This work presents an anisotropic damage model and its non-local extension to deal with fragmentation induced by impact loadings. Discrete cracks are described via non-local damage parameters. The damage model is based on quasi-static properties of flaw distributions and enables us to reproduce dynamic cracking patterns obtained in edge-on-impact tests. Different regimes such as single or multiple fragmentation appear and can be explamed by this approach
A Lagrangian finite element method of fracture and fragmentation in brittle materials is developed. ...
Aluminosilicate glass possesses excellent mechanical and functional properties. It combines relative...
Aluminosilicate glass possesses excellent mechanical and functional properties. It combines relative...
Abstract This paper presents an anisotropic damage model to deal with the fragmen-tation induced by ...
A non-local damage model is proposed for brittle materials, such as masonry and concrete, starting f...
A non-local damage model is proposed for brittle materials, such as masonry and concrete, starting f...
A non-local damage model is proposed for brittle materials, such as masonry and concrete, starting f...
A non-local damage model is proposed for brittle materials, such as masonry and concrete, starting f...
A non-local damage model is proposed for brittle materials, such as masonry and concrete, starting f...
ABSTRACT: The response of soda-lime glass subjected to the stress field induced by the static indent...
International audienceQuasi-brittle materials are often modeled using strain-softening continuum dam...
A Lagrangian finite element method of fracture and fragmentation in brittle materials is developed. ...
Dynamic loadings produce high stress waves leading to the fragmentation of brittle materials such as...
Dynamic loadings produce high stress waves leading to the fragmentation of brittle materials such as...
International audienceThe aim of this chapter is to show how the results from statistical analyses o...
A Lagrangian finite element method of fracture and fragmentation in brittle materials is developed. ...
Aluminosilicate glass possesses excellent mechanical and functional properties. It combines relative...
Aluminosilicate glass possesses excellent mechanical and functional properties. It combines relative...
Abstract This paper presents an anisotropic damage model to deal with the fragmen-tation induced by ...
A non-local damage model is proposed for brittle materials, such as masonry and concrete, starting f...
A non-local damage model is proposed for brittle materials, such as masonry and concrete, starting f...
A non-local damage model is proposed for brittle materials, such as masonry and concrete, starting f...
A non-local damage model is proposed for brittle materials, such as masonry and concrete, starting f...
A non-local damage model is proposed for brittle materials, such as masonry and concrete, starting f...
ABSTRACT: The response of soda-lime glass subjected to the stress field induced by the static indent...
International audienceQuasi-brittle materials are often modeled using strain-softening continuum dam...
A Lagrangian finite element method of fracture and fragmentation in brittle materials is developed. ...
Dynamic loadings produce high stress waves leading to the fragmentation of brittle materials such as...
Dynamic loadings produce high stress waves leading to the fragmentation of brittle materials such as...
International audienceThe aim of this chapter is to show how the results from statistical analyses o...
A Lagrangian finite element method of fracture and fragmentation in brittle materials is developed. ...
Aluminosilicate glass possesses excellent mechanical and functional properties. It combines relative...
Aluminosilicate glass possesses excellent mechanical and functional properties. It combines relative...