In this article, we provide a broad and extensive review of beta titanium alloys. Beta titanium
alloys are an important class of alloys that have found use in demanding applications such …

Metastable β titanium alloys are widely used in the biomedical, automotive, and aerospace
industry, due to their excellent corrosion resistance, fatigue strength, biocompatibility, and …

Since its discovery in 1954, the omega (ω) phase in titanium and its alloys has attracted
substantial attention from researchers. The β-to-ω and ω-to-α phase transformations are …

Beta titanium alloys were recognized as a distinct materials class in the 1950s, and following
the introduction of Ti-13V-11Cr-3Al in the early 1960s, intensive research occurred for …

This paper discusses the structural and compositional changes at the nanometer scale
associated with the nucleation and growth of α precipitates in the β titanium alloy Ti-5553 (Ti …

For multicomponent near-β alloys, we have investigated the mechanisms responsible for the
β-to-ω and ω-to-α phase transformations upon isothermal ageing at 573 K. Experimental …

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 …

The precipitation of nanostructured ω and α phases by heating a metastable Ti-based alloy
was observed by high-resolution transmission electron microscopy. The ωiso precipitates …

The influence of stress-induced α ″martensitic transformation by cold rolling and its reverse
transformation to β by subsequent heat treatment on mechanical properties, such as …

Interstitial solutes (eg O, N) often enhance strength; however, their poisoning effect leads to
markedly decreased ductility and even embrittlement in titanium (Ti) alloys. Thus, using …