High speed dislocations have long been identified as the dominant feature governing the
plastic response of crystalline materials subjected to high strain rates, controlling …

Recent studies of complex concentrated alloys suggest unusual dislocation core structure
and motion, thanks to a collective concentration/structural inhomogeneity. Less is known …

In the continuum limit, the theory of dislocations in crystals predicts a divergence in the
elastic energy of the host material at a crystal geometry dependent limiting (or critical) …

The formation of prismatic loops in metals has been studied extensively, but the
corresponding research related to ceramics can rarely be found in the literature. In this …

In this paper, the interaction between an edge dislocation and irradiation< 100> sessile self-
interstitial atom (SIA) type dislocation loops (DLs) is studied by atomistic simulations in BCC …

Tungsten (W) is a promising candidate material for future fusion reactors. The shock waves
generated under high-energy neutron radiation can lead to the formation of prismatic …

The interaction between a high speed edge dislocation and a microvoid has been
investigated by molecular dynamics (MD) simulations in BCC crystals of Ta, Fe, V and W in …

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 …

The kinematics and kinetics of edge and screw dislocations in FCC materials were studied
by molecular dynamics, with Cu as a case study. It was found that with increasing stress …

Unraveling the deformation mechanism of materials under extremely high strain rate is
critical from both scientific and engineering viewpoints. The elastodynamic effect of 3D high …