In this article, non-equilibrium molecular dynamics-based simulations were performed to
study the effect of shock compression on the deformation governing mechanism of high …

The void shape significantly affects the mechanical properties of nanoporous metallic
glasses (NPMGs) under conventional loading. However, how the shock responses of …

In this paper, the evolution of high pressure phase (HPP) in an imperfect single crystal due
to the existence of nanovoids is investigated. The nanovoid misfit strain and its stress are …

This article aims to study the shock resistance capability of multi-element alloys. In this study,
we utilized nonequilibrium molecular dynamics-based simulations with an embedded atom …

Molybdenum (Mo) demonstrates excellent industrial application potentials in micro-nano
devices, which are inevitably subjected to shock loads during their application under harsh …

Investigating the spalling behavior is beneficial for the microscale modeling of impact failure.
However, the correlation between pulse shape and spallation remains elusive due to limited …

Abstract Shock responses of Mg–Al–Zn alloy are investigated by the molecular dynamics
(MD) method. The wave propagation, plastic deformation behavior and failure mechanism …

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 …

Laser shock peening of the weld surface is a cutting-edge treatment technology following
welding. However, the conventional nanosecond pulsed lasers used for this process can …

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 …