A one-dimensional implementation of a coupled elasto-plastic model based on the Gurson damage model is presented. This numerical implementation applies finite element schemes and simple programming. The theory of damage based on the Gurson model accompanied with computational algorithm simulates deformation of a bar under uniaxial loading considering a variety of isotropic hardening behaviors. Thus, a general form of algorithm in order to simulate damage evolution based on the Gurson approach is offere
Engineering structures inevitably contain microstructural defects such as voids and crack-like flaws...
The presentation deals with a continuum damage model which has been generalized to take into account...
The paper presents results of numerical fit of axisymmetricFE model utilizing the modified Gurson mo...
A one-dimensional numerical implementation of the Lemaitre damage model is presented. The implementa...
A model of elastoplasticity with hardening coupled with ductile damage which allows anisotropic chan...
Damage and fracture modeling deals with material softening and strain localization, which usu- ally...
The new contribution of this study is to formulate two wellknown isotropic elastoplastic damage conc...
This paper presents a new 1-D non-local damage-plasticity deformation model for ductile materials. I...
This work addresses the computational aspect of a model for ductile damage at finite strains. Elasto...
This paper deals with a class of rate-independent metal plasticity models which exhibit non-linear i...
International audienceThis work is devoted to the study of an efficient numerical algorithm for eval...
A new extension of the Gurson damage model has been proposed recently to predict ductile fracture un...
ABSTRACT: An energy-based isotropic elastoplastic model coupled to damage is implemented in the fini...
An energy-based isotropic elastoplastic model coupled to damage is implemented in the finite element...
peer reviewedIn this paper, an elastoplastic energy-based anisotropic damage model for ductile fract...
Engineering structures inevitably contain microstructural defects such as voids and crack-like flaws...
The presentation deals with a continuum damage model which has been generalized to take into account...
The paper presents results of numerical fit of axisymmetricFE model utilizing the modified Gurson mo...
A one-dimensional numerical implementation of the Lemaitre damage model is presented. The implementa...
A model of elastoplasticity with hardening coupled with ductile damage which allows anisotropic chan...
Damage and fracture modeling deals with material softening and strain localization, which usu- ally...
The new contribution of this study is to formulate two wellknown isotropic elastoplastic damage conc...
This paper presents a new 1-D non-local damage-plasticity deformation model for ductile materials. I...
This work addresses the computational aspect of a model for ductile damage at finite strains. Elasto...
This paper deals with a class of rate-independent metal plasticity models which exhibit non-linear i...
International audienceThis work is devoted to the study of an efficient numerical algorithm for eval...
A new extension of the Gurson damage model has been proposed recently to predict ductile fracture un...
ABSTRACT: An energy-based isotropic elastoplastic model coupled to damage is implemented in the fini...
An energy-based isotropic elastoplastic model coupled to damage is implemented in the finite element...
peer reviewedIn this paper, an elastoplastic energy-based anisotropic damage model for ductile fract...
Engineering structures inevitably contain microstructural defects such as voids and crack-like flaws...
The presentation deals with a continuum damage model which has been generalized to take into account...
The paper presents results of numerical fit of axisymmetricFE model utilizing the modified Gurson mo...