In this paper TEM work on the formation of dislocation meshes, cells, microbands and shear bands is summarized. Following this the results of a sequential rolling experiment in which the development of microstructure is followed from the strain free to 50% rolling condition. Crystals behave according to three generic types. Grains with an orientation close to α, deform homogenously without much rotation. Grains close to {111} are also stable, and can have either α or γ microstructure. Others seem to be able to deform homogenously up to a certain strain, hence resembling α grains, and then rotate to γ, forming typical γ microstructures.link_to_subscribed_fulltex
International audienceDuring the deformation of low carbon steel by cold-rolling, dislocations are c...
The relationship between the developed intragranular microstructure and the deformation history of a...
In this thesis, the deformation structures that form in 10-30% channel-die plane strain compressed G...
The development of the cold rolling microstructure in an Interstitial-Free (IF) steel has been syste...
Microband formation in an IF steel during cold rolling at low strain levels (ε≤9.8 %) has been inves...
The cold-rolled microstructure formed in ah interstitial-free (IF) steel from low to medium reductio...
IF steel was homogeneously cold rolled between 30-95% reduction in thickness. The global cold rollin...
Microbands form at rolling strains of ∼10% in IF steels and are of lenticular shape. Transmission el...
Microstructure development in an interstitial-free steel during cold rolling at low strain levels (ε...
Microstructure development in an interstitial-free steel during cold rolling at low strain levels (ε...
The mechanisms of shear band formation in IF steel after cold rolling to 50% reductions have been in...
IF steel was warm rolled at 700 °C in a single pass. The resulting texture and microstructure were r...
At low cold rolling reductions microbands form in grains which have either 〈1 1 0〉 or 〈1 1 1〉 parall...
International audienceDuring the deformation of low carbon steel by cold-rolling, dislocations are c...
International audienceDuring the deformation of low carbon steel by cold-rolling, dislocations are c...
International audienceDuring the deformation of low carbon steel by cold-rolling, dislocations are c...
The relationship between the developed intragranular microstructure and the deformation history of a...
In this thesis, the deformation structures that form in 10-30% channel-die plane strain compressed G...
The development of the cold rolling microstructure in an Interstitial-Free (IF) steel has been syste...
Microband formation in an IF steel during cold rolling at low strain levels (ε≤9.8 %) has been inves...
The cold-rolled microstructure formed in ah interstitial-free (IF) steel from low to medium reductio...
IF steel was homogeneously cold rolled between 30-95% reduction in thickness. The global cold rollin...
Microbands form at rolling strains of ∼10% in IF steels and are of lenticular shape. Transmission el...
Microstructure development in an interstitial-free steel during cold rolling at low strain levels (ε...
Microstructure development in an interstitial-free steel during cold rolling at low strain levels (ε...
The mechanisms of shear band formation in IF steel after cold rolling to 50% reductions have been in...
IF steel was warm rolled at 700 °C in a single pass. The resulting texture and microstructure were r...
At low cold rolling reductions microbands form in grains which have either 〈1 1 0〉 or 〈1 1 1〉 parall...
International audienceDuring the deformation of low carbon steel by cold-rolling, dislocations are c...
International audienceDuring the deformation of low carbon steel by cold-rolling, dislocations are c...
International audienceDuring the deformation of low carbon steel by cold-rolling, dislocations are c...
The relationship between the developed intragranular microstructure and the deformation history of a...
In this thesis, the deformation structures that form in 10-30% channel-die plane strain compressed G...