A simple theory of strain gradient plasticity based on stress-induced anisotropy of defect diffusion

Keyphrases

• Strain Gradient Plasticity 100%
• Stress Anisotropy 100%
• Defect Diffusion 100%
• Simple Theory 100%
• Yield Condition 40%
• Cumulative Plastic Strain 40%
• Defect Density 20%
• Mathematical Formulation 20%
• Distinctive Features 20%
• New Strain 20%
• Divergence 20%
• Numerical Implementation 20%
• Microcracks 20%
• Algebraic Equation 20%
• Direct Use 20%
• Damage Accumulation 20%
• Macroscopic Scale 20%
• Conductivity Tensor 20%
• Anisotropy 20%
• Stress Tensor 20%
• Metal Plasticity 20%
• Micron-scale 20%
• Surface Defects 20%
• Plastic Flow 20%
• Material Length Parameter 20%
• Dislocation Defect 20%
• Physical Interpretation 20%
• Second-order Tensor 20%
• Material Characteristic Length 20%
• Defect Evolution 20%
• Strain Gradient Plasticity Theory 20%
• Strain Gradient Theory 20%
• Hardening Conditions 20%
• Flow Theory 20%
• Quasistatic Evolution 20%
• Higher-order Stress 20%
• Line Dislocation 20%

Engineering

• Induced Stress 100%
• Defects 100%
• Strain Gradient Plasticity 100%
• Characteristic Length 18%
• Numerical Implementation 9%
• Defect Density 9%
• Proportionality 9%
• Conductivity Tensor 9%
• Algebraic Equation 9%
• Surface Defect 9%
• Identity Tensor 9%
• Accumulated Plastic Strain 9%
• Plasticity Theory 9%
• Main Source 9%
• Plastic Flow 9%
• Strain Gradient 9%
• Damage Accumulation 9%
• Effective Plastic Strain 9%
• Macroscopic Scale 9%
• Flow Theory 9%
• Dislocation Line 9%
• Material Characteristic 9%

Material Science

• Anisotropy 100%
• Strain Gradient Plasticity 100%
• Density 25%
• Defect Density 25%
• Surface Defect 25%
• Plastic Flow 25%
• Plasticity Theory 25%