A small number of crystal plasticity simulations and tensile tests are carried out with the aim of demonstrating that control of twinning can improve the uniform elongation of magnesium based alloys, It is suggested that this can be accomplished through texture manipulation because texture influences both the fraction of grains that undergo twinning and the strain required for the twinning reaction to go to completion
The quasi-static mechanical response of annealed, highly textured AZ31 rolled plate was measured in ...
Introducing a volume transfer scheme to handle twinning, the elasto-viscoplastic Taylor-Lin model wa...
Magnesium and its alloys have gained significant popularity due to their light weight and their pote...
Magnesium and its alloys do not in general undergo the same extended range of plasticity as their co...
DoctorThe present dissertation aims at controlling texture using deformation {1 0 -1 2} twins and en...
The use of wrought magnesium alloys is highly desirable for a wide range of applications where low c...
The development of a strong basal texture upon processing has proven to be a major impediment in com...
The Taylor-Lin polycrystal elasto-viscoplastic model was employed to simulate the fatigue behavior o...
In this work, a crystal plasticity constitutive model is proposed to describe the mechanical behavio...
Title: Study of novel magnesium alloys with controlled microstructure and texture Author: Daria Droz...
The evolution of flow stress and microstructure during the deformation of two Mg-based (+Al, Mn, Zn)...
It has been observed that tension twins (TTs) are triggered in rolled polycrystalline magnesium allo...
Rolled pure Mg and Mg-1 wt% Gd alloy were subjected to room temperature in-plane compression along t...
The twinning activity in random textured cast magnesium during monotonic, room temperature tension a...
The deformation behavior and texture evolution of pure magnesium were investigated during plane stra...
The quasi-static mechanical response of annealed, highly textured AZ31 rolled plate was measured in ...
Introducing a volume transfer scheme to handle twinning, the elasto-viscoplastic Taylor-Lin model wa...
Magnesium and its alloys have gained significant popularity due to their light weight and their pote...
Magnesium and its alloys do not in general undergo the same extended range of plasticity as their co...
DoctorThe present dissertation aims at controlling texture using deformation {1 0 -1 2} twins and en...
The use of wrought magnesium alloys is highly desirable for a wide range of applications where low c...
The development of a strong basal texture upon processing has proven to be a major impediment in com...
The Taylor-Lin polycrystal elasto-viscoplastic model was employed to simulate the fatigue behavior o...
In this work, a crystal plasticity constitutive model is proposed to describe the mechanical behavio...
Title: Study of novel magnesium alloys with controlled microstructure and texture Author: Daria Droz...
The evolution of flow stress and microstructure during the deformation of two Mg-based (+Al, Mn, Zn)...
It has been observed that tension twins (TTs) are triggered in rolled polycrystalline magnesium allo...
Rolled pure Mg and Mg-1 wt% Gd alloy were subjected to room temperature in-plane compression along t...
The twinning activity in random textured cast magnesium during monotonic, room temperature tension a...
The deformation behavior and texture evolution of pure magnesium were investigated during plane stra...
The quasi-static mechanical response of annealed, highly textured AZ31 rolled plate was measured in ...
Introducing a volume transfer scheme to handle twinning, the elasto-viscoplastic Taylor-Lin model wa...
Magnesium and its alloys have gained significant popularity due to their light weight and their pote...