Near‐β titanium alloys are used as promising structural materials for aerospace, biomedical,
and other advanced applications due to their excellent combination of high specific strength …

To achieve high strength and high impact toughness, three kinds of bimodal microstructure
of Ti–6Al–4V-0.5 Mo-0.5 Zr alloy pipe were tailored through solution treatment at the α+ β …

The innovative work presented in the paper focused on microstructures and wear
performance of MoS 2 doped Al 2 O 3 coatings on TC6 alloy. Nano-and micron-sized MoS 2 …

The exploration of slip modes in metallic materials during deformation has been long
suffered from either insufficient statistical accuracy of slip trace analysis or limited spatial …

Differing from the statically precipitated grain boundary α (GBα) that holds Burgers
Orientation Relationship (BOR) with adjacent β grains, in this work, it was found that over …

Conventionally, continuous grain boundary α (GBα) was regarded as a detrimental
microstructure for the mechanical properties of dual-phase titanium alloys, therefore …

Double-sided symmetric MIG welding can significantly enhance welding efficiency for thick
titanium alloys and holds promising engineering applications. However, the use of high …

The burgeoning use of titanium alloys in unmanned underwater vehicles has sparked a
surge in demand for low-cost titanium alloys that maintain superior mechanical properties …

To improve the wear performance of Al2O3 coating on TC6 titanium alloy, nano-MoS2 and
micron-MoS2 particles doped Al2O3 coatings were fabricated on TC6 alloy via cathodic …

The effect of Ta content on the microstructures, precipitated phases and mechanical
properties of novel ascast titanium alloy Ti-6.5 Al-4Sn-5.5 Zr-2.7 Mo-1.7 Nb-3.5 W-0.4 Si-0.1 …