β-Ti alloys have long been investigated and applied in the biomedical field due to their
exceptional mechanical properties, ductility, and corrosion resistance. Metastable β-Ti alloys …

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

Due to its unique characteristics selective laser melting offers the possibility to manufacture
highly complex and functional parts out of otherwise difficult processable materials. One …

A series of ternary Ti–6Zr-xFe (x= 4, 5, 6, 7 wt%) biomedical titanium alloy was designed to
develop potential biomedical materials. The effect of the Fe content on microstructure …

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 …

An open challenge on structural biomaterials is to obtain low-cost Ti-alloys with high elastic
admissible strength (the ratio of yield strength to modulus). To reach this goal, we designed …

This research assessed the corrosion behaviour of Ti35Zr28Nb compared to that of
commercial purity Ti (CP Ti) Grade 2 under crevice‐corrosion conditions in:(i) Hanks' …

The present paper analyzed the microstructural characteristics and the mechanical
properties of a Ti–Nb–Zr–Fe–O alloy of β-Ti type obtained by combining severe plastic …

In this work, pure titanium, Tisingle bond6Alsingle bond4V and Tisingle bond35Nbsingle
bond2Tasingle bond3Zr alloy treated in electrolyte of sodium silicate in the method of micro …

Functional gradient materials are interesting for optimizing the properties of engineering
parts. Laser surface treatment makes it possible to obtain a stiffness gradient on titanium …