Non-toxic biomedical HEAs by powder metallurgy methods have been scarcely studied
despite their promising mechanical and biological behaviors. This work studied the …

A new porous Ti–35Nb–5In alloy was designed to join the advantages of low elastic
modulus and non-toxicity, which are critical factors for biomedical implants. The Ti–35Nb …

Ti-Nb-based alloys–with their superior mechanical properties and biocompatibility–are
attractive biomaterials for orthopedic implants. By producing this alloys with a porous …

Abstract Ti–Nb–Ta–Zr alloys for biomedical applications were successfully fabricated by arc
melting (AM) and diffusion bonding. The microstructure, mechanical properties and …

Due to their bioinert nature, titanium alloys show poor bone-implant integration and
insufficient osseointegration in vivo. In this study, a series of low elastic modulus bioactive …

The quaternary Ti-Nb-Zr-Ta (TNZT) alloy was successfully cast-fabricated with the objective
to be used in the medical field. Samples' microstructure was compared to CP-Ti and Ti-6Al …

In this study, antibacterial Ag element added to synthesis of porous Ti–20Nb–5Ag (wt%)
alloy using powder metallurgy space holder route. The microstructural, mechanical property …

Clinical applications require porous biomaterials; however, high porosity and hydroxyapatite
contents deteriorate the mechanical properties. Hence, a functional-structural composite …

Nanostructured Ti–31.0 Fe–9.0 Sn and sub-micrometer structured Ti–39.3 Nb–13.3 Zr–10.7
Ta (wt.%) β-type alloys, exhibiting different microstructures and dissimilar mechanical …

In order to develop a new biomedical titanium alloy with excellent mechanical properties
and corrosion resistance, a series of newly designed Ti-24Nb-4Zr-xMn (x= 0, 1, 3, 5 wt%) …