In this study, we use molecular dynamics to simulate the deformation of Cu–Ag
nanocomposite under the coupled thermal-mechanical shock. We compare the dislocation …

Abstract Our recent study [Acta Mater. 201 (2020) 167–181] proposed a unified generalized
stability (GS) criterion to design high-performance metallic materials, but quantitative …

A stochastic discrete slip approach is proposed to model plastic deformation in submicron
domains. The model is applied to the study of submicron pillar (D≤ 1 μ m) compression …

Indentation hardness (H in) and strain rate sensitivity (SRS) of additive manufactured Ti–6Al–
4V (Ti64) alloys fabricated through both laser powder bed fusion (L-PBF) and electron beam …

The excellent dislocation storage ability of bulk multi-principal element alloys (MPEAs) has
been widely reported. To date, however, the underlying mechanisms of dislocation escape …

During the plastic deformation of crystalline materials, 3d dislocation networks form based
on dislocation junctions. Particularly, immobile Lomer junctions are essential for the stability …

The coupling effects of ultrasonic excitation and high-strain-rate deformation are the core
factors for weld formation during ultrasonic welding. However, interfacial deformation …

Refractory multiple principal elemental alloys (RMPEAs) show the excellent combinations of
mechanical properties and oxidation resistance, are considered the most promising as the …

The effects of hafnium removal on the sinterability, phase composition, and microstructural,
mechanical, and electrical properties of 8YSZ (8 mol% yttrium stabilized zirconia) were …

An extensive study of size effects on the small-scale behavior of crystalline materials is
carried out through discrete dislocation dynamics (DDD) simulations, intended to enrich …