Hexagonal close-packed (HCP) metals, particularly Zirconium (Zr), Titanium (Ti), and
Magnesium (Mg) alloys, have attracted significant attention due to their unique properties …

This study elucidates the mechanism of texture induced planar anisotropy in ambient
temperature (∼ 25° C) dwell fatigue response of an annealed sheet of commercially pure …

Many Ti-base products are made of sheets/plates processed by rolling and strong
crystallographic textures are often developed, especially for those with α-Ti as the major …

Ratcheting behavior of metastable dual-phase (FCC+ HCP) F e 50 M n 30 C o 10 C r 10
high entropy alloy has been investigated for various combinations of mean stress (σ m) and …

The combined effects of low-temperature nitriding (LTN) and cold rolling on the
microstructure of commercially pure titanium (CP titanium) were investigated. The grain size …

To investigate the tensile properties and slip deformation behavior of pure titanium thin wires
with a small ratio of the diameter to the grain size, tensile tests and a stepwise tensile test …

Low cycle fatigue (LCF) behavior of CP-Ti along transverse direction under symmetrical
strain and stress-controlled modes was compared systematically. For the strain-controlled …

Traditional rolled titanium alloys usually exhibit a distinct transverse texture, which is quite
stable in subsequent annealing and leads to anisotropic mechanical behaviors. In this work …

This study investigates the biaxial dwell fatigue behavior of commercial pure titanium (CP-Ti)
under different load ratios and dwell times. The evolution of mean strain, ratcheting strain …

Fully annealed Zr60700 alloy plates with a thickness of 15 mm were rolled at 15%, 30%,
45%, 60%, and 75% thickness reductions, and the rolling paths were unidirectional rolling …