Crack-parallel stress effect on fracture energy of plastic hardening polycrystalline metal identified from gap test scaling

Keyphrases

• Stress Effect 100%
• Fracture Energy 100%
• Plastic Hardening 100%
• Gap Test 100%
• Polycrystalline Metals 100%
• Fracture Process Zone 80%
• Yielding Zone 60%
• Tensorial 40%
• Millimeter-scale 40%
• Aluminum Alloy 40%
• Linear Elastic Fracture Mechanics 40%
• Micrometer Scale 40%
• Scaling Laws 20%
• Enlargement 20%
• Phase-field Model 20%
• Large-scale Structure 20%
• Yield Strength 20%
• Test Use 20%
• Elastoplastic 20%
• Crack Tip 20%
• Small Structure 20%
• Size Effect Law 20%
• Quasi-brittle Materials 20%
• Structural Strength 20%
• Crack Band Model 20%
• Strength Scaling 20%
• Fracture Type 20%
• Three-point Bending 20%
• Fracture Specimens 20%
• Nonlocal Model 20%
• Fracture Test 20%
• Notched Beam 20%
• Integral Value 20%
• Finite Width 20%
• Four-point Bending 20%
• Material Stress 20%
• Size Effect Method 20%
• Material Fracture 20%
• Damage Constitutive Model 20%
• Bending Beam 20%
• Peridynamics 20%
• Cohesive Crack 20%
• Crack Model 20%
• Line Crack 20%
• T-stress 20%
• End Support 20%
• Parallel Compression 20%
• Critical J-integral 20%
• Large Scale Yielding 20%
• Crack Field 20%
• Generalized Scaling Law 20%

Engineering

• Process Zone 100%
• Fracture Energy 100%
• Polycrystalline Metal 100%
• Linear Elastic Fracture Mechanic 50%
• Scaling Law 50%
• Size Effect 50%
• Applicability 25%
• Constitutive Model 25%
• Band Model 25%
• Crack Tip 25%
• Structural Strength 25%
• Scale Structure 25%
• Field Model 25%
• Cohesive Crack 25%
• Nonlocal Model 25%
• Material Stress 25%
• Crack Line 25%
• Scale Yielding 25%
• Phase Field 25%
• End Support 25%
• Compression Parallel 25%
• Concrete (Composite Building Material) 25%
• Peridynamics 25%
• J-Integral 25%
• Large Scale Yielding 25%
• Yield Point 25%