The necessity for biomedical components is increasing every year. However, Ti6Al4V, the
most widely utilized titanium alloy for biomedical implants are very costly owing to the high …

Titanium and its alloys are potential materials for orthopedic implant applications due to their
appropriate biological and mechanical behavior. As biocompatibility and biomechanical …

Implant-related follow up complications resulting from poor implant integration,
delamination, chipping, mechanical instability, inflammation or graft-vs-host reaction may …

Zr was added to Ti–Nb–Fe alloys to develop low elastic modulus and high strength β-Ti
alloys for biomedical applications. Ingots of Ti–12Nb–2Fe–(2, 4, 6, 8, 10) Zr (at.%) were …

The effects of thermal treatments on the structure, mechanical properties, wear resistance,
and in vitro corrosion protection in artificial saliva (AS) were investigated for a newly …

The mechanical and diffusion properties of Ti-Ta-Fe alloys in the Ti-rich region were
investigated by utilizing a high-throughput method, with the combination of nanoindentation …

The development of biocompatible and biomechanical compatible metallic biomaterials is
essential to fulfilling the needs of humanity, such as enhancing the lifespan and quality of …

The demand for low elastic modulus and biocompatible load-bearing implants has
experienced a significant surge in recent times. Gum metal, a noteworthy category of β-Ti …

The microstructure, mechanical and magnetic properties of Zr–x (8, 9, 10, wt.%) Nb–4Sn
alloys were investigated to obtain novel Zr-based alloy with low Young's modulus and …

The diffusion-multiple method was used to determine the composition of Ti–6Al–4V–xMo–
yZr alloy (0.45< x< 12, 0.5< y< 14, wt.%), which can obtain an ultrafine α phase. Results …