Earth's inner core exhibits strong seismic anisotropy, often attributed to the alignment of
hexagonal close‐packed iron (hcp‐Fe) alloy crystallites with the Earth's poles. How this …

Magnesium and its alloys have broad application prospects as lightweight materials, but
there are few studies of crystal and dislocation lines based on the molecular level of …

A machine learning-derived interatomic potential coupled with the Projected Average Force
Integrator (PAFI) method was utilized to examine the temperature-dependent Generalized …

Hot deformation behavior of the annealed ZK61M magnesium alloy sheet was explored
using tensile tests with strain rates varying from 0.001 to 0.030 s− 1 in temperatures range of …

The transition behavior of coarse AlN during cold rolling in the low-temperature grain-
oriented silicon steel normalized sheet was investigated using field emission scanning …

The introduction of the amorphous phase and crystalline–amorphous interface (CAI) is an
efficient approach for enhancing the mechanical performance of the Mg-based composites …

The dynamic recrystallized grains obtained by rotational dynamic recrystallization (RDRX)
mechanism are finer and have fewer defects, which can effectively improve the performance …

Magnesium is a lightweight structural metal and has important applications. However, the
dislocation plasticity of magnesium was not well studied, especially the pyramidal …

It is well known that twinning deformation plays an important role in the plastic deformation
of hexagonal close-packed (HCP) metals because of the insufficient independent slip …

The classic molecular dynamics (MD) simulation approach has been used to investigate the
microstructure change in polycrystalline magnesium (Mg) during compressive deformation …