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Fine-grained Ti–16V–3.5Al–3Sn alloys were fabricated through the stress-induced martensite and its reverse transformations. All tensile curves of the alloys showed double yielding, high strain hardening and low trigger stress for martensitic transformation. As the grain size increased, the trigger stress decreased and then increased again, while the dimples on the fractured surface became large and...
Submicron-sized β grains were attained in a metastable βTi 77.5 V 15.9 Al 3.6 Sn 3.0 alloy through the strain-induced martensite and its reverse transformations process, characterized by a single cycle of conventional cold rolling and annealing. The grain refinement was attributed mainly to the reverse-transformed β grains from nanosized α′′ and α phases. During the...
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