… alloy, formed by ballistic impact at velocities + 600 ms- I, has shown that their structure consisted
primarily of a fine grained … the precise nature of this fine grained phase was not however …

… Different morphologies of α+β microstructures were obtained in a commercial Ti6Al-4V alloy
… mixture of α colonies, grain boundary α and lamellar structure by decreasing the cooling rate…

… The material used in this investigation is = titanium alloy Ti–6Al–… , 0.182 O, 0.03 Si in mass
percent and balance titanium. The … between grain size and fatigue limit for titanium alloys can …

… r-heat treated high-temperature titanium alloys show that the tensile ductility of fine-grained
materials is superior to that of their coarse-grained counterparts, mainly owing to a much …

… structure and microtexture evolution in titanium alloys is important because the mechanical
behavior of titanium alloys is … with large β grain size and a starting lamellar α structure. The …

… grain structure in α–β titanium alloy welds. This paper reports work in which gas tungsten-arc
welds were produced in two α–β titanium alloys … the weld metal β grain structure, the effect …

… Within the grain structure, only sporadic examples of isolated grain boundary α were noted,
which is consistent with fast cooling rates. Together with the absence of surface α case, this …

… In high strength, two-phase β titanium alloys, soft zones along β grain boundaries are
present in microstructures widely used in engineering practice. These soft zones are formed by …

… of Ti-6-4 and IMI 685 with β transformed (Widmanstätten) preform microstructure exhibit
spheroidization of the acicular structure at lower temperatures and large-grained superplasticity …

… of titanium alloys as structural materials for marine facilities. Specialized titanium alloys for
… Prometey has created titanium alloys with the yield strength of 785 MPa and technologies of …