As a crucial branch for titanium industry, high-strength titanium alloys (HS-TAs, with UTS≥
1100 MPa) are indispensable structural materials for advanced engineering applications …

The basic framework and-conceptual understanding of the metallurgy of Ti alloys is strong
and this has enabled the use of titanium and its alloys in safety-critical structures such as …

In this work, a multi-scale approach was applied to reveal the evolution mechanisms of the δ
(Ni 3 Nb) phase and the resultant mechanical responses in wire-arc additive manufactured …

Coupling high-resolution characterization and phase-field microelasticity modeling, the non-
conventional transformation pathway, mediated by ω precipitates, that leads to super-refined …

A strategy to quantify the second phase strengthening of α precipitates in titanium alloys is
proposed to predict the mechanical performance through crystal plasticity finite element …

Interphase boundaries are essential in the deformation and phase transformations in
titanium (Ti) alloys. While static structures of semicoherent α/β interfaces in various Ti alloys …

During β-processing of α/β and β titanium alloys, variant selection (VS) of grain boundary α
(GBα) is one of the key factors in determining the final transformation texture and mechanical …

Through three-dimensional phase-field simulations, dislocations are found to exert
significant influences on variant selection and subsequent development of transformation …

Variant selection of α (hexagonal close-packed, hcp) phase during its precipitation from β
(body-centered cubic, bcc) matrix plays a key role in determining the microstructural state …

The metastable β′ phase is a key strengthening precipitate phase in a range of Mg–RE
(RE: rare-earth elements) based alloys. The morphology of the β′ precipitates changes …