Interaction of the Portevin–Le Chatelier phenomenon with ductile fracture of a thin aluminum CT specimen: experiments and simulations

INIS

• simulation 100%
• interactions 100%
• fractures 100%
• computerized tomography 100%
• aluminum 100%
• dynamics 83%
• strains 83%
• strain aging 83%
• damage 50%
• capture 50%
• alloys 33%
• plasticity 33%
• strain rate 33%
• precursor 16%
• sensitivity 16%
• slip 16%
• finite element method 16%
• notches 16%
• origin 16%
• aluminium alloys 16%
• polycrystals 16%

Keyphrases

• CT Specimen 100%
• Ductile Fracture 100%
• Dynamic Strain Aging 100%
• Strain Localization 80%
• Aging Model 60%
• Slant Fracture 60%
• Plasticity Model 20%
• Tensile Test 20%
• Strain Rate 20%
• Crystal Plasticity 20%
• Aluminum Alloy 20%
• Aging Effect 20%
• Coulomb 20%
• Fracture Criterion 20%
• 3D Finite Element Model 20%
• Physical Origin 20%
• Slip System 20%
• Fracture Phenomena 20%
• Negative Strain Rate Sensitivity 20%
• Intermittent Behavior 20%
• Rousselier Model 20%
• GTN Model 20%
• AA2198-T8 20%
• Ductile Damage Model 20%
• Von Mises Plasticity 20%

Engineering

• Ductile Fracture 100%
• Dynamic Strain Aging 100%
• Strain Localization 80%
• Damage Model 40%
• Simulation Result 20%
• Do Model 20%
• Finite Element Simulation 20%
• Plasticity Model 20%
• Fracture Criterion 20%
• Strain Rate 20%
• Aging Effect 20%
• Strain Rate Sensitivity 20%
• Polycrystalline 20%
• Tensile Test 20%