On the high-pressure phase stability and elastic properties of β-titanium alloys

D Smith, OPJ Joris, A Sankaran… - Journal of Physics …, 2017 - iopscience.iop.org
D Smith, OPJ Joris, A Sankaran, HE Weekes, DJ Bull, TJ Prior, D Dye, D Errandonea…
Journal of Physics: Condensed Matter, 2017iopscience.iop.org
We have studied the compressibility and stability of different β-titanium alloys at high
pressure, including binary Ti–Mo, Ti–24Nb–4Zr–8Sn (Ti2448) and Ti–36Nb–2Ta–0.3 O
(gum metal). We observed stability of the β phase in these alloys to 40 GPa, well into the ω
phase region in the P–T diagram of pure titanium. Gum metal was pressurised above 70
GPa and forms a phase with a crystal structure similar to the η phase of pure Ti. The bulk
moduli determined for the different alloys range from 97±3 GPa (Ti2448) to 124±6 GPa (Ti …
Abstract
We have studied the compressibility and stability of different β-titanium alloys at high pressure, including binary Ti–Mo, Ti–24Nb–4Zr–8Sn (Ti2448) and Ti–36Nb–2Ta–0.3 O (gum metal). We observed stability of the β phase in these alloys to 40 GPa, well into the ω phase region in the P–T diagram of pure titanium. Gum metal was pressurised above 70 GPa and forms a phase with a crystal structure similar to the η phase of pure Ti. The bulk moduli determined for the different alloys range from 97±3 GPa (Ti2448) to 124±6 GPa (Ti–16.8 Mo–0.13 O).
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