Although the hexagonal close-packed (HCP) to face centered cubic (FCC) martensitic phase
transformation has been frequently observed and discussed in many HCP metals and …

It has been known that twin boundaries dominate the plasticity of nanotwinned metals.
However, the role of stacking faults on the deformation mechanisms in face-centered-cubic …

Deformation mechanisms of the nanocrystalline body-centered cubic U–Mo alloy were
investigated through molecular dynamics simulations, focusing on the influences of the grain …

This work studies deformation twins in nanocrystalline body-centered cubic Mo, including
the nucleation and growth mechanisms as well as their effects on ductility, through …

In this work, two types of stress induced hexagonal close packed structure to face centered
cubic structure transformation were observed in cold-rolled pure titanium. The …

The formation of metallic glass through melt processing proves to be the most challenging
for pure monatomic face-centered cubic (FCC) metals. Though it has long been conjectured …

Based on the embedded atom method we have studied dislocation bypassing of
nanophases in a model for face-centered cubic (fcc) alloys. A system in which either a purely …

Nickel has a stable face-centered-cube lattice structure with a high stacking fault energy. No
phase transition has been identified in Ni at elevated temperatures and under high pressure …

Understanding the competing modes of brittle versus ductile fracture is critical for preventing
the failure of body-centered cubic (BCC) refractory metals. Despite decades of intensive …

It has been previously proposed that grain boundary can be treated as a two-dimensional
phase in materials with possible transformations between its multiple metastable states …