In the current work, we propose a chemical-potential-based phase-field model coupled with
dynamic crystal plasticity based on a unified energy framework with the aim of …

The martensitic phase transition α→ ε of iron is of particular interest to researchers and
industrialists due to its technological and scientific significance in recent decades …

With large-scale non-equilibrium molecular dynamics simulations and in situ x-ray diffraction
analysis, we conducted a systematic investigation into the effects of pre-existing shear strain …

Cylindrically divergent shock loading significantly influences the plasticity and phase
transition of iron. In this study, the mechanisms of plasticity and α→ ε phase transition are …

Iron is the predominant metal in the interior of the Earth and other rocky planets and has also
received substantial consideration in materials science and engineering due to its …

Molecular dynamics simulations have been used to investigate the coupling process
between plasticity and structural phase transformation in single-crystal iron under both …

Nonequilibrium molecular dynamics simulations have been used to investigate phase
transformations and plasticity in single-crystal iron from shock compression to dynamic …

The phase transition of iron under shock compression has attracted much attention in recent
decades because of its importance in fields such as condensed matter physics, geophysics …

In engineering applications, various types of defects inevitably exist in materials which
would critically affect their properties. By introducing an edge dislocation into the model of …

Coupling between plasticity and martensitic transformation is the origin of many properties of
the material exhibiting martensitic phase transition, such as transition induced plasticity …