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Brittle fracture of carbon steels by impact stressing
6 steels with 0.02-0.65% C were compared in static tensile tests, uniaxial impact tensile tests, and multiaxial notch impact bending tests; testing temperature, rate of deformation, and structural condition of steels were varied; it is shown that Arrhenius equation can be applied to dependence of transition temperature on deformation rate; equation for changes in transition temperature was derived.
Brittle fracture of carbon steels by impact stressing
6 steels with 0.02-0.65% C were compared in static tensile tests, uniaxial impact tensile tests, and multiaxial notch impact bending tests; testing temperature, rate of deformation, and structural condition of steels were varied; it is shown that Arrhenius equation can be applied to dependence of transition temperature on deformation rate; equation for changes in transition temperature was derived.
Brittle fracture of carbon steels by impact stressing
Zur Frage des Sproedbruchs unlegierter Staehle bei schlagartiger Belastung
Wellinger, K. (Autor:in) / Wittwer, H.J. (Autor:in)
1963
10 pages
Aufsatz (Zeitschrift)
Deutsch
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