Since its discovery in 1954, the omega (ω) phase in titanium and its alloys has attracted
substantial attention from researchers. The β-to-ω and ω-to-α phase transformations are …

Meta-biomaterials are designer biomaterials with extraordinary characteristics that originate
from their geometrical designs. Additive manufacturing (AM) is a perfect fabrication route for …

Limited slip systems of α structure always play a major role in hindering strength-ductility
synergy improvement of titanium (Ti) alloys. To overcome the strength-ductility trade-off of Ti …

Due to the low thermal stability of crystallographic boundaries, the grain boundary
engineering (GBE) manifests some limits to the fineness and types of microstructures …

A critical characteristic of β-Ti alloys is the inevitable formation of ω-precipitates during
certain heat treatments which leads to embrittlement, or even to a complete loss of ductility …

Photoacoustic (PA) imaging emerges as a promising technique for biomedical applications.
The development of new strategies to boost PA conversion without depressing other …

This study provides a comprehensive analysis of a Ti‑42Nb alloy produced via laser powder
bed fusion (LPBF) with varying post-heat treatment durations within the α+ β phase range at …

Biocompatible β Ti-alloys with high strength and low modulus are of interest for additive
manufacturing of biomedical implants. In this study, a metastable β Ti-12Mo-6Zr-2Fe (TMZF) …

Athermal pure shuffle O′ nanodomains have been reported as a common structural state in
metastable β-Ti alloys. In this study, by integrating thermodynamic databases, first-principles …

To obtain a synergistic combination of high strength and high ductility in titanium alloys,
design and creation of heterogenous precipitate microstructure have attracted increasing …