In order to facilitate the understanding of the current research efforts and directions, this
article first introduces the anomalous/problematic features of magnesium (Mg) and presents …

A solid-state severe deformation-based additive manufacturing process, additive friction stir-
deposition (AFS-D), offers an innovative solution to achieve wrought-like mechanical …

Hexagonal materials deform plastically by activating diverse slip and twinning modes. The
activation of such modes depends on their relative critical stresses, and the orientation of the …

The twinning and detwinning behavior in a strongly textured magnesium alloy was
investigated using in situ neutron diffraction during the cyclic deformation along the prior …

Magnesium alloys exhibit complex deformation related mechanical behavior, viz. plastic
anisotropy, tension–compression asymmetry and premature failure. Their origins are in the …

Different wrought magnesium alloys from AM, AZ, and ZK family in the form of extrusion,
rolled sheet and rolled plate have been selected for this study. Monotonic and cyclic …

A study of the internal strain (stress) evolution during cyclic deformation dominated by {101¯
2}〈 101¯ 1〉 twinning and detwinning mechanisms within a magnesium alloy, ZK60A, was …

Whether an airplane or a space shuttle, a flying machine requires advanced materials to
provide a strong, lightweight body and a powerful engine that functions at high temperature …

The effect of texture on the low-cycle fatigue behavior of a rolled magnesium alloy, AZ31B,
was studied at room temperature. It is shown that the Coffin–Manson and Basquin …

A recently developed crystal plasticity model for describing twinning and detwinning
behavior is employed to simulate the behavior of extruded Mg alloy, ZK60A. Notably …