A computational study of plastic deformation in AISI 304 induced by surface mechanical attrition treatment

Keyphrases

• Plastic Deformation 100%
• Computational Study 100%
• Surface Mechanical Attrition Treatment 100%
• AISI 304 100%
• Ballistic Impact 50%
• AISI 304 Steel 33%
• Treatment Process 33%
• Mechanical Properties 16%
• Finite Element Method 16%
• Grain Size 16%
• Bulk Material 16%
• Surface Layer 16%
• Compressive Residual Stress 16%
• High Strain Rate 16%
• Surface Structure 16%
• Dynamic Process 16%
• Statistical Features 16%
• Stress Deformation 16%
• Residual Stress Distribution 16%
• Grain Refinement 16%
• Impact Model 16%
• Refinement Process 16%
• Plastic Deformation Behavior 16%
• Low Stacking Fault Energy 16%
• Computational Modeling 16%
• Vertical Deformation 16%
• Johnson-Cook Model 16%
• Physical-chemical Properties 16%
• Impact Frequency 16%
• Pure Metals 16%
• Random Impacts 16%
• Ball Diameter 16%
• Elastic-plastic Dynamics 16%
• Nanoscale Regime 16%
• Impact Angle 16%
• Physical-mechanical Properties 16%
• Impact Ball 16%
• Metallic Target 16%
• Incident Impacts 16%

Engineering

• Plastic Deformation 100%
• Deformation Behavior 33%
• Nanometre 33%
• Structure Surface 33%
• Simulation Result 33%
• Compressive Residual Stress 33%
• Plasticity Model 33%
• Bulk Material 33%
• High Strain Rate 33%
• Residual Stress Distribution 33%
• Target Material 33%
• Refinement Process 33%
• Impact Angle 33%
• 304 Stainless Steel 33%
• Dynamic Process 33%
• Stacking Fault Energy 33%
• Finite Element Analysis 33%
• Surface Layers 33%

Material Science

• Plastic Deformation 100%
• Surface (Surface Science) 100%
• Residual Stress 28%
• Grain Refinement 14%
• Strain Rate 14%
• Grain Size 14%
• Finite Element Methods 14%
• Surface Structure 14%
• 304 Stainless Steel 14%
• Crystal Defect 14%