Principles of Mechanical Metallurgy

alloys analysis anelastic applied stress ASME ASTM atoms behavior brittle Burgers vector cleavage crack components composite compressive considered constant corrosion crack growth rate crack length crack propagation crack tip creep deformation creep rate criterion crystal cyclic dependence determined discussed ductility effect elastic elevated temperature engineering equation failure fatigue crack fibers fracture mechanics fracture toughness given grain boundary grain boundary sliding Hence high strength high temperature increase interaction K₁ lattice loading material matrix maximum Mech metals modulus normal notch obtained occur parameter particles plane strain plane stress plastic deformation plastic strain plastic zone plot precipitates predicted principal stress Proc produced ratio relation Section shear stress shown in Fig slip plane solid specific specimen steel strain hardening strain rate stress concentration stress intensity factor stress-strain curve structure take place tensile strength tensile stress tension Trans uniaxial vacancies volume fraction yield stress