Abstract Metastability-engineering, eg, transformation-induced plasticity (TRIP), can
enhance the ductility of alloys, however it often comes at the expense of relatively low yield …

A multiscale dislocation-based model was built to describe, for the first time, the
microstructural evolution and strain-hardening of {332}⟨ 113⟩ TWIP (twinning-induced …

The recently developed interstitial high-entropy alloys (iHEAs) exhibit an enhanced
combination of strength and ductility. These properties are attributed to dislocation …

The present work reports characteristic strengthening mechanisms of HfNbTaTi, HfNbTiZr,
HfNbTi, HfTaTi, and NbTiZr equi-atomic refractory medium entropy alloys (RMEAs). The …

In metastable β-Ti alloys, the primary deformation mechanisms, including ordinary
dislocation plasticity (ODP), deformation twinning (DT), and phase transformation, are …

The effects of heat treatment processing on the microstructures of Ti-6Al-4V alloy are
systematically studied. Static globularization behavior of lamellar α phase is found when the …

Increasing strength and preserving high strain hardening rate are of importance to widen the
application of the metastable β titanium alloys. In this study, Ti–4Mo–4Cr–3Al–2Nb–1.2 V …

This study examined the effect of grain size on the tensile properties in {332}< 113> twinning-
induced plasticity (TWIP) Ti–15Mo alloy and Ti–15Mo–1Fe alloy deformed by dislocation …

The influences of grain size on the deformation behavior of a metastable β-type Ti–12Mo
(wt%) alloy has been investigated by using uniaxial tensile testing, scanning electron …

The aim of this paper is to investigate the coupled effects of grain size and crystallographic
texture on the mechanical behavior induced by gliding mechanism in Ti-6Al-4V alloy. Thus …