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Effect of fatigue and strain ageing on transition temperature of mild steel
Effect of fatigue stressing in plastic range and at slow strain rates; transition temperature is first raised after 10 cycles and then lowered after 100 cycles of stress; strain aging raises transition temperature at both endurances; maximum danger of inducing brittle fracture in mild steel under these conditions will therefore occur early in fatigue life of material.
Effect of fatigue and strain ageing on transition temperature of mild steel
Effect of fatigue stressing in plastic range and at slow strain rates; transition temperature is first raised after 10 cycles and then lowered after 100 cycles of stress; strain aging raises transition temperature at both endurances; maximum danger of inducing brittle fracture in mild steel under these conditions will therefore occur early in fatigue life of material.
Effect of fatigue and strain ageing on transition temperature of mild steel
Engineer
Williams, T.R.G. (author) / Lawrence, C.C. (author)
Engineer ; 214
1962
2 pages
Article (Journal)
English
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