Stress Intensity Factor

Curved Fatigue Cracks Under Complex Loading

Finite Element / Crack propagation / Numerical Simulation / Power Generation / Cost effectiveness / Stress Intensity Factor

Curved Fatigue Cracks Under Complex Loading

Finite Element / Crack propagation / Numerical Simulation / Power Generation / Cost effectiveness / Stress Intensity Factor

Analysis of an elliptical crack parallel to a bimaterial interface under tension

Materials Engineering / Mechanical Engineering / Civil Engineering / Density-functional theory / Mechanics of Materials / Stress Intensity Factor / Integral Equation / Numerical Calculation / Stress Intensity Factor / Integral Equation / Numerical Calculation

Analysis of an elliptical crack parallel to a bimaterial interface under tension

Materials Engineering / Mechanical Engineering / Civil Engineering / Modeling / Density-functional theory / Mechanics of Materials / Elasticity / Density Functional Theory / Stress Intensity Factor / Interface / Integral Equation / Traction / Numerical Calculation / Elastic Constant / Mechanics of Materials / Elasticity / Density Functional Theory / Stress Intensity Factor / Interface / Integral Equation / Traction / Numerical Calculation / Elastic Constant

Subcritical crack growth in porcelains, glass-ceramics, and glass-infiltrated alumina composite for dental restorations

Materials Engineering / Biomedical Engineering / Materials / Scanning Electron Microscopy / Dental Materials / Corrosion / Stress corrosion cracking / Fatigue crack growth / Crack propagation / Ceramics / Humans / Optical microscopy / Stress Intensity Factor / Dental Porcelain / X ray diffraction / Surface Properties / Microstructures / Aluminum oxide / Chemical Composition / Fracture Toughness / Materials Testing / X ray Fluorescence / Aspect Ratio / Corrosion / Stress corrosion cracking / Fatigue crack growth / Crack propagation / Ceramics / Humans / Optical microscopy / Stress Intensity Factor / Dental Porcelain / X ray diffraction / Surface Properties / Microstructures / Aluminum oxide / Chemical Composition / Fracture Toughness / Materials Testing / X ray Fluorescence / Aspect Ratio

Crack problems in a poroelastic medium: an asymptotic approach

Civil Engineering / Integral Equations / Multidisciplinary / Dislocations / Laplace Transform / Stress Intensity Factor / Real Time / Stability of Functional Equation / Time Dependent / Porous Medium / Integral Equation / Boundary Condition / Pore Pressure / Asymptotic Behavior / Fourier Transformation / Stress Intensity Factor / Real Time / Stability of Functional Equation / Time Dependent / Porous Medium / Integral Equation / Boundary Condition / Pore Pressure / Asymptotic Behavior / Fourier Transformation

Crack Problems in a Poroelastic Medium: An Asymptotic Approach

Civil Engineering / Integral Equations / Multidisciplinary / Dislocations / Laplace Transform / Stress Intensity Factor / Real Time / Stability of Functional Equation / Time Dependent / Porous Medium / Integral Equation / Boundary Condition / Pore Pressure / Asymptotic Behavior / Fourier Transformation / Stress Intensity Factor / Real Time / Stability of Functional Equation / Time Dependent / Porous Medium / Integral Equation / Boundary Condition / Pore Pressure / Asymptotic Behavior / Fourier Transformation

Transient response of a permeable crack normal to a piezoelectric-elastic interface: Anti-plane problem

Mechanical Engineering / Applied Mathematics / Laplace Transform / Stress Intensity Factor / Integral Transforms / Transient Response / Time Domain / Electric Field / Energy release rate / Fredholm integral equation / Transient Response / Time Domain / Electric Field / Energy release rate / Fredholm integral equation

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