Phase-transition problems are ubiquitous in science and engineering. They have been
widely studied via theory, experiments and computations. This paper reviews the main …

Here we report on the tensile deformation behavior of a face-centered cubic (FCC)-
structured Fe 45 Co 25 Ni 10 V 20 high-entropy alloy at cryogenic temperature (77 K). The …

Preparing dual-phase high-entropy alloys (DP-HEAs) by selective laser melting (SLM) has
never been achieved owing to high crack susceptibility induced by rapid solidification. Here …

Tensile deformation behaviour of body centred cubic (BCC) iron nanowires with initial
orientation of< 1 0 0>/{1 0 0} has been investigated using molecular dynamics (MD) …

Plasticity of metallic nanowires is often controlled by the activities of single deformation
mode. It remains largely unclear whether multiple deformation modes can be activated in an …

Molecular dynamics simulations were performed to study the tensile behaviors of single
crystal titanium nanowire along [0 0 0 1] direction under different strain rates using the Finnis …

The role of 5-fold twin boundary on the structural and mechanical properties of fcc Fe
nanowire under tension is explored by classical molecular dynamics. Twin-stabilized fcc …

Using molecular-dynamics simulation and the Meyer-Entel interaction potential, we
investigate the energetics and dynamics of the phase transformation in an Fe bicrystal …

Molecular dynamics simulation was employed to study the tensile behavior of single crystal
titanium nanowires (NWs) with [11 2¯ 0],[1¯ 100] and [0001] orientations at different strain …

The 3D‐printing of high‐entropy alloys (HEAs) is capable of enhancing the design and
manufacturing flexibilities for novel materials. Owing to the rapid solidification, the 3D …