The mechanical and twinning behavior of Mg alloys containing a monolithic texture
component have been extensively studied; however, studies on samples with multi texture …

This study demonstrates the yield asymmetry in Mg-3Al-1Zn alloy containing both ND-
texture (c-axis//ND (Normal direction)) and TD-texture (c-axis//TD (Transverse direction)) in a …

Twinning is an important deformation mechanism for Mg alloys, which is intimately related to
their mechanical behaviors, such as yield strength, strain hardening, ductility and so on …

A dual-textured wrought Mg-6.5 Zn (wt.%) alloy with limited yield asymmetry (compressive
yield strength/tensile yield strength: 0.90) is reported. Approximately 80% of the grains …

Ca was added to Mg-1Zn and Mg-6Zn alloys to modify their texture, and the origin of texture
modification by Ca addition has been investigated. It shows that Mg-1Zn-1Ca (ZX11) and Mg …

Profuse extension twinning was activated in compression of a rolled Mg alloy along the
transverse direction. The variant selection in twin pairs, twin chains and multiple twins inside …

Abstract The Taylor–Lin polycrystal elasto-viscoplastic model was employed to simulate the
fatigue behavior of a strong basal textured Mg alloy (AZ31) at room temperature. Extensive …

A study of the mechanical response of Mg AZ31 when deformed under twinning dominated
conditions is presented. In addition to the well-known rapid texture variation, neutron …

A crystal plasticity finite element method (CPFEM), considering both crystallographic slip
and deformation twinning, was used to simulate texture evolution and macroscopic …

Samples of magnesium alloy AZ31 were deformed in plane strain compression in a channel
die at 100° C and a strain rate of 5× 10− 3s− 1. The initial texture was favorably oriented for …