Although several strategies (including grain refinement, texture adjustment, precipitation
hardening, etc.) have been verified to effectively improve the mechanical properties of …

The deformation of polycrystalline magnesium alloy was studied by molecular dynamics
simulation. The influencing factors of tensile properties and its deformation mechanism were …

The effect of pre-strain on extension twinning behavior in an extruded AZ31 Mg alloy was
investigated in this study. Pre-compression along the radial direction (RD) and subsequently …

The mechanical response of {1 2¯ 11} and {1 2¯ 12} coherency twin boundaries (CTB)
under external loading was investigated with molecular dynamics simulations in titanium …

In this work, the effect of alloying addition on the propensity for twin-twin interactions to
transform into crossed-twin structures in magnesium alloys is investigated. A full-field elasto …

A novel method referred as electric-associated corrugated wide limit alignment (E-CWLA)
was proposed to address the contradiction between strength and plasticity of hot-rolled Mg …

Twin–twin interactions are an important component of the microstructural evolution of
hexagonal close-packed metals undergoing plasticity. These interactions are prevalent …

In this research, Loading-direction dependence of interaction types between different {10 1¯
2} twin variants in AZ31 alloy was investigated. The microstructure, twin evolution, and the …

Twin–twin interaction plays an important role in tailoring the mechanical properties of
magnesium (Mg) alloys. In this study, we studied the effect of different types of twin–twin …

The dislocation–twin and twin–twin interaction play a crucial role as they impact morphology
and distribution of twin interfaces, and ultimately influence mechanical properties for …