Preliminary program (accepted abstracts):

Crack initiation in pure mode I, II and III loading
Gergely Molnár, Aurélien Doitrand, Rafael Estevez, Anthony Gravouil, Véronique Lazarus

Experimental determination of generalized stress intensity factors from full-field measurements
Rafael Estevez, Aurélien Doitrand and Dominique Leguillon

Failure criteria for metals undergoing small-scale yielding at V-notch tips
Zohar Yosibash

Crack initiation in a circular hole Brazilian disk considering kinetic energy and nonlinear elastic material behavior
Xi Chen, Aurélien Doitrand, Nathalie Godin, Claudio Fusco

Review of Recent Advances in 3D Fracture Mechanics
Andrei Kotousov

Application of the Theory of Critical Distances in the Presence of Multiple Stress Concentrations
Bobby Gillham_, Andrei Yankin, Fionnan McNamara, Charles Tomonto , David Taylor and Rocco Lupoi

Fiber-matrix debonding and kink assessing using cohesive zone model and phase field fracture
Hugo Girard, Benjamin Bert, Aurélien Doitrand, Behrad Koohbor

Ceramic fracture at the micro-scale. Comparison between Finite Fracture Mechanics and Phase Field modelling.
Sara Jiménez-Alfaro, Dominique Leguillon, Corrado Maurini, José Reinoso Cuevas

Multiscale study of UO2 fracture properties
Hela Mensi, Jean-Marie Gatt ; Julien Tranchida, Aurélien Doitrand, Isabelle Zacharie-Aubrun, Bruno Michel.

Analysis of Driving Forces in Fatigue Crack Propagation: From Linear Elastic Fracture Mechanics to Large-Scale Yielding
Vincent Maurel, Mélanie Prost, Vincent Chiaruttini

Effects of fracture and elastic anistropy on crack initiation in brick-and-mortar microstructure
Thomas Duminy, Sylvain Meille, Aurélien Doitrand

Tailoring fiber-deposition in 3D printed composites by a finite fracture mechanics analysis
Israel G. García_, Simone Sangaletti, Anatoli Mitrou, Vladislav Mantič

Applying uncertainty propagation for preliminary design of open hole in composites using the coupled stress-energy criterion
K.Nagaz, R.Hamze ,TV Birro , B.Gely

Numerical implementation of the Principle of Minimum Total Energy subjected to a Stress Condition to predict the crack onset and growth in homogeneous and heterogeneous materials.
AS. Karthik, Vladislav Mantič, Marco Paggi

Analysis of multiple debonds in the Inter-Laminar Tensile Strength test by means of the PMTE-SC
J. L. Guzmán, M. Muñoz-Reja, L. Távara, V. Mantič

Study of geometrical nonlinearity in composite single-lap joints by means of the Principle of Minimum Total Energy subjected to a Stress Condition
J. L. Guzmán, Mar Muñoz-Reja, Luis Távara, Vladislav Mantič

Prediction of crack onset and propagation in Double Lap Joint test by means of the Principle of Minimum Total Energy subjected to a Stress Condition
Mar. Muñoz-Reja_, A. Laguna, Luis Távara, Vladislav. Mantič

Implementation of the Coupled Criterion in its asymptotic form to predict the growth of the crack along an adhesively bonded interface
María A. Herrera-Garrido, Dominique Leguillon

Debonding prediction of a patch on a substrate under thermomechanical loading
Debora Linn, Wilfried Becker.

Competition between mechanical loading and thermal residual stresses at a singular point when implementing the Coupled Criterion
Dominique Leguillon_, Sara Jiménez Alfaro

Thermal shock-induced cracking modelled using the coupled criterion
Roman Papšík, Oldřich Ševeček, Josef Schlacher, Raúl Bermejo

Largely cracked structures: ligament size effect
Alberto Sapora, Francesco Ferrian, Pietro Cornetti, Hossein Talebi, Majid R. Ayatollahi

Size effect on flexural and torsional strength in concrete-like materials by Finite Fracture Mechanics
Mattia Baldassari, Alessia Monaco, Alberto Sapora, Pietro Cornetti

Tensile parallel edge cracks: Crack shielding and size effect
Francesco Ferrian, Alberto Sapora, Pietro Cornetti, Hossein Talebi, Majid R. Ayatollahi

Experimental characterization of sapphire fracture size effect
Aurélien Doitrand, Ronan Henry, Sylvain Meille

Bending test to study failure at the interfaces of adhesive assemblies
P. Bidaud, N. Carrere, E. Lolive, T. Bonnemains

Efficiently predicting 3D crack growth using Configurational Forces
Martin Pletz, Siegfried M. Frankl, Clara Schuecker