Shear banding is an important deformation and failure mechanism in metallic systems,
especially at high-rate straining. Dynamic recrystallization was often reported to account for …

A cylindrical hexagonal-close-packed Ti sample was pre-deformed by dynamic compression
to produce coarse-grained and ultrafine-grained structures in different parts of the sample …

The microstructural evolution and grain refinement within adiabatic shear bands in the
Ti6554 alloy deformed at high strain rates and elevated temperatures have been …

The aim of this paper is to gain understanding of the quasi-static, large strain deformation
behavior at room-temperature of high-purity α-Ti with an initial split-basal texture. Simple …

Dynamic recrystallization (DRX), driven by the dynamic stored energy of cold work,
promotes shear localization. However, the influence of twinning remains to be investigated …

The influence of microstructural anisotropy on shear response of high-purity titanium was
studied using the compact forced-simple-shear specimen (CFSS) loaded under quasi-static …

Dynamic recrystallization (DRX) is often observed in conjunction with adiabatic shear
banding (ASB) in polycrystalline materials. The recrystallized nanograins in the shear band …

The transition in deformation textures between low stacking fault energy fcc metals (eg brass
textures) and the medium to high stacking fault energy fcc metals (eg copper textures) is …

The interconnected phenomena of dynamic recrystallization (DRX) and adiabatic shear
bands (ASBs) are critical features of dynamic deformation and fracture in metals. Despite …

We use a multi-scale, polycrystal plasticity micromechanics model to study the development
of orientation gradients within crystals deforming by slip. At the largest scale, the model is a …