Fracture 1977: Advances in Research on the Strength and Fracture of Materials. Fatigue. vol.2BDavid M. R. Taplin |
Contents
FOREWORD XV | 659 |
ACKNOWLEDGEMENTS xxi | 667 |
NOMENCLATURE xxviii | 674 |
Copyright | |
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Common terms and phrases
alloy ASTM ASTM STP austenitic behaviour corrosion crack closure crack front crack growth rate crack initiation crack length crack propagation crack propagation rate crack tip creep cycles to failure cyclic strain da/dN decrease dislocation ductility effect elastic environment equation experimental fatigue crack growth fatigue crack propagation fatigue damage fatigue limit fatigue tests ferrite Fracture Mechanics fracture surface frequency grain boundaries hardening increase isothermal Kmax low cycle fatigue martensite material mean stress Mech metal microstructure MN/mē mode nominal stress notch nucleation number of cycles observed obtained occur overload oxide parameters pearlite plane plane strain plastic deformation plastic strain plastic zone prediction prior fatigue ratio S-N curve shown in Figure shows slip bands specimens stainless steel strain range stress amplitude stress intensity factor stress level stress range structure temperature tensile tensile stress thermal torsional Trans vacuum values weld yield stress