Layered composites with an interface flaw
Stress intensity factors and strain energy rate for bonded layered composites with interface flaw /crack/
Engineering topics
Publications and source records attributed to Erdogan, F..
Stress intensity factors and strain energy rate for bonded layered composites with interface flaw /crack/
Stress distribution in plates and tubes bonded by stepped joints, assuming generalized plane stress
Stress analysis of multilayered composite structures with flaws, emphasizing application to fracture studies
Stress intensity factors of periodically spaced elastic cover plates bonded to elastic half plane, solving contact problem by Fredholm integral equation
Fatigue and fracture in elastic cylindrical shells with circumferential crack under axial tension, noting precracked specimens
Plastic deformation and crack opening displacement in thin walled, cylindrical shells
Simultaneous singular integral equations approximate solution in orthogonal polynomials
Meridional crack problem for cylindrical and spherical shells solved for uniform membrane load and bending moment, obtaining stress intensity components
Fatigue crack propagation in cylindrical shells under fluctuating internal pressure, considering stress intensity factor
Fatigue crack propagation and fracture toughness in pressurized thin walled cylindrical tubes, basing analysis on shallow shell bending theory
Fatigue crack propagation in cylindrical shells with fluctuating internal pressure
Fatigue crack propagation in thin cylindrical shells
Numerical analysis of meridional crack in cylindrical and spherical shells subjected to internal pressure
Approximate solution of system of singular integral equations
Dynamic and fatigue crack propagation theories for brittle and quasi-brittle solids and plates
Mean stress effect on fatigue crack propagation in thin plates under fluctuating plane extension and cylindrical bending
Mean stress effect on fatigue crack propagation in thin plates under fluctuating plane extension and cylindrical bending