Pages that link to "Item:Q373331"
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The following pages link to Computational modeling of mixed-mode fatigue crack growth using extended finite element methods (Q373331):
Displaying 12 items.
- Boundary element simulation of fatigue crack growth in multi-site damage (Q463491) (← links)
- Mixed-mode crack propagation using a hybrid analytical and extended finite element method (Q554052) (← links)
- Numerical modelling of fatigue crack initiation of martensitic steel (Q964383) (← links)
- The advanced simulation of fatigue crack growth in complex 3D structures (Q1020287) (← links)
- Multiple crack fatigue growth modeling by displacement discontinuity method with crack-tip elements (Q1031633) (← links)
- Modeling quasi-static crack growth with the extended finite element method. I: Computer implementation (Q1434699) (← links)
- Verification of FE model of fatigue crack propagation under~mixed mode conditions (Q1931954) (← links)
- A proposed mixed-mode fracture specimen for wood under creep loadings (Q2439479) (← links)
- Bridging cell multiscale modeling of fatigue crack growth in fcc crystals (Q2952872) (← links)
- A simulation method for high-cycle fatigue-driven delamination using a cohesive zone model (Q2952882) (← links)
- Study on I-II mixed mode crack growth using extended finite element method (Q2993791) (← links)
- Direct FEM Simulation and Replacement Crack Approach for Mixed Mode Crack Growth in a Unit Cell (Q3176882) (← links)