Magnesium (Mg) and its alloys have been the subject of intensive scientific research and
development in the communities of materials science and engineering, mechanical …

Thermomechanical, physical, and chemical processes in energetic materials (EMs) during
manufacturing and processing or under external stimuli such as shock compression, involve …

High-entropy alloys (HEAs) possess immense potential for structural applications due to
their excellent mechanical properties. Deeply understanding underlying deformation …

In this study, the dynamic compressive response behavior of a body-centered cubic (BCC)
single-phase TiZrNbV refractory high-entropy alloy (RHEA) was investigated under impact at …

The elastic-plastic transition in magnesium alloy Mg-4.5 Zn is marked by bursts of
deformation. A relatively short exposure time (44 ms) polychromatic transmission Laue …

Plasticity is ubiquitous and plays a critical role in material deformation and damage; it
inherently involves the atomistic length scale and picosecond time scale. A fundamental …

An effective and reliable Finnis–Sinclair (FS) type potential is developed for large-scale
molecular dynamics (MD) simulations of plasticity and phase transition of magnesium (Mg) …

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) …

The classical B 1 (NaCl)↔ B 2 (CsCl) transitions have been considered as a model for
general structural phase transformations, and resolving corresponding phase transition …

Understanding the deformation behavior of metallic materials at high strain rates requires
the characterization of plasticity contributors, such as twins, phase transformed regions, and …