Fatigue crack growth

MODELADO NUMERICO DE LA PROPAGACIÓN DE FISURAS POR FATIGA EN SÓLIDOS MICROFISURADOS

Fatigue crack growth / Boundary Element Method / Fracture Mechanic

CALCULO DEL TÉRMINO NO SINGULAR DE TENSIONES EN UNA GRIETA 3D MEDIANTE UNA INTEGRAL INDEPENDIENTE DEL DOMINIO

Linear Elasticity / Fatigue crack growth / Analytical Method / Stress distribution / Stress Distribution

CALCULO DEL TÉRMINO NO SINGULAR DE TENSIONES EN UNA GRIETA 3D MEDIANTE UNA INTEGRAL INDEPENDIENTE DEL DOMINIO

Linear Elasticity / Fatigue crack growth / Analytical Method / Stress distribution / Stress Distribution

Mullite-refractory metal (Mo, Nb) composites

Materials Engineering / Thermodynamics / Fatigue crack growth / Particle Size / Microstructures / Wear resistance / Electric Conductivity / Volume Fraction / Wear resistance / Electric Conductivity / Volume Fraction

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

Effect of micro-cavities on different plastic zones ahead of a fatigue crack tip of compact tension specimen

Mechanics of Fracture, Fatigue and Damage / Fatigue crack growth

Mode I intra-laminar crack growth in composites — modelling of R-curves from measured bridging laws

Materials Engineering / Mechanical Engineering / Aerospace Engineering / Finite element method / Finite Element / Fracture Mechanics / Comparative Study / Fatigue crack growth / Numerical Simulation / Delamination / Composite Material / Steady state / J integral / Epoxy Resin / Fracture Toughness / Carbon Fiber / Linear elastic fracture mechanics / Fracture Mechanics / Comparative Study / Fatigue crack growth / Numerical Simulation / Delamination / Composite Material / Steady state / J integral / Epoxy Resin / Fracture Toughness / Carbon Fiber / Linear elastic fracture mechanics

Mode I intra-laminar crack growth in composites � modelling of R-curves from measured bridging laws

Materials Engineering / Mechanical Engineering / Aerospace Engineering / Finite element method / Finite Element / Fracture Mechanics / Comparative Study / Fatigue crack growth / Numerical Simulation / Delamination / Composite Material / Steady state / J integral / Epoxy Resin / Fracture Toughness / Carbon Fiber / Linear elastic fracture mechanics / Fracture Mechanics / Comparative Study / Fatigue crack growth / Numerical Simulation / Delamination / Composite Material / Steady state / J integral / Epoxy Resin / Fracture Toughness / Carbon Fiber / Linear elastic fracture mechanics

On efficiency of identification of a stochastic crack propagation model based on Virkler experimental data

Mechanical Engineering / Mathematical Modelling / Experimental Design / Fatigue crack growth / Crack propagation / Classical Physics / Cross Validation / Mathematical Model / Experimental Data / Classical Physics / Cross Validation / Mathematical Model / Experimental Data

Fatigue Crack Propagation in Ceria-Partially-Stabilized Zirconia (Ce-TZP)-Alumina Composites

Materials Engineering / Mechanical Engineering / Transformation / Heat Treatment / Fatigue crack growth / Crack propagation / Composite Material / Fatigue Crack Propagation / Crack propagation / Composite Material / Fatigue Crack Propagation

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