Add to ORKGABSTRACT. A 2D computational model of ductile fracture, in which arbitrary crack extension through the mesh is accommodated without mesh bias, is used to study ductile fracture near the weld line in welded aluminum plates. Comparisons of the calculated toughness behavior and crack trajectory are made with results found in the literature
This paper summarizes our recent studies on modeling ductile fracture in structural materials using ...
International audienceThe simulation of crack propagation in ductile materials using the finite elem...
Mode I crack initiation and growth under plane strain conditions in tough metals is computed using a...
In this work, the simulation of monotonic fracture in ductile metals was studied and a method of pre...
AbstractFracture mode of ductile solids can vary depending on the history of stress state the materi...
A local ductile fracture model was developed and implemented into the finite element code DYNA3D. Th...
International audiencePredictive numerical simulation of ductile failure is a necessary step in the ...
The objective of the present work was to establish a criterion to characterize the fracture behavior...
Fracture or tearing of ductile metals is a pervasive engineering concern, yet accurate prediction of...
A crack initiation and propagation algorithm driven by non-local ductile damage is proposed in a thr...
International audienceThe present work is devoted to the numerical simulation of crack propagation i...
Experimental data and numerical simulations of smooth and notched tensile tests on four different al...
Effect of surface flaw on ductile fracture behavior of non-aligned multiple flaws in plate is studie...
This thesis examines the crack-front response during sustained ductile tearing in structural metals ...
In this work, we analyze some aspects of the macroscopic Gurson-Tvergaard-Needleman (GTN) constituti...
This paper summarizes our recent studies on modeling ductile fracture in structural materials using ...
International audienceThe simulation of crack propagation in ductile materials using the finite elem...
Mode I crack initiation and growth under plane strain conditions in tough metals is computed using a...
In this work, the simulation of monotonic fracture in ductile metals was studied and a method of pre...
AbstractFracture mode of ductile solids can vary depending on the history of stress state the materi...
A local ductile fracture model was developed and implemented into the finite element code DYNA3D. Th...
International audiencePredictive numerical simulation of ductile failure is a necessary step in the ...
The objective of the present work was to establish a criterion to characterize the fracture behavior...
Fracture or tearing of ductile metals is a pervasive engineering concern, yet accurate prediction of...
A crack initiation and propagation algorithm driven by non-local ductile damage is proposed in a thr...
International audienceThe present work is devoted to the numerical simulation of crack propagation i...
Experimental data and numerical simulations of smooth and notched tensile tests on four different al...
Effect of surface flaw on ductile fracture behavior of non-aligned multiple flaws in plate is studie...
This thesis examines the crack-front response during sustained ductile tearing in structural metals ...
In this work, we analyze some aspects of the macroscopic Gurson-Tvergaard-Needleman (GTN) constituti...
This paper summarizes our recent studies on modeling ductile fracture in structural materials using ...
International audienceThe simulation of crack propagation in ductile materials using the finite elem...
Mode I crack initiation and growth under plane strain conditions in tough metals is computed using a...