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CONDITIONS FOR CRACK GROWTH
STRESS INTENSITY FACTOR
13 other sections not shown
Akad alloy applied approximate assumed axis boundary conditions brittle fracture calculation characteristic Cherepanov G. P. co-ordinates coefﬁcients components considered constant contour corresponding crack growth crack length crack propagation crack surface cracked body cracked plane criterion critical stress curve deﬁned determined elastic-plastic equal experimental expression external load factor of safety ﬁnd ﬁnite element method ﬁrst forces formula fracture energy density fracture mechanics fulﬁlled function given increases inﬁnite initial crack integral linear material Mathieu functions Morozov E. M. nodes non-dimensional number of cycles obtain parameter Parton V. Z. plane strain plane stress plastic deformation plastic region plastic zone plate Prikl relation residual stresses Russian satisﬁes shearing shearing stresses Solids solution solving specimen stiffness matrix stress intensity factor structure subcritical fracture diagrams sufﬁciently symmetric temperature theory of elasticity thermal tion triangle ultimate fracture strength variation velocity viscoelastic zero