What people are saying - Write a review
We haven't found any reviews in the usual places.
AN INVESTIGATION OF THE EFFECT OF THERMAL GRADIENTS
Contents of Volume
EFFECT OF TENSIONCOMPRESSIVE CYCLING ON FATIGUE CRACK
115 other sections not shown
Other editions - View all
alloys amplitude loading analysis applied ASTM ASTM STP austenitic behavior brittle carbides cavitation cavity composite compression constant crack closure crack extension crack front crack growth rate crack length crack path crack propagation crack tip craze creep critical curve cycle cyclic damage accumulation decreases deformation delamination dependence dislocation displacement distribution ductile dynamic elastic energy Engineering equation experimental failure fatigue crack growth fiber Fract Fracture Mechanics fracture process fracture surface fracture toughness frequency grain boundary Hertzberg hydrogen increase initiation integral interaction intergranular Knott J.F. laminate material matrix Mech metals microcracks microstructure mode near-threshold notch nucleation observed obtained occurs parameter particles path-independent plane plane strain plastic zone polymers prediction pressure Proc ratio reduced residual stresses Ritchie shear short cracks shown in Fig specimen steels strain strength stress field stress intensity factor structure Suresh temperature tensile tensile stress thickness values void volume fraction yield stress