An analytic model of the evolution of dislocation density in fcc polycrystals is described. The
evolution equations approximately account for most known dislocation storage, dynamic …

In the current work, the coherent L1 2-phases-strengthened Co 40 Cr 20 Ni 30 Mo 2 Al 4 Ti 4
(in atomic percent, at.%) high-entropy alloy (HEA) exhibits an excellent strength-plasticity …

By combining experiments and modeling from three US national laboratories, we explore
compressive strength in a well-characterized material, tantalum, across pressures from zero …

A mechanical constitutive relationship is the basis for the design and application of structural
materials, and the establishment of a mechanical constitutive relationship generally relies on …

This article offers a comprehensive experimental and theoretical study of the causes of
thermal hardening in FCC Al and BCC Fe at high strain rates, with the aim to shed light on …

The dynamic loading environment created by high velocity microparticle impacts is very
difficult to model. The extremely high strain rates, large deformations, and high temperatures …

Molecular dynamics simulations are carried out to investigate the deformation response
during shock compression of nanocrystalline Al microstructures at the atomic scales. The …

The influence of microstructure and strain rate on tensile behavior of Al x CrMnFeCoNi (x= 0,
0.4 and 0.6 in molar ratio) high-entropy alloys was investigated. The alloys with lower Al …

The anharmonic interaction and scattering of phonons by a moving dislocation, the photon
wind, imparts a drag force v B (v, T, ρ) on the dislocation. In early studies, the drag coefficient …

High strain rate forming (HSRF) is promising to break through the conventional forming limit
of materials and thus to form hard-to-deform components. During HSRF process, long …