The thermally activated pyramidal-to-basal (PB) transition of< c+ a> dislocations,
transforming glissile pyramidal dissociated core structures into sessile basal dissociated …

Solute accelerated cross-slip of pyramidal< c+ a> screw dislocations has recently been
recognized as a crucial mechanism in enhancing the ductility of solid-solution Mg alloys. In …

Interatomic potentials are essential for studying fundamental mechanisms of deformation
and failure in metals and alloys because the relevant defects (dislocations, cracks, etc.) are …

Understanding solute segregation thermodynamics is the first step in investigating grain
boundary (GB) properties, such as strong yttrium (Y) effects on grain growth and texture …

Many physical and mechanical properties of metallic alloys are sensitive to the formation
and migration of crystal defects such as vacancies, dislocations, stacking faults, and grain …

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

The microscopic mechanism of the effect of alloying element on the shock behavior for alloy
materials is still limited. In this work, based on our developed Finnis–Sinclair (F–S) …

Twining play an important role in adjusting the mechanical properties and microstructure in
magnesium alloys. In this paper, molecular dynamics simulation was used to study the …

The local confinement of slip in a magnesium matrix by arrays of planar prismatic β 1
precipitates in a dilute, over-aged Mg-Nd alloy is studied using transmission electron …

I 1 stacking faults (SFs) in Mg alloys are regarded as the nucleation sites of< c+ a>
dislocations that are critical for these alloys to achieve high ductility. Previously it was …