Microstructure features including the morphology and texture of constituent phases play an
important role in the mechanical properties of Ti-55531 high strength titanium alloy …

The near-α titanium alloy TA19 with three typical microstructures (lamellar, equaixed and
bimodal microstructure) were compressed, accompanied by ex-situ observation on the slip …

A new in-depth evaluation of the micromechanical response of TC6 (Ti–6Al–1.5 Cr–2.5 Mo–
0.5 Fe–0.3 Si) titanium alloy subjected to uniaxial tensile loading is performed based on …

The tensile properties at room temperature and 600° C of TG6 titanium alloy with different
microstructures {bi-modal microstructures with thick α lamella (BTL) and fine α lamella (BFL) …

Electron backscatter diffraction (EBSD) and backscattered electron imaging (BSE) were
used to study the origin of microtextured region and how thermo-mechanical processing …

In this study, the strain hardening ability of an α+ β titanium alloy (Ti–6Al–4V) was
systematically investigated by comparing the tensile properties of different microstructures at …

Room-temperature tensile deformation process of the lamellar microstructure in TC21
titanium alloy was investigated by in-situ scanning electron microscopy (SEM). The results …

The tensile deformation and fracture behavior of a particular semi-equiaxed microstructure
(S-EM) in a near alpha titanium alloy TA19 are investigated by an in situ method. In the S …

The complex composition, size, and distribution of microstructures of titanium (Ti) alloy affect
the mechanical properties of titanium alloy and its application in aerospace, ocean …

The targeted research of equiaxed α particles and lamellar α colonies in duplex
microstructure of Ti60 alloy was conducted to more reveal the related mechanisms. For this …