Using nonequilibrium molecular dynamics simulations, we studied the crystallographic-
orientation-dependence shock-induced plasticity for the face-centered cubic (FCC) …

This work presents a comprehensive examination of the physical mechanisms driving
hardening in irradiated face-centered cubic FeNiCr alloys. The evolution of irradiation …

Understanding the role of microstructural heterogeneities on the shock wave propagation
and defect evolution behavior is essential to predicting the dynamic response of metals …

Single crystals subjected to shock compression exhibit responses with distinct two-wave
structures for certain crystal orientations. However, little is known to date regarding how the …

Nanoporous amorphous alloys (NP-AAs) are of great interest due to their lightweight,
enhanced plasticity, and high elastic limit. Here, we explore the shock responses of Cu 50 Zr …

Using the finite element analysis, we investigate the shock response, deformation behavior
and energy–absorbing characteristics of stochastic bicontinuous nanoporous gold …

The plasticity and α→ ω transformation are important for the toughness and ductility of hcp
titanium under shock loading. However, three questions remain outstanding:(i) what …

Compared to their non-porous counterparts, metallic foams are known to exhibit improved
functionality (eg, damping capacity) when subjected to high-speed impact loading. Here, we …

Ductile materials subject to impact loading conditions can undergo spall fracture when an
incoming compressive stress wave reflects off interfaces and free surfaces as a tensile stress …

The structure of shock waves in pressed porous samples of nickel nanoparticles was
investigated in a series of uniaxial planar plate impact experiments in the pressure range of …