Add to ORKGDuring plastic deformation of polycrystals the grains tend to change their orientation. However, in certain cases the grains do not rotate homogeneously but local orientation gradients are developed. These orientation gradients can finally lead to severe fragmentation of the originally homogeneous grains
International audienceA finite element 3D polycrystalline aggregate made of 216 grains is subjected ...
A strain gradient dependent crystal plasticity approach is used to model the constitutive behaviour ...
Grain subdivision under cold rolling of fee polycrystals is modelled by formulating evolution equati...
During plastic deformation of polycrystals the grains tend to change their orientation. However, in ...
Deformation of a grain in polycrystalline metals is restricted or forced by deformation of neighbor ...
A new model is proposed that aims to capture within a single modelling frame all the main microstruc...
Deformation of a grain in polycrystalline metals is restricted or forced by deformation of neighbor ...
International audienceGrain orientation fragmentation is studied in a set of 176 individual grains o...
Polycrystalline deformation and its modeling by currently used crystal plasticity models has been in...
Polycrystalline metal with well-designed grain structure exhibits different strength and ductility c...
The orientation evolution and the in-grain microtexture of Cube-oriented FCC crystals in aluminium a...
The ability of three different crystal plasticity finite element models to predict deformation textu...
We present plane strain simulations about the dependence of orientational in-grain subdivision and c...
The in-grain orientation gradient and grain fragmentation are essential features of substructure dev...
Summary This paper focuses on the micromechanical description of the mechanical response of an FCC m...
International audienceA finite element 3D polycrystalline aggregate made of 216 grains is subjected ...
A strain gradient dependent crystal plasticity approach is used to model the constitutive behaviour ...
Grain subdivision under cold rolling of fee polycrystals is modelled by formulating evolution equati...
During plastic deformation of polycrystals the grains tend to change their orientation. However, in ...
Deformation of a grain in polycrystalline metals is restricted or forced by deformation of neighbor ...
A new model is proposed that aims to capture within a single modelling frame all the main microstruc...
Deformation of a grain in polycrystalline metals is restricted or forced by deformation of neighbor ...
International audienceGrain orientation fragmentation is studied in a set of 176 individual grains o...
Polycrystalline deformation and its modeling by currently used crystal plasticity models has been in...
Polycrystalline metal with well-designed grain structure exhibits different strength and ductility c...
The orientation evolution and the in-grain microtexture of Cube-oriented FCC crystals in aluminium a...
The ability of three different crystal plasticity finite element models to predict deformation textu...
We present plane strain simulations about the dependence of orientational in-grain subdivision and c...
The in-grain orientation gradient and grain fragmentation are essential features of substructure dev...
Summary This paper focuses on the micromechanical description of the mechanical response of an FCC m...
International audienceA finite element 3D polycrystalline aggregate made of 216 grains is subjected ...
A strain gradient dependent crystal plasticity approach is used to model the constitutive behaviour ...
Grain subdivision under cold rolling of fee polycrystals is modelled by formulating evolution equati...