Dislocation slips, twinning, shear banding (SBs), strain localization, and martensite
formation are a few deformation modes that are activated in BCC metals and alloys. Strain …

Titanium alloys are important strategic structural materials with broad application prospects
in the industries of aerospace, space technology, automobiles, biomedicine, and more …

In this work, mechanical properties, microstructure evolution mechanism, texture variation
process and deformation mechanism of a near-α CT20 titanium alloy with different hot and …

Titanium alloys engineered in structural applications achieve ultrahigh strength primarily
through precipitation strengthening of secondary α-phase (α s) during aging, while they …

The trade-off between strength and toughness has always been a key problem hindering the
application prospect of titanium alloys. In this study, Ti–6Al–4V titanium alloy was processed …

Titanium (Ti) alloys, which are highly promising as structural materials in critical industrial
applications, generally require high strength and ductility, particularly high fracture …

The relationship between the heterogeneous grain structure and mechanical properties is
an emerging aspect of the effort to expand the applications of Mg alloy. In this study …

Near-α high-temperature titanium alloys suffer from low ductility due to silicide and α 2 (Ti 3
Al) precipitates. This study explores how adjusting the Al/Zr ratio affects these precipitates …

In this paper, we have obtained metastable β Ti-4V-2Mo-2Fe (at.%) alloys with exceptional
mechanical properties through the control of grain size. The microstructure analysis reveals …

In order to reduce the deformation resistance, the rolling process of metastable β titanium
alloys is generally carried out in the β single-phase state, which causes the problem of non …