Microstructural evolution in adiabatic shear bands of a Ti-10V-2Fe-3Al (wt.%) alloy
subjected to high strain-rate dynamic loading was investigated in detail via high-resolution …

Simultaneous improvement of strength and conductivity is urgently demanded but
challenging for bimetallic materials. Here we show by creating a self-assembled lamellar …

In conventional duplex titanium (Ti) alloys, the soft primary α-precipitates (α p) are beneficial
to ductility with the loss of high yield strength, while the continuous α-precipitates at grain …

Tailoring high-density annealing twins in laser powder bed fusion (LPBF)-fabricated alloys
based on their intrinsic residual stress requires high annealing temperatures and/or long …

A novel near-α Ti–5Al–2Zr–1V–1Sn–1Mo alloy with Twining Induce Plasticity (TWIP) and
Transformation Induce Plasticity (TRIP) effects was designed. The excellent combination of …

A metastable β-titanium Ti–Al–Mo–V–Cr–Nb alloy exhibits a synergistic increasing in
strength and ductility via coupling thermomechanical processing and heat treatment in …

Abstract The Ti-8.5 Cr-1.5 Sn β Ti alloy with twinning induced plasticity (TWIP) effect was
selected for the quasi-static tensile and Charpy impact tests at 298 K and 77 K to determine …

Biomedical alloys are paramount materials in biomedical applications, particularly in crafting
biological artificial replacements. In traditional biomedical alloys, a significant challenge is …

The low work hardening is a prominent deficiency for high-strength titanium (Ti) alloys. The
gradient design of oxygen content was adopted to realize the coupling deformation of {332}< …

Metastable β-type Ti alloys that undergo stress-induced martensitic transformation and/or
deformation twinning mechanisms have the potential to simultaneously enhance strength …