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Fracture characteristics of notched tensile specimens of titanium and titanium alloy
Effects of notch geometry, temperature, and prior strain temperature history on initiation and propagation of fracture; notched specimens of circular cross-section were extended to fracture at 100, 25, -- 78, and -- 196 C, or at combination of 2 temperatures; initiation of fracture was correlated with embrittlement factors associated with notch geometry. (formerly ASTM -- Bul)
Fracture characteristics of notched tensile specimens of titanium and titanium alloy
Effects of notch geometry, temperature, and prior strain temperature history on initiation and propagation of fracture; notched specimens of circular cross-section were extended to fracture at 100, 25, -- 78, and -- 196 C, or at combination of 2 temperatures; initiation of fracture was correlated with embrittlement factors associated with notch geometry. (formerly ASTM -- Bul)
Fracture characteristics of notched tensile specimens of titanium and titanium alloy
Matls Research Standards
Geil, G.W. (Autor:in) / Carwile, N.L. (Autor:in)
1961
6 pages
Standard
Englisch
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