In the present work, the localized features of adiabatic shear bands (ASBs) of our recently
designed damage tolerance α+ β dual-phase Ti alloy are investigated by the integration of …

In the present work, the adiabatic shear characteristics of our recently designed α+ β dual-
phase Ti alloy at different strain rates have been investigated by hat shaped specimen. The …

This study examined the dynamic compressive properties and adiabatic shear behavior of β-
type Ti–10Mo, Ti–15Mo, and Ti–22.5 Mo alloys whose deformation modes are stress …

The microstructure evolution of near β-Ti alloys with initially lamellar and equiaxed
microstructures subjected to dynamic loading was investigated. Results showed that during …

A strain-transformable microstructure was successfully designed in a metastable β Ti–7Mo–
3Nb–3Cr–3Al alloy with enhanced mechanical properties, by introducing∼ 28% α …

By using split Hopkinson pressure bar, optical microscopy and electronic microscopy, we
investigate the influence of initial microstructures on the adiabatic shear behavior of high …

This work systematically investigates the microstructural evolution and deformation
mechanism of lamellar and equiaxed Ti-55511 alloys during hot deformation. For textural …

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 …

Metastable β titanium alloys are attracting great interest due to their intricate plastic
deformation mechanisms. In this work, a novel metastable β titanium alloy Ti-6Mo-3.5 Cr-1Zr …

In this study, high strain rate tension tests are conducted to determine and compare the
dynamic mechanical behaviors and deformation mechanisms of different phase composition …