Texture control by {10-12} twinning to improve the formability of Mg alloys: A review

Stability of twins in Mg alloys – A short review

The effects of orientation control via tension-compression on microstructural evolution and mechanical behavior of AZ31 Mg alloy sheet

Influence of minor Ce additions on the microstructure and mechanical properties of Mg-1.0Sn-0.6Ca alloy

Role of slip and {10-12} twin on the crystal plasticity in Mg-RE alloy during deformation process at room temperature

In this work, tension and compression deformation behaviors of rolled and aged Mg-Y-Nd alloys were investigated. The microstructure evolution and plastic deformation mechanism during tension and compression were analyzed by combined use of electron backscatter diffraction and a visco-plastic self-consistent crystal plasticity model. The results show that both rolled and aged Mg-Y-Nd sheets show an extremely low yield asymmetry. Elimination of yield asymmetry can be ascribed to the tilted basal texture and suppression of {10-12} twinning. The rolled sheet has almost no yield asymmetry, however exhibits a remarkable strain-hardening behavior asymmetry. Compressed sample shows lower initial strain hardening rate and keeps higher strain hardening rate at the later stage compared with tension. The strain-hardening asymmetry can be aggravated by aging at 280 C. It is considered the limited amount of twins in compression plays the critical role in the strain hardening asymmetry. Finally, the relevant mechanism was analyzed and discussed.

Tension-compression asymmetry of a rolled Mg-Y-Nd alloy

Effects of precipitate type on twin/slip activity in ZK60 alloys and yield asymmetry

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Tension-compression asymmetry of a rolled Mg-Y-Nd alloy

Effects of precipitate type on twin/slip activity in ZK60 alloys and yield asymmetry