, G. ......................40 

Smith, N. . .......................81 

Smolka, J. .......................72 

Sniady, P. ....................... 39 

Snozzi, L. ....................... 13 

Sobiecki, A. . .....................32 

Sobol, B. ........................ 64 

Söderlind, G. .................... 53 

Soeiro, F.J.D.C.P. . ...............12 

Sogbesan, E. . ....................26 

Sohrabpour, S. ...................18 

Soize, C. ............. 15, 27, 47, 67 

Solar, M. . ....................... 33 

Solinc, U. . .......................55 

Song, J. ..................... 33, 39 

Song, J.H. .......................42 

Sorger, C. . ...................... 20 

Soric, J. . ........................ 43 

Soto, A. ......................... 69 

Soto, O. .........................33 

Soulier, B. .......................53 

Sourmaidou, D. .................. 62 

Souza De Cursi, E. ...............72 

Spada, A. ........................78 

Spatschek, R. ....................82 

Specovius-neugebauer, M. ........ 74 

Spijker, P. ....................... 42 

Spiliopoulos, K. .................. 46 

Spina, D. ........................ 70 

Sprenger, H. ..................... 40 

Spühler, J. . ......................28 

Staat, M. ................ 32, 50, 54 

Stainier, L. ...................23, 70 

Stanciulescu, I. ...................48 

Starke, G. ....................67, 71 

Staroselsky, A. . .................. 53 

Stasiuk, G. ...................... 21 

Stathi, C. ........................72 

Staudacher, J. . .................. 32 

Stavropoulou, E. . ................65 

Steeb, H. ............. 14, 15, 17, 18 

Stefanou, G. ................. 11, 19 

Stegic, M. ....................... 52 

Steigemann, M. ..................74 

Steinbach, I. ..................... 82 

Steinbach, O. ....................71 

Steinbuch, R. .................... 52 

Stein, E. ..................... 44, 80 

Steiner, J. . ...................... 54 

Steinhorst, P. .................... 74 

Steinmann, P. .10, 13, 23, 42, 50, 62, 

70, 83 

Stengel, T. . ..................... 74 

Sterling, R. . ..................... 58 

Sternfels, R. . .................... 31 

Stewart, J. .......................58 

Stiemer, M. ......................82 

Stigliano, G. . .................... 19 

Stijn, D. .........................19 

Stingl, M. ................ 17, 29, 83 

Stoll, A. ......................... 27 

Stoll, M. . ........................69 

Stolpe, M. ................17, 21, 29 

Stolz, C. ................. 38, 46, 55 

Stoykov, S. ...................... 56 

Strangfeld, M. . .................. 69 

Straub, A. . ...................... 73 

Strauss, A. . ..................... 63 

Streitenberger, P. ................ 27 

Stroe, M. . .......................50 

Stroeven, M. .....................36 

Strömberg, N. ................... 29 

Strub, C. ........................ 40 

Stuebner, M. .................... 21 

Stupkiewicz, S. .................. 33 

Süß, D. . .........................12 

Su, C.Y. .........................35 

Sudret, B. ................49, 59, 62 

Sugimoto, A. .................... 25 

Sugiono, S. ......................16 

Sugiyama, K. .................... 49 

Sukumar, N. . ................ 32, 70 

Sulewska, M. . ................... 64 

Sumelka, W. .....................42 

Summers, J. . .................... 74 

Sung, L.Y. .......................12 

Sun, K.H. ....................... 65 

Sun, L. .......................... 37 

Suquet, P. ....................... 70 

Suresh, S. . ...................... 30 

Surovec, J. ...................... 64 

Sutherland, J. ....................80 

Suwannachit, A. ................. 38 

Suwas, S. ........................73 

Svaton, T. .......................10 

Svendsen, B. . ............ 33, 50, 82 

Svensson, S. ..................... 10 

Sverdlin, A. ......................72 

Svirina, J. ....................... 38 

Svistkov, A. . .....................24 

Swaddiwudhipong, S. . ............46 

Swider, P. ....................... 62 

Swoboda, G. .....................68 

Sykora, J. ....................67, 75 

Sy, S. ........................... 61 

Szabo, B. ........................16 

Szczepanik, M. .................. 45 

Szczotka, M. .....................30 

Szopa, R. . .......................31 

Szurgott, P. ..................... 60 

Szweda, J. .......................67 

TTabaste, O. ......................79 

Tabourot, L. . ....................10 

Tahimi, A. . ......................22 

Tailhan, J.L. . ....................10 

Tajs-zielinska, K. .................21 

Takano, N. . ..................... 48 

Takeuchi, S.T. ............... 49, 57 

Taleb, L. . ....................... 22 

Tallaron, C. ......................82 

Talledo, D.A. .................... 82 

Talmant, M. . ................ 27, 35 

Tamayo-mas, E. ..................47 

Tamellini, L. . .................... 47 

Author index

Author index 

Tamura, Y. ......................20 

Tannert, T. ......................30 

Tan, V.B. ........................66 

Tarancón Caro, J.E. ..............11 

Tarlochan, F. .................23, 45 

Tarnai, T. . ...................... 14 

Tatsuya, M. ..................... 48 

Tatzko, S. ....................... 65 

Taupîn, V. . .................. 53, 74 

Taupin, V. .......................65 

Tavakoli-gheynani, I. ............. 22 

Tavares, J. .......................32 

Taxer, T. ........................ 82 

Taylor, D. ....................... 58 

Tecle, A. ........................ 28 

Teixeira De Freitas, J.A. ..........71 

Teixeira, M. ..................... 22 

Tejchman, J. .....................35 

Tekaya, I. ........................32 

Temizer, I. .......................78 

Tempone, R. .....................47 

Terada, K. . ......................44 

Teresi, L. ........................10 

Terze, Z. . ....................... 84 

Tesser, L. ........................82 

Tezaur, R. . ...................... 47 

Theumert, M. . ...................69 

Thibaut, S. . ................. 13, 65 

Thiel, J. .........................80 

Thijsse, B.J. ..................... 39 

Thilo, F. .........................39 

Thi Tuyet Nhung, L. ............. 78 

Thomas, O. . ............. 18, 43, 65 

Thomaz, C.E. ....................32 

Thouverez, F. . ............... 16, 69 

Thovert, J.F. .................25, 48 

Tiago, C. ........................83 

Tian, B. ......................... 83 

Tibor, G. . ....................... 76 

Tie, B. . ..................44, 72, 83 

Tijskens, E. ......................54 

Tillmanns, A. . ................... 14 

Timbrell, C. . .................... 48 

Timmermans, P. ................. 83 

Tisbo, P. ........................ 58 

Tison, T. . ....................... 70 

Tiso, P. . ........................ 11 

Tjahjanto, D. ....................66 

Toader, A.M. . ............... 11, 57 

Todd, G. . ....................21, 29 

Toivanen, J. ..................25, 47 

Tome, C. ........................ 81 

Tondreau, G. .................... 34 

Tordeux, S. ......................82 

Torii, A.J. . ...................... 61 

Torkhani, M. .....................16 

Toropov, V. . .....................57 

Torres, F. . .......................75 

Torskaya, E. ..................... 54 

Toso-pentecôte, N. ...............81 

Toth, L. ......................... 73 

Toti, J. . .........................66 

Toulemonde, C. . .................46 

Toussaint, F. .................... 15 

Toussaint, P. .....................22 

Touzeau, J. ......................46 

Trachenko, A. . ...................17 

Tracqui, P. . ..................36, 43 

Tralli, A. . ....................40, 75 

Tran, D.M. ...................... 19 

Tranquart, B. ....................83 

Tran, T.N. ................... 50, 54 

Trapper, P. ...................... 23 

Trasatti, S. . ..................... 20 

Triantafyllidis, N. .............38, 62 

Triboulot, P. .....................22 

Trinh, D.K. ...................... 62 

Tripathy, S. . .....................36 

Troufflard, J. .................... 84 

Trovalusci, P. . ...................42 

Troyani, N. ...................... 83 

Tryoen, J. ....................... 51 

Tsai, C.A. ....................... 71 

Tsai, T.Y. ....................... 35 

Tsogka, C. .......................40 

Tsompanakis, Y. . ................ 72 

Tsukanov, I. ..................43, 78 

Tsukrov, I. . .................. 21, 29 

Tucker, W. ...................... 16 

Tuhkuri, J. ...................... 34 

Tuovinen, H. .....................56 

Tuovinen, T. . ....................81 

Turek, S. . ................... 73, 81 

Ture Savakoohi, A. . ..............77 

Turkalj, G. .......................14 

Turk, G. .........................26 

Turkmen, H. .....................68 

UUbertini, F. .................. 30, 52 

Uchic, M. ........................69 

Uhlar, S. ........................ 57 

Uhl, T. .......................... 31 

Ulbin, M. ........................53 

Ulbricht, V. .............. 17, 55, 78 

Ulrich, O. ........................49 

Umezawa, Y. .................... 11 

Unger, J.F. ...................... 67 

Ureña, F. ........................24 

Urquiza-beltrán, G. ...............19 

Urquiza, J.M. ....................16 

Urthaler, P. .................. 67, 71 

Uscilowska, A. ................... 43 

Useche, J. ................... 33, 53 

Ushida, T. .......................44 

Uva, G. . .........................67 

VVacher, P. ....................... 15 

Valdebenito, M. .............. 31, 35 

Valdivieso, F. .................... 56 

Valenta, R. . ..................13, 48 

Valente, C. . ..................... 70 

Valente, R.A.F. .................. 75 

Valizadeh, I. ..................... 46 

Vallaghé, S. ......................44 

Valoroso, N. . .................... 75 

Valot, E. ........................ 52 

Valverde, J.S. . ...................63 

Van Bael, A. .....................74 

Van Beers, P. ....................46 

Van Brummelen, H. . ......... 45, 72 

Van Brutzel, L. . ................. 44 

Van De Graaf, A.V. .............. 70 

Vandembroucq, D. ............... 54 

Van Den Boogaard, T. . .......... 79 

Van Den Oord, G. . ...............70 

Vandepitte, D. ............... 47, 70 

Van Der Auweraer, H. . ...........59 

Van Der Giessen, E. . ......... 49, 54 

Van Der Meer, F. ................ 40 

Van Der Sluis, O. ................ 83 

Van Der Zwaag, S. ...............42 

Van Dommelen, H. 25, 34, 46, 54, 78 

Van Erp, T. ..................... 25 

Van Gijzen, M. . ..............57, 62 

Van Goethem, N. ................ 30 

Van Houtte, P. ...................74 

Vanis, S. . ....................... 43 

Vankan, J. .......................67 

Van Keulen, F. . ..................45 

Van Liedekerke, P. ............38, 54 

Van Miegroet, L. .............13, 65 

Vannucci, P. . ....................48 

Van Oers, R. .....................50 

Van Opstal, T. ...................45 

Van Phan, T. ....................37 

Van Rietbergen, B. . ..............50 

Vattré, A. ....................... 53 

Vaughan, T. ..................... 29 

Vayssade, C. ................. 53, 76 

Vaziri, A. ........................45 

Vázquez, M. .....................10 

Vazquez, R. ..................... 43 

Vedani, M. . ..................... 20 

Vegueria, E. ..................... 53 

Velde, J. . ........................75 

Veludo, J. ....................... 31 

Vennat, E. .......................74 

Venneri, A. ...................... 43 

Venturini, G. . ....................31 

Venturini, W.S. .................. 34 

Vercher Martínez, A. .............11 

Vergara, C. ...................... 69 

Vergara, G. ...................... 10 

Vergnault, E. .................... 53 

Verhaeghe, W. . ..................70 

Verhoosel, C. . ........ 31, 45, 55, 72 

Verin, O. ........................ 68 

Verma, A. . ...................... 82 

Verpeaux, P. ................. 40, 76 

Vershinin, A. .....................17 

Vescovini, R. .....................75 

Vesenjak, M. . ....................50 

Vesterlund, P. ....................28 

Vetel, J. . ........................16 

Vial, G. . .........................82 

Vianna, F. .......................27 

Vidal, P. . .................... 38, 52 

Vidal Pantaleoni, A. ..............35 

Vidoli, S. ........................ 48 

Vidrascu, M. .....................58 

Vierendeels, J. . .................. 65 

Viet-hung, N. ....................38 

Vigdergauz, S. ...................13 

Vignon-clementel, I. ..............81 

Vilela De Abreu, R. .............. 84 

96 

Villar, P. .........................10 

Villon, P. .................... 19, 27 

Vilotte, J.P. ..................... 41 

Vincenti, A. ......................48 

Vincent, L. . ..................57, 81 

Vinci, C. . ........................20 

Vion, A. . ........................ 35 

Viot, P. ..........................84 

Virgin, L. . .......................65 

Virlez, G. ........................ 33 

Visrolia, A. . ..................... 17 

Vivar-perez, J.M. ................ 76 

Viveiros, E. ...................... 41 

Vizika, O. . ...................... 48 

Vladimirov, I. . ............... 27, 79 

Voelzke, H. ......................27 

Vogel, F. . ....................... 10 

Vöge, W. . .......................26 

Vogt, D. .........................27 

Voigt, A. ........................ 14 

Volk, W. ........................ 24 

Volokh, K. . ......................23 

Vondrak, V. ..................29, 50 

Vondrejc, J. ..................... 82 

Vondrous, A. .................... 37 

Von Ende, S. .................... 84 

Von Estorff, O. ...............28, 66 

Von Scheven, M. .................41 

Vorel, J. .........................29 

Vorobiev, O. ..................... 58 

Vrankovic, N. .................... 52 

Vrdoljak, M. . .................... 84 

Vucina, D. .......................27 

Vucinic, D. . ..................... 84 

Vu, D.K. ........................ 54 

Vuik, C. ..................... 57, 62 

Vu, M.B. ........................ 70 

WWaas, A. . ....................... 74 

Wachutka, G. ....................50 

Waeytens, J. .....................44 

Waffenschmidt, T. ............... 24 

Wagner, W. ..................63, 79 

Waitz, T. . .......................74 

Wallmersperger, T. . ..............34 

Wall, W.A. .... 18, 30, 45, 50, 73, 79 

Walter, J. ....................... 34 

Wangenheim, M. .................65 

Wang, H. . .......................71 

Wang, J. ........................ 46 

Wang, L. . ....................... 20 

Wang, S. .................... 20, 57 

Wang, Y. . .......................69 

Wang, Y.S. . ..................... 70 

Wanner, A. . ................. 21, 33 

Wardetzky, M. . .................. 68 

Warner, D. ...................... 35 

Waszczyszyn, Z. ................. 64 

Watanabe, H. . ...................44 

Wdowinski, S. ................... 43 

Weaver, P. .......................48 

Weber, M.O. . ................... 14 

Weber, R. ....................... 39 

Weißenfels, C. ................... 41 

Weichert, C. ..................... 32 

Weichert, D. . ....................54 

Weiglein, M. .....................63 

Weinberg, K. .................... 54 

Wein, F. . .................... 17, 69 

Weininger, F. .................... 56 

Weinkamer, R. ...................50 

Weiss, C. ........................ 12 

Weiss, J. ........................ 31 

Wekezer, J. ......................60 

Wellmann, C. .................... 50 

Wells, G. ........................ 78 

Wendler, F. ......................45 

Wenzel, H. ...................... 79 

Werner, E. ................... 75, 82 

Wesley, S. . ...................... 21 

Wesolowski, M. .................. 23 

Westermann, R. . .................82 

Widlund, O. ..................... 47 

Wilkinson, A.J. . ................. 27 

Willam, K. .......................58 

Willberg, C. ..................... 80 

Williston, K. ..................... 77 

Willner, K. ...................12, 41 

Willot, F. . ............... 40, 46, 48 

Wilson, D.K. .....................63 

Winkler, O. ......................76 

Winkler, R. ...................... 75 

Winther, G. ......................65 

Wirjadi, O. ...................... 36 

Wirsen, A. .......................84 

Wismans, J. . .................... 34 

Witkowska, B. ................... 51 

Wittel, F. .................... 14, 30 

Wittum, G. . ................. 29, 80 

Wohlmuth, B. ................... 53 

Wolffhardt, R. ................... 18 

Woodward, C. ................... 69 

Workman, S. .................... 13 

Wriggers, P. .. 37, 41, 50, 51, 55, 66, 

67, 78, 80 

Wu, C.T. ........................38 

Wüchner, R. ..........14, 41, 60, 65 

Wu, F. .......................... 60 

Wu, J. . ......................... 36 

Wünsche, M. . ................... 70 

Wu, W. ......................... 20 

Wu, W.F. . ...................... 35 

Wu, Y.C. . ....................... 68 

Wyart, E. .................... 11, 48 

Wysocki, M. . ....................25 

XXia, B. .......................... 68 

Xiangting, S. . ................... 15 

Xiao, M. .........................23 

Xing, S. ......................... 46 

Xin, J. . .................. 18, 22, 26 

Xu, B. . ..........................10 

Xu, X. . ...................... 11, 55 

YYakoubi, D. .................. 26, 81 

Yalcinkaya, T. ................... 42 

Yamaguchi, J. ................... 59 

Yamaguchi, T. ............... 34, 38 

Yamakawa, M. . ..................45 

Yang, Z. . ................ 15, 20, 82 

Yankelevsky, D. .................. 29 

Yastrebov, V. . ...................29 

Yeo, D. . ..................... 20, 28 

Ying-qiao, G. .................35, 82 

Yoon, G.H. ...................65, 73 

Yoon, T.Y. ...................... 26 

York, C. ......................... 81 

Yoshikawa, H. ....................55 

Youn, B. .........................76 

Young, P. . .......................22 

Youssef, S. ...................48, 60 

Yuan, H. ........................ 35 

Yu, H. ...........................39 

Yu, H.S. ..................... 46, 58 

Yuki, Y. . ........................ 14 

Yun, G. ..........................62 

Yurlova, N. ...................... 14 

Yvonnet, J. . ..............62, 70, 83 

ZZaccardi, C. ..................... 64 

Zafiropoulos, D. ................. 52 

Zagari, G. ....................... 30 

Zaglmayr, S. .....................43 

Zahlen, P. . ...................26, 79 

Zahrouni, H. ................. 31, 62 

Zak, A. . .........................10 

Zamani, A. ...................... 32 

Zani, N. . ........................ 36 

Zapata, J. ....................... 39 

Zarroug, M. ..................... 63 

Zaspel, P. . ...................... 36 

Zastrau, B. . ..................... 59 

Zastrow, L.R. ....................78 

Zavarise, G. ..................45, 49 

Zdunek, A. ...................... 39 

Zechner, J. ...................... 59 

Zehetner, C. ..................... 52 

Zeiml, M. ....................54, 74 

Zein, S. . ........................ 67 

Zeman, J. ..... 13, 29, 39, 48, 79, 82 

Zencker, U. ......................27 

Zerguine, W. .................... 60 

Zeroudi, N. . ..................... 83 

Zhang, C. . ...................70, 84 

Zhang, E. . ...................... 74 

Zhang, F. . .......................63 

Zhang, H. . ...................21, 64 

Zhang, J. ........................27 

Zhang, L. . ................... 26, 81 

Zhang, P. ........................61 

Zhang, R. ....................... 60 

Zhang, Y.W. .....................57 

Zhao, H. ........................ 50 

Zhao, X. .........................46 

Zhou, E. .........................17 

Zhuk, Y. ........................ 42 

Zhu, Q.Z. ....................... 83 

Zibouche, K. .....................64 

Zidi, M. ......................... 40 

Ziegler, T. . ......................33 

Ziemianski, L. . ...................64 

Zilian, A. .................12, 40, 44

Zimmerer, M. . ...................17 

Zingales, M. ..................... 30 

Zingerman, K. ............... 17, 33 

Zivkovic, M. ..................... 78 

Zoghaib, L. ......................66 

Zohoor, H. ...................28, 46 

Zöllner, D. . ......................27 

Zopf, C. ......................... 38 

Zorin, D. . ....................... 55 

Zuardy, I. . ................... 26, 79 

97 

Zubov, V. . ...................... 23 

Zuccarello, F. . ...................36 

Zucca, S. . .......................16 

Zukowski, S. .....................39 

Zunino, P. . ......................18 

Zysset, P. . .......................55 

Plans

SUNDAY MAY 16 

Events 

Registration 15:00-18:30 Palais des Congrès, Hall Maillot 

Welcome reception 18:30 Palais des Congrès, Hall Maillot 

MONDAY MAY 17 

Opening ceremony 08:15-09:00 Palais des Congrès, Amphithéâtre Bleu 

THURSDAY MAY 20 

HÔTEL DE VILE DE PARIS 

(CITY HALL) 

Congress banquet 19:30 Hôtel de Ville de Paris (City Hall) 

and 

Flyboat 

3 rue de lobau, 4e arrondissement 

75004 Paris 

Access by Metro 

Porte Maillot station: Line 1 

Hôtel de Ville station: stop 

20 min from Palais des Congrès 

FLYBOAT 

LES BATEAUX PARISIENS 

Port de la Bourdonnais 

75007 Paris 

Access by Bus 

Front of Palais des Congrès: Line 82 

Iena station: stop 


Access by RER 

Neuilly-Porte Maillot station: Line C 

Pont de l’Alma station: stop 


Congress banquet

Banquet 

Plenary lecture 

19:30 

Welcome cocktail 

Semi-plenary lectures 

Events 

18:40 

18:30 

83, 10, 55, 100, 101, 11, 58, 13, 53, 77, 

62, 67, 153, 27, 82, 51, 14, 1, 69, 35, 

37, 18, 84, 94, 92 

18:20 


83, 10, 55, 134, 101, 11, 70, 13, 126, 56, 

95, 30, 59, 34, 52, 20, 14, 8, 73, 63, 

102, 39, 109, 72, 94 

83, 10, 146, 5, 60, 89, 70, 65, 110, 135, 

127, 90, 59, 43, 66, 130, 14, 15, 149, 132, 

24, 124, 3, 76, 121 

108, 10, 61, 75, 123, 118, 70, 45, 136, 38, 

19, 71, 59, 25, 40, 130, 31, 15, 150, 23, 

7, 103, 145 

17:10 

17:20 

Break 




Registration 


83, 10, 55, 100, 101, 11, 58, 114, 53, 

77, 62, 67, 153, 27, 82, 51, 14, 1, 69, 

35, 37, 18, 84, 94, 92 

16:40 

17:00 

Co�ee break 

Co�ee break 

Co�ee break 

16:10 

Co�ee break 

83, 10, 55, 41, 101, 11, 58, 13, 126, 56, 

95, 29, 153, 34, 82, 20, 14, 8, 69, 35, 

63, 18, 39, 109, 72 

83, 10, 146, 5, 60, 89, 70, 65, 110, 135, 

127, 90, 59, 43, 66, 20, 14, 15, 149, 132, 

24, 124, 3, 76, 85 

83, 10, 61, 5, 28, 118, 70, 45, 136, 38, 

19, 71, 59, 25, 40, 130, 14, 15, 150, 23, 

7, 103, 145, 107, 146 

15:45 




15:00 

83, 10, 55, 100, 101, 11, 58, 114, 53, 88, 

62, 67, 154, 112, 82, 51, 57, 1, 36, 99, 

37, 33, 84, 94, 92 

15:00 

15:10 

Co�ee break 


A. Araujo, F. Auricchio, U. Perego, 

J. Schröder, O. Sigmund, K. Terada 

14:30 

F. Chinesta, D. Clouteau, 

J. Fish, I. Harari, M. Papadrakakis 

Co�ee break 

A. Corigliano, P. Le Tallec, P. Pimenta, 

K. Runesson, C. Sansour, S. Stupkiewicz 

Co�ee break 

14:15 

W. Curtin, A.-M. Habraken, G. Hofstetter, 

T. Hughes, T. Laursen, P. Steinmann 

A. Combescure, T. Burczynski, 

R. de Borst, R. Ghanem, M. Doblare, W. Wall 

K. U. Bletzinger, J. Korelc, E. Onate, 

D. Peric, F. G. Rammerstorfer, R. O. Ritchie, 

14:00 

Lunch 

Lunch 

Lunch 

Lunch 

13:15 

12:50 

12:40 

C. Farhat 

83, 10, 104, 100, 101, 17, 58, 114, 53, 88, 

62, 67, 154, 112, 82, 51, 57, 1, 36, 99, 

37, 33, 84, 119, 98 

83, 10, 55, 41, 101, 11, 58, 13, 126, 56, 

95, 29, 153, 133, 82, 20, 14, 8, 69, 35, 

63, 18, 12, 9, 140 

83, 10, 55, 5, 60, 11, 70, 65, 110, 135, 

127, 90, 59, 43, 52, 20, 14, 8, 149, 73, 

24, 102, 3, 42, 147 

83, 10, 146, 5, 28, 118, 70, 45, 136, 38, 

19, 71, 59, 25, 40, 130, 14, 15, 150, 23, 

7, 103, 145, 76, 80 

12:20 

12:30 





11:30 

11:50 

Co�ee break 

F. Feyel, H. Matthies, 

X. Oliver, E. Sacco, R. Sevilla 

Co�ee break 

11:00 

11:20 

11:20 

Co�ee break 

Co�ee break 

Co�ee break 

Co�ee break 

10:55 

108, 10, 61, 75, 123, 128, 116, 74, 

136, 97, 2, 71, 59, 120, 54, 31, 

117, 113, 6, 138 


83, 10, 104, 100, 101, 17, 58, 114, 53, 

88, 144, 67, 154, 112, 82, 51, 57, 1, 36, 

99, 49, 33, 84, 119, 98 

83, 10, 55, 41, 101, 11, 58, 13, 53, 56, 

62, 29, 153, 27, 82, 20, 14, 1, 69, 35, 

37, 18, 12, 9, 140 

83, 10, 55, 5, 60, 11, 70, 65, 110, 135, 

127, 90, 59, 43, 52, 20, 14, 8, 149, 73, 

24, 102, 39, 42, 87 

83, 10, 146, 5, 28 , 118, 70, 45, 131, 135, 

19, 71, 59, 25, 40, 130, 14, 15, 149, 23, 

24, 103, 145, 76, 80 


09:50 

10:00 

Break 

10:00 

10:10 

Co�ee break 




B. Charlès 

09:15 

09:25 

Co�ee break 

Co�ee break 

Co�ee break 

108, 10, 61, 75, 123, 128, 116, 74, 

136, 97, 2, 71, 59, 25, 120, 54, 31, 

117, 113, 6, 138 

09:05 

Opening session 

Including presentation of awards: 

Euler medal, Prandtl medal, 

O.C. Zienkiewicz award, best PhD award 

S. Reese M. Geers 

P. Ladevèze 


08:30 

08:30 

08:15 

Registration 

07:30 

SUNDAY 

May 16 

MONDAY 

May 17 

TUESDAY 

May 18 

WEDNESDAY 

May 19 

THURSDAY 

May 20 

FRIDAY 

May 21

Programme (PDF) - ECCM 2010

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