Heterostructuring gives solutions to achieve better mechanical performance of metallic
materials. For instance, partial static recrystallization by short-term annealing induces …

The current review work studies the adiabatic shear banding (ASB) mechanism in metals
and alloys, focusing on its microstructural characteristics, dominant evolution mechanisms …

The present study, employing EBSD as the primary method, investigates the formation
mechanism of Cube texture components in Ti-22Al-25Nb alloy during uniaxial compression …

Strain localization is a common deformation induced instability in many nanograined metals.
Gradient nanograined metals are known to suppress the strain localization by inner coarse …

In present work, the Ti422 (Ti-4.5 Al-2.5 V–2Fe) alloy with transformation-induced plasticity
(TRIP) effect was designed. The combined effects of the α′ martensite and the mechanical …

The microstructural evolution and formation mechanism of the adiabatic shear band (ASB) in
{332}< 113> twinning-induced plasticity (TWIP) Ti–15Mo alloy were investigated by applying …

High–strain–rate deformation of steels is prone to generating localized adiabatic shear
bands (ASB) due to strain localization, leading to plastic instability and fracture …

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 …

Extraordinary fretting fatigue endurance is critical for engineering structures prone to contact
with expected long service lifetimes. Here, we propose a strategy to achieve ultrahigh …

In advanced engineering applications, there has been an increasing demand for the service
performance of materials under high-strain-rate conditions where a key phenomenon of …