Oxygen remains to be a central issue in the manufacture of titanium (Ti) and its alloys from
powder. The strong and short-range repulsion between interstitial oxygen and screw …

Additive manufactured (AM) metallic components often exhibit unique hierarchical and
heterogeneous microstructure. Recently, exploiting the heterogeneities in sub-grain cellular …

High specific-strength lightweight titanium (Ti) alloys, in the absence of interstitial
strengthening of oxygen (O) atoms to avoid O-embrittlement, are mainly strengthened via …

As the next generation biomedical titanium alloy, β-type titanium alloys are excellent
candidates for biomedical applications due to the relative low elastic modulus and the …

Powder metallurgy technique is widely used in aerospace, medical sector, and automobile
engineering. It is a simplest method used for fabricating components with high entropy …

TA15 titanium alloy bulk specimens were prepared from raw material of spherical powders
by laser melting deposition (LMD) technique. The effects of double annealing treatment and …

In this paper, the Widmanstätten microstructure in an extruded near-α titanium alloy (Ti-5.5
Al-2Zr-1Mo-2.5 V) pipe was changed effectively by solid solution treatment at 920° C for 2 h …

Abstract Gum metal alloy Ti-23Nb-0.7 Ta-2Zr-1.2 O (% at.) was developed based on
theoretical calculations to reduce titanium elastic modulus by the addition of β stabilizing …

Selective laser melting (SLM) of titanium (Ti) alloys has increasingly been used in
aerospace and automotive applications. However, current studies have been mainly …

The beta-titanium alloys are used mainly in bioapplications for artificial joints and other
implants. They posses interesting properties such as, high corrosion resistance, low Young's …