Texture control of wrought Mg alloys, particularly in rolled Mg alloy sheets, has been an
important research topic for the past several decades because it has significant influence on …

The grain size effect on deformation twinning behavior of pure titanium during uniaxial
compression was investigated using electron backscattered diffraction (EBSD) technology …

Atomistic simulations are performed to investigate the interaction between prismatic
dislocations and {11 2¯ 2} twin boundary in hexagonal close-packed titanium. Very unusual …

Abstract The {11 2¯ 2}< 11 23¯> compression twin can accommodate a considerable
amount of strain under c-axis compression in Ti. However, unlike the tensile {10 1¯ 2}< 1¯ …

Since titanium has high affinity for hydrogen and reacts reversibly with hydrogen, the
precipitation of titanium hydrides in titanium and its alloys cannot be ignored. Two most …

Abstract The deformation mode of {332}< 113> twinning (hereafter called 332T) has often
been observed under the plastic flow in metastable β titanium alloys with body-centered …

Much efforts have been made on the studies of the microstructure evolution near adiabatic
shear bands (ASBs) in titanium alloys. However, the deeper evolution mechanism is not very …

Microstructure evolution in heavily-cold-rolled (≥ 40 pct.) commercial-purity titanium was
determined to be governed by a continuous-dynamic-recrystallization mechanism. This …

Here we proposed a low-cost and high-efficiency strategy for fabricating novel multi-scale
gradient-structured/heterogeneous lamella structured (GS/HLS) pure titanium laminates with …

Most of the structural alloys' applications are under static, dynamic, and cyclic forms of
loading. Ti-5553 alloy in the beta phase field is being investigated to confirm the mechanism …