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Lecture
Fracture Mechanics: Toughening Mechanisms and Resistance Curve
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Related lectures (31)
Fracture Mechanics: Mixed-Mode Energy Release Rate
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Explores fracture mechanics, focusing on energy release rate in mixed-mode loading conditions and crack growth directions.
Fracture Mechanics: Introduction and Crack Growth Analysis
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Covers the basics of fracture mechanics, including crack shape and growth analysis.
Cohesive Zone in Fracture Mechanics
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Explores crack-tip energy dissipation, the Cohesive Zone concept, and Atomistic Cohesive Zone Law in fracture mechanics.
Fracture Mechanics: Stress Intensity Factors
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Covers stress intensity factors, crack opening modes, and thickness dependency in fracture mechanics.
Crack Tip Plasticity in Materials
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Explores crack tip plasticity in materials, emphasizing the importance of the plastic zone in crack resistance.
Fracture Mechanics: Crack Growth and Stability
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Explores crack propagation, stability, cohesive zones, and fatigue crack growth in materials.
Fracture Mechanics: Mixed-Mode Loading
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Explores fracture mechanics under mixed-mode loading, covering crack growth modes, energy release rates, and material parameters.
Fracture Mechanics: Exercises Review
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Covers exercises on fracture mechanics, stress factors, and material behavior.
Fracture Mechanics: Cohesive Zone Model
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Explores crack-tip energy dissipation, cohesive zone model analysis, small-scale yielding, stress fields near crack tips, and atomistic stress results.
Fracture Mechanics: Energy Release Rate and Stress Field Analysis
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Covers crack growth conditions, stress field analysis, crack solutions, modulus effects, and crack-tip energy dissipation.
Snow Mechanics: Avalanche Dynamics
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Explores snow mechanics and avalanche dynamics, covering crack propagation, slab tensile failure, and friction in slab release.
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