Wire and arc additive manufacturing (WAAM) is considered to be an economic and efficient
technology that is suitable to produce large-scale metallic components. In the past few …

Owing to excellent high-temperature mechanical properties, ie, high heat resistance, high
strength, and high corrosion resistance, Ti alloys can be widely used as structural …

Bone-mimicking gradient porous NiTi shape memory alloys (SMAs) are promising for
orthopedic implants due to their distinctive superelastic functional properties. However …

The microstructures and the mechanical properties, including fatigue crack growth (FCG)
and mode I fracture toughness (K IC), of in-situ alloyed Ti41Nb (wt.%) fabricated using the …

Abstract Biomedical β-phase Ti-Nb-Ta-Zr alloys usually exhibit low elastic modulus with
inadequate strength. In the present work, a series of newly developed dual-phase Ti-xNb …

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 …

Ti-alloys represent the principal structural materials in both aerospace development and
metallic biomaterials. Key to optimizing their mechanical and functional behaviour is in …

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 …

A surface modification method of C/C composites involving a combination of pre-oxidation
treatment and in situ growth of CNTs was developed to form a reinforced interfacial structure …

A serial of Ti-25 wt% Nb-(1, 3, 5) wt% Sn-(2, 4) wt% Cr alloys were designed with aim to
obtain a single β phase matrix in the microstructure for high performance. The newly …