A new multiscale microstructure (NMM) comprised of long-plate α (α long) grain, fine-
equiaxed α (α fine) grain and ultrafine α (α ultra) precipitates was fabricated by hot rolling …

The microstructure, mechanical properties, and corrosion resistance of TA10 titanium alloy
annealed via different cooling methods were investigated. After annealing, the intergranular …

This work fabricated fully equiaxed, Widmanstätten, basketweave and bimodal
microstructures to systematically investigate the influence of content of equiaxed α (α e) and …

The planar slip associated with the interaction between dislocations and α 2 precipitates in
titanium alloys was investigated using atomistic simulation and transmission electron …

Hot deformation characteristics of Ti-4Al-2.5 V-1.5 Fe-0.25 O alloy in as-cast and
homogenized condition was studied using isothermal hot compression tests in both β and …

There are a variety of uses for metal matrix composites (MMC), including the aerospace and
automotive industries. Because of their benefits including light weight and inexpensive cost …

The microstructure evolution and precipitation behavior of a multi-component β titanium
alloy (namely TB17) were investigated through various characterization methods. The …

Recently, there has been a growing anticipation for developing titanium alloys with low cost
and excellent properties. Working towards this goal, a hierarchical phase structure …

By investigating the relation between microstructure evolution and tensile responses of a
BTi6431S alloy at room temperature and 700° C, this study finds an annealing-induced …

This study investigates the mechanisms behind the great mechanical properties observed at
room temperature for a dual-phase Ti-6Al-2Sn-4Zr-2Mo-Si titanium alloy with equiaxed (α+ …