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Titanium alloys are receiving a big attention for biomedical applications.  Recently, b type titanium alloys composed of non-toxic elements are being  developed for these applications. The aim of this paper is to study mechanical  properties and deformation mechanisms of three beta titanium alloys designed  with similar values of Bo-Md and e/a ratio. The contribution of electronic  approach to predict beta phase stability is also discussed. The microstructural  analysis and the mechanical characterization are carried out for different  metallurgical states (cold working, solution treatment and aging treatment).  Effects of aging treatment at low temperature is also investigated, showing that  isothermal holding at 400°C for 0,6 ks after cold working improves the  mechanical properties of alloys

Stability and elastic properties of Ti-alloys for biomedical application designed with electronic parameters