International audienceBased on the mathematical proof of the positivity of the dissipation due to anisotropic damage, different numerical scheme to compute such a dissipation in concrete structures are proposed. The positivity of intrinsic dissipation for the considered modular anisotropic damage model is first checked in the case of Willam non-proportional loading test, then checked for different impact tests on concrete structures. Both the consequences of the modeling of the strain rate effect in tension (from visco-damage) and of the damage deactivation (micro-cracks closure) for alternated loadings are studied
International audienceAnisotropic damage thermodynamics framework allows to model the concrete-like ...
Dynamic loadings such as impact on reinforced concrete structures lead to degradations and structura...
AbstractThe aim of this paper is to present a new model for the anisotropic damage of concrete and a...
International audienceBased on the mathematical proof of the positivity of the dissipation due to an...
Based on the mathematical proof of the positivity of the dissipation due to anisotropic damage, diff...
ABSTRACT: Many anisotropic damage models have been proposed for different materials, ductile as well...
AbstractThis paper presents a three-dimensional model to simulate the behavior of plain concrete str...
International audienceContinuous anisotropic damage is a quite natural modeling of material degradat...
International audienceHigh dynamic loadings lead to material degradation and structural failure. Thi...
A three dimensional damage model with induced damage anisotropy is proposed for quasi-brittle materi...
International audienceThe problem of degradation of civil engineering structures under impact loadin...
International audienceImpact problem on Reinforced Concrete structures are usually computed if the F...
A thermodynamically consistent formulation to model anisotropic damage for quasi-brittle materials i...
International audienceAnisotropic damage is quite relevant to describe the cracking pattern and the ...
International audienceImpact problems on reinforced concrete structures are usually computed with mo...
International audienceAnisotropic damage thermodynamics framework allows to model the concrete-like ...
Dynamic loadings such as impact on reinforced concrete structures lead to degradations and structura...
AbstractThe aim of this paper is to present a new model for the anisotropic damage of concrete and a...
International audienceBased on the mathematical proof of the positivity of the dissipation due to an...
Based on the mathematical proof of the positivity of the dissipation due to anisotropic damage, diff...
ABSTRACT: Many anisotropic damage models have been proposed for different materials, ductile as well...
AbstractThis paper presents a three-dimensional model to simulate the behavior of plain concrete str...
International audienceContinuous anisotropic damage is a quite natural modeling of material degradat...
International audienceHigh dynamic loadings lead to material degradation and structural failure. Thi...
A three dimensional damage model with induced damage anisotropy is proposed for quasi-brittle materi...
International audienceThe problem of degradation of civil engineering structures under impact loadin...
International audienceImpact problem on Reinforced Concrete structures are usually computed if the F...
A thermodynamically consistent formulation to model anisotropic damage for quasi-brittle materials i...
International audienceAnisotropic damage is quite relevant to describe the cracking pattern and the ...
International audienceImpact problems on reinforced concrete structures are usually computed with mo...
International audienceAnisotropic damage thermodynamics framework allows to model the concrete-like ...
Dynamic loadings such as impact on reinforced concrete structures lead to degradations and structura...
AbstractThe aim of this paper is to present a new model for the anisotropic damage of concrete and a...