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 …

Applying the constructed Ti–Nb potentials, molecular dynamics simulations were conducted
to investigate the martensitic transformation of Ti100− xNbx alloys (x= 5, 10… 25) from the …

Under extreme conditions, α-Ti becomes unstable and transforms either into β-Ti at high
temperature or into ω-Ti at high pressure. In what concerns the α to ω phase transformation …

At 0 K, phonon instability controls the ideal strength and the ultrafast dynamics of defect
nucleation in perfect crystals under high stress. However, how a soft phonon evolves into a …

A multicrystal comprised of a small number of large crystals of high-purity titanium and a
0001 0001 oriented high-purity single crystal titanium sample were shock loaded using gas …

The effect of Zr on the martensitic transformation (MT) behavior and mechanical properties of
(Ti 0.5− x Zr x) Ni 0.5 alloys is investigated by calculating the elastic constants and elastic …

As to multifunctional titanium alloys with high strength and low elastic modulus, thermal
training is crucial to tune their thermal expansion from positive to negative, resulting in a …

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 …

Molecular dynamics (MD) study of martensitic transformation (MT) in nickel and aluminum
alloy is performed. The behavior focused on is transformation between crystalline structures …

Polymorphism and stacking faults can seriously affect the physical properties of two-
dimensional materials. What's important, the biaxial strain has a significant impact on the …