Shear is one of the most fundamental deformation modes in solid-state phase transitions
and greatly influences the transformation process and mechanism. We employed molecular …

Titanium (Ti) with ω phase is always considered brittle and non-deformable. Therefore, little
is known of the role of ω phase in the anomalously high plasticity of titanium alloys …

ω-titanium (Ti) is a high-pressure phase that is conventionally perceived to be brittle and
nondeformable, although direct investigations of its deformation process remain scarce. In …

We investigate shock-induced phase transformations in titanium (α-Ti) single crystals
induced by shock loading along the [0 0 0 1],[1 0 1¯ 0] and [1 2 1¯ 0] directions using …

Metastable β titanium alloys are attracting great interest due to their intricate plastic
deformation mechanisms. In this work, a novel metastable β titanium alloy Ti-6Mo-3.5 Cr-1Zr …

We study the plastic deformation of the ω phase which is obtained when Titanium
undergoes a phase transformation under pressure. We perform molecular dynamics …

This paper focused on the characterization and mechanism of the dynamic transformation
from the alpha to beta phase during the hot deformation of Ti-6Al-4V alloy and pure titanium …

We employ molecular dynamics simulations to investigate the role of applied strain rate on
plasticity (twinning and dislocation slip) and ω-phase transformation in single crystal titanium …

We present molecular dynamics simulation to study the α–ω phase transformation in
titanium under different conditions simulating high-energy impacts. We employed the …

Titanium alloy (Ti alloy) has been widely used in various industry areas and attracted
extensive attentions due to their excellent properties. In this work, the martensitic …