Progressive damage analysis of layered carbon fiber reinforced composites (Keynote Lecture)
Jaan-Willem Simon, Daniel Höwer, Stefanie Reese and Jacob Fish

XFEM-CZM combination for the numerical treatment of ductile fracture
Johannes Wolf, Konstantinos Nikolakopoulos, Patrice Longère, Jean-Philippe Crété and Jean-Marc Cadou

The Discontinuity-Enriched Finite Element Method (DE-FEM) for Simulating 3-D Fracture Problems
Jian Zhang, Fred van Keulen and Alejandro Aragón

An explicit enriched finite volume scheme for the simulation of discontinuities induced by spallation
Marie Gorecki, Guillaume Peillex, Laurianne Pillon and Nicolas Moes

Machining 2D FEM study of long fibre reinforced unidirectional laminates using a linear continuum damage technique
Fernando Cepero Mejias, Jose L. Curiel Sosa and Vaibhav A. Phadnis

Development of Rousselier model for creep damage problems with eXtended finite element method (XFEM) approach
Meor Iqram Meor Ahmad, Jose L. Curiel Sosa and Jem A. Rongong

Stress-based gradient-enhanced damage models with transient length scale (Keynote Lecture)
Bram Vandoren and Angelo Simone

Three-dimensional explicit finite element formulation with embedded weak discontinuities for continuous shear band propagation via a global tracking strategy
Tao Jin, Hashem M. Mourad and Curt A. Bronkhorst

Localizing gradient damage model for mixed mode fracture of concrete
Leong H. Poh, Amit S. Shedbale, Gang Sun, Job Wijnen and Sachin Kumar

A micromechanical study of void nucleation mechanisms in aluminum alloys
Victor M. Trejo Navas, Ante Buljac, François Hild, Thilo F. Morgeneyer, Marc Bernacki and Pierre-Olivier Bouchard

Multiscale analysis of the effect of microvoids in the fracture behavior of fiber-reinforced composites
Sergio R. Turteltaub and Gijs de Jong

Simulation of the failure of ductile materials under dynamic loading using continuum damage models with micro-inertia (Keynote Lecture)
Nicolas Jacques, Sébastien Mercier and Alain Molinari

Ductile damage modeling at microlevel in the frame of a two-scale approach
Jurica Soric, Tomislav Lesicar and Zdenko Tonkovic

A three-regime model for penetration over a wide velocity range
Jian F. Lou, Yan G. Zhang, Zheng Wang and Tao Hong

Phase-field modeling of brittle fracture with multi-level hp-FEM and the finite cell method
Sindhu Nagaraja, Mohamed Elhaddad, Marreddy Ambati, Stefan Kollmannsberger, Laura De Lorenzis and Ernst Rank

An analytical model for elasto-plastic porous materials for cyclic loadings with isotropic and kinematic hardening
Long Cheng, Djimedo Kondo, Andrei Constantinescu and Kostas Danas

An eigenerosion-plasticity approach to model constitutive behavior of concrete
Aurel Qinami and Michael Kaliske

Application of uncoupled damage models to predict ductile fracture in metallic sheet blanking
Cristian Canales, Romain Boman and Jean-Philippe Ponthot

Variational modeling of micro-cracking and failure in fiber-reinforced concretes
Giovanni Lancioni, Roberto Alessi and Elisa Baioni

A new approach towards the numerical modelling of ballistic impact on concrete targets
Luis Pereira, Jaap Weerheijm and Lambertus J. Sluys

Application of 1-D and 2-D Wavelet Transform to crack identification in static and dynamic loaded plates
Anna Knitter-Piątkowska and Michał Guminiak

Mixed finite elements for strain localization under monotonic, cyclic and dynamuc loadings
Gabriel B. Barbat, Miguel Cervera and Michele Chiumenti

Concrete fatigue model based on cumulative inelastic shear strains
Abedulgader Baktheer, Josef Hegger and Rostislav Chudoba

Modeling crack tip flipping in full scale plate tearing using the gurson model
Kim L. Nielsen and Christian L. Felter

Micromechanical model for chemical ageing in elastomers
Darcy Beurle, Markus André and Udo Nackenhorst

Implementation of multi-parameter loading with the simplified theory of plastic zones
Bastian Vollrath and Hartwig Hübel

Gradient damage models for large deformation
Blandine Crabbé, Jean-Jacques Marigo, Eric Chamberland and Joachim Guilié

Learning the physics of fracture propagation and failure
Gowri Srinivasan, Bryan Moore, Maruti Mudunuru, Daniel O‘Malley, Satish Karra, Hari Viswanathan, Viet Chau, Esteban Rougier and Abigail Hunter

Compressive deformation behaviour of ALSI10MG microlattice structures by selective laser melting
Ninian S. K. Ho, Peifeng Li and Gin B. Chai

Bending Fracture of Polymer Coated Metal Sheets
Suhwan Yun, Sungwook Jun, Jaebong Jung, Jiyong Jung and Ji Hoon Kim

Isogeometric configuratioanl force for brittle fracture
Yousef Ghaffari Motlagh, William M. Coombs and René de Borst

A new multiscale X-FEM approach applied to 3D plastic crack propagation
Gaël Gibert, Clémentine Jacquemoud, Benoit Prabel and Anthony Gravouil

Prediction of shear bands in tunnelling – comparison of two regularization approaches
Magdalena Schreter, Matthias Neuner and Günter Hofstetter

Refined multi-scale damage model for cement paste
Filip Kolařík, Vít Šmilauer and Bořek Patzák

Ductile failure under cyclic loadings: modeling and simulation
Léo Morin, Almahdi Remmal, Jean-Claude Michel and Jean-Baptiste Leblond

A multi-physics model for chemo-mechanical degradation of historical oil paintings (Keynote Lecture)
Emanuela Bosco, Gijs J.A.M. Eumelen and Akke S.J. Suiker

A cohesive XFEM model for fatigue crack growth in structures exposed to arbitrary load conditions
Richard Dekker, Frans P. van der Meer, Johan Maljaars and Lambertus J. Sluys

A discontinuous Galerkin hp-adaptive finite element method for accurate brittle crack modelling
Robert Bird, William M. Coombs and Stefano Giani

Gradient damage models applied to dynamic ductile fracture
Arthur Geromel Fischer and Jean-Jacques Marigo

Damage-based cohesive crack propagation of multiple cracks in the extended finite element method
Zoltan Csati, Thierry J. Massart and Nicolas Möes

A variational arc-length technique for the solution of elastoplastic problems
Jef Wambacq, Geert Lombaert and Stijn François

Experimental and numerical investigation of crack growth in polyethylene
Martin Kroon

The effect of hardening models in steady-state crack growth
Kristian J. Juul, Emilio Martínez-Pañeda, Kim L. Nielsen and Christian F. Niordson

Isogeometric simulation of brittle fracture in shells using a phase-field approach and LR-NURBS-based adaptive refinement
Davide Proserpio, Josef Kiendl, Marreddy Ambati, Laura De Lorenzis, Kjetil A. Johannessen and Trond Kvamsdal

Effect of interfacial transitional zones on concrete behaviour in DEM analyses
Michał Nitka and Jacek Tejchman

A gradient-extended damage and fracture model for long fiber reinforced plastics
Lukas Poggenpohl, Stephan Wulfinghoff and Stefanie Reese

Effect of constitutive laws using cohesive elements on cracks patterns in concrete at the meso-scale
Jerzy Bobiński and Jacek Tejchman

A continuous-discontinuous phase-field approach for crack propagation (Keynote Lecture)
Rudy J.M. Geelen, Yingjie Liu, John E. Dolbow and Antonio Rodriguez-Ferran

An anisotropic damage and fracture model based on a second order damage tensor
Marek Fassin, Robert Eggersmann, Stephan Wulfinghoff and Stefanie Reese

A viscous regularized damage growth model for ductile fracture
Ragnar Larsson, Senad Razanica and B. Lennart Josefson

Micromechanics based modelling of fibre reinforced cementitious composites
Iulia C. Mihai, Anthony D. Jefferson and Paul Lyons

Modelling damage and progressive collapse of frames using a Gaussian springs based applied element method
Mai Abdul-Latif and Y.T. Feng

An alternative approach to non-proportional loading in sequentially linear analysis (SLA) & its extension to 3-D stress situations
Manimaran Pari, Max A.N. Hendriks and Jan G. Rots