… For the β titanium alloys, dynamic recovery takes place dominantly within β grains during …
In (α + β) and metastable β titanium alloys, hot deformation by rolling or forging is …

… in Ti alloys and their biomedical applications, especially the low‐modulus β‐type Ti alloys
… attractive progress in preparation of biomedical Ti alloys, including additive manufacturing, …

… ) reduces the as-cast grain size of Ti alloys by an order of magnitude; we will discuss them
in detail later. This can, in principle, reduce–if not completely eliminate–the number of high …

… In an eVort to refine the weld metal grain structure in a–b titanium alloys, gas tungsten arc …
in both the alloys investigated, considerable refinement of the fusion zone grain structure was …

… grain to grain). This is especially so for some of the commonly employed titanium alloys
which tend to possess a relatively large grain … failure of two titanium alloy fan discs in Rolls-…

… Titanium alloys have been widely used in the aeronautical … In general, the mechanical
properties of the titanium alloys are … to transform the subgrain structure into a grain structure. …

… On the whole, the analysis performed has shown that the grain structure of the alloys is
determined by the field in which the final deformation was carried out. The TZNA, …

… 6: β grain size in titanium alloys (a) conventional β grain … grain size in the process zone of
friction welded VT 9 alloy [24] (c) β grain size in the process zone of a friction stir processed Ti…

… One of the disadvantages of near-β Ti alloys is their vulnerability to exhibit excessive grain
coarsening at high temperatures due to the faster diffusion in the β-matrix which hinders their …

… A typical titanium alloy SPF … Ti-6Al-4V (Ti-6-4) is the titanium alloy most often used to
produce SPF components. Recent advances in titanium sheet production have made fine grain …