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Structural strength of titanium alloys toughened by heat treatment
VT6S, VT15 and VT16 alloys were tested by biaxial loading; small pressure vessels (100 mm diam, wall thickness 1.5 mm) were produced from pressed tubes; maximum strength (to 140 kg/sq mm) was obtained for VT16 alloy (pressing to 870 C, deformation 85%, cooling in water and aging at 510 to 520 C for 16 hr); possibility of producing small vessels from titanium alloys, toughened by heat treatment to 124 and 147 kg/sq mm, has been demonstrated. (see also English translation in Metal Science and Heat Treatment n 5-6 May-June 1964 p 334-7)
Structural strength of titanium alloys toughened by heat treatment
VT6S, VT15 and VT16 alloys were tested by biaxial loading; small pressure vessels (100 mm diam, wall thickness 1.5 mm) were produced from pressed tubes; maximum strength (to 140 kg/sq mm) was obtained for VT16 alloy (pressing to 870 C, deformation 85%, cooling in water and aging at 510 to 520 C for 16 hr); possibility of producing small vessels from titanium alloys, toughened by heat treatment to 124 and 147 kg/sq mm, has been demonstrated. (see also English translation in Metal Science and Heat Treatment n 5-6 May-June 1964 p 334-7)
Structural strength of titanium alloys toughened by heat treatment
Konstruktivnaya prochnost termicheski uprochnennykh titanovykh splavov
Glazunov, S.G. (author) / Khorev, A.I. (author) / Moiseev, V.N. (author)
1964
4 pages
Plate
Article (Journal)
Russian
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