New interatomic potentials describing defects, plasticity, and high temperature phase
transitions for Ti are presented. Fitting the martensitic hcp-bcc phase transformation …

The elastic properties of single-crystalline ω (hexagonal) phase of titanium are studied.
Understanding the elastic properties is important for the development of biomedical titanium …

Precipitates, including silicides and Ti 3 Al (α 2) phase, and alloying elements distribution in
a near α titanium alloy Ti65 (Ti-5.8 Al-4.0 Sn-3.5 Zr-0.5 Mo-0.3 Nb-1.0 Ta-0.4 Si-0.8 W-0.05 …

We have computed formation energies for all technologically relevant transition metal
solutes in the α, β, and ω phases of Ti, employing ab initio simulations. We analyze and …

The ω transformation and its correlation with elastic properties were investigated in cold-
worked Ti–36Nb–2Ta–3Zr–xO mass% alloys with low body-centered cubic (β) phase …

Introducing high symmetric cubic disordered β or ordered β 0 phases by alloying β-
stabilizers improves the strength and high-temperature deformability of intermetallic γ-TiAl …

Traditional theoretical and empirical calculation methods can guide the design of β-and
metastable β-alloys for bio-titanium. However, it is still difficult to obtain novel near-β-Ti …

The ground state properties of the α′ and α ″martensitic phases and energetic pathways
of the β→ α′/α ″martensitic transformations in Ti–(0–30 at.%) V alloys were investigated …

Generalised stacking fault energy surfaces (Γ-surfaces) are calculated for Co-Al-W-based
and Ni-Al-based superalloys from first-principles calculations. A Special Quasi-random …

Although there is difficulty in growing a Ti–33Nb–4Sn single crystal due to its ultralow β-
phase stability, the single-crystal elastic constants of metastable β-type Ti–33Nb–4Sn (wt%) …