A large strain elastic-plastic single crystal constitutive law, based on dislocation annihilation and storage, is implemented in a new self-consistent scheme, leading to a multiscale model which achieves, for each grain, the calculation of plastic slip activity, with help of regularized formulation drawn from visco-plasticity, and dislocation microstructure evolution. This paper focuses on the relationship between the deformation history of a BCC grain and induced microstructure during monotonic and two-stage strain paths.CNRS & ArcelorMitta
We develop a micromechanical theory of dislocation structures and finite deformation single crystal ...
10th ESAFORM Conference on Material Forming, Zaragoza, SPAIN, APR 18-20, 2007International audienc
International audienceA long-standing problem in the modelling of polycrystal behavior from the know...
Sheet metal forming processes are commonly associated with strain-path changes in the material. Macr...
Sheet metal forming processes are commonly associated with strain-path changes in the material. Macr...
A microstructural model, based on Peeters' works, is implemented into a large strain self-consistent...
International audienceThe development of a relevant constitutive model adapted to sheet metal formin...
Multi-scale modelling offers physical insights in the relationship between microstructure and proper...
Crystal plasticity analysis of slip deformation in metal microstructure enables one to calculate den...
Plastic deformation and its possible combination with other loadings (thermal, irradiation etc.) ind...
Deformation processes and accumulation of dislocations in metal microstructures is a matter of impor...
The formation of microstructure of dislocation cells at intragranular level is generaly responsible ...
A multiscale approach to modelling size effect in crystal plasticity is presented. At the microscale...
The development of a relevant constitutive model adapted to sheet metal forming simulations requires...
The miniaturization trends on electronic components manufacturing, have challenged conventional know...
We develop a micromechanical theory of dislocation structures and finite deformation single crystal ...
10th ESAFORM Conference on Material Forming, Zaragoza, SPAIN, APR 18-20, 2007International audienc
International audienceA long-standing problem in the modelling of polycrystal behavior from the know...
Sheet metal forming processes are commonly associated with strain-path changes in the material. Macr...
Sheet metal forming processes are commonly associated with strain-path changes in the material. Macr...
A microstructural model, based on Peeters' works, is implemented into a large strain self-consistent...
International audienceThe development of a relevant constitutive model adapted to sheet metal formin...
Multi-scale modelling offers physical insights in the relationship between microstructure and proper...
Crystal plasticity analysis of slip deformation in metal microstructure enables one to calculate den...
Plastic deformation and its possible combination with other loadings (thermal, irradiation etc.) ind...
Deformation processes and accumulation of dislocations in metal microstructures is a matter of impor...
The formation of microstructure of dislocation cells at intragranular level is generaly responsible ...
A multiscale approach to modelling size effect in crystal plasticity is presented. At the microscale...
The development of a relevant constitutive model adapted to sheet metal forming simulations requires...
The miniaturization trends on electronic components manufacturing, have challenged conventional know...
We develop a micromechanical theory of dislocation structures and finite deformation single crystal ...
10th ESAFORM Conference on Material Forming, Zaragoza, SPAIN, APR 18-20, 2007International audienc
International audienceA long-standing problem in the modelling of polycrystal behavior from the know...