The paper discusses a number of issues related to the development of a micromechanical polycrystalline model for twinning-induced plasticity steels: twinning features that have to be incorporated, identification procedure, description of the work hardening, role of the texture and the role of the interaction law between grains. Monotonous and reverse strain paths are investigated.International audienceThe paper discusses a number of issues related to the development of a micromechanical polycrystalline model for twinning-induced plasticity steels: twinning features that have to be incorporated, identification procedure, description of the work hardening, role of the texture and the role of the interaction law between grains. Monotonous and ...
The plastic deformation behavior of twinning-induced plasticity steels of composition Fe-25Mn-3Si-3A...
The high manganese austenitic steels with low stacking fault energy (SFE) present outstanding mechan...
The demands to save energy and reduce the CO2 emission have been pushing the automobile industry to ...
The paper discusses a number of issues related to the development of a micromechanical polycrystalli...
International audienceA micromechanical model using the scale transition method in elastoviscoplasti...
Metallic alloys with enhanced mechanical properties are required for example by the car industry. Th...
Modeling the effect of deformation twinning and the ensuing twin-twin- and slip-twin-induced hardeni...
Deformation twinning is known to play a major role in the huge work hardening and formability of TWi...
A new crystal plasticity model for face-centered cubic metals exhibiting deformation twinning is pre...
The high work hardening rate and ductility of high manganese austenitic steels is mainly attributed ...
AbstractAdvanced manufacturing techniques make it possible to attain large deformation of material i...
TWIP (TWinning-induced Plasticity) steel combines excellent ductility and strength. This is attribut...
TWinning Induced Plasticity (TWIP) steels are single phase austenitic alloys that successfully comb...
The effects of bimodal grain size distributions on the mechanical properties of a newly developed TR...
International audienceThe deformation and strain hardening due to dislocation slip and twinning in H...
The plastic deformation behavior of twinning-induced plasticity steels of composition Fe-25Mn-3Si-3A...
The high manganese austenitic steels with low stacking fault energy (SFE) present outstanding mechan...
The demands to save energy and reduce the CO2 emission have been pushing the automobile industry to ...
The paper discusses a number of issues related to the development of a micromechanical polycrystalli...
International audienceA micromechanical model using the scale transition method in elastoviscoplasti...
Metallic alloys with enhanced mechanical properties are required for example by the car industry. Th...
Modeling the effect of deformation twinning and the ensuing twin-twin- and slip-twin-induced hardeni...
Deformation twinning is known to play a major role in the huge work hardening and formability of TWi...
A new crystal plasticity model for face-centered cubic metals exhibiting deformation twinning is pre...
The high work hardening rate and ductility of high manganese austenitic steels is mainly attributed ...
AbstractAdvanced manufacturing techniques make it possible to attain large deformation of material i...
TWIP (TWinning-induced Plasticity) steel combines excellent ductility and strength. This is attribut...
TWinning Induced Plasticity (TWIP) steels are single phase austenitic alloys that successfully comb...
The effects of bimodal grain size distributions on the mechanical properties of a newly developed TR...
International audienceThe deformation and strain hardening due to dislocation slip and twinning in H...
The plastic deformation behavior of twinning-induced plasticity steels of composition Fe-25Mn-3Si-3A...
The high manganese austenitic steels with low stacking fault energy (SFE) present outstanding mechan...
The demands to save energy and reduce the CO2 emission have been pushing the automobile industry to ...