Effect of Dislocation Character on the CRSS

Keyphrases

• Dislocation Character 100%
• Critical Resolved Shear Stress 100%
• Misfit 42%
• Slip Plane 42%
• Dislocation 28%
• Structural Materials 28%
• Generalized Stacking Fault Energy 28%
• Dislocation Core 14%
• Predictive Models 14%
• Analytical Approach 14%
• Yield Strength 14%
• Screw 14%
• Strain Field 14%
• Structure-property Relationships 14%
• Mechanical Properties 14%
• Lattice Site 14%
• Energy Landscape 14%
• Metallic Materials 14%
• Elastic Anisotropy 14%
• Cell Area 14%
• Dislocation Slip 14%
• Critical Stress 14%
• Strain Energy 14%
• Wigner-Seitz Cell 14%
• Face-centered Cubic Crystals 14%
• Face-centered Cubic 14%
• Gliding 14%
• Total Energy 14%
• Stress Prediction 14%
• Energy Parameters 14%
• Cubic Materials 14%
• Eshelby 14%
• Energy Calculation 14%
• Fully Anisotropic 14%
• Core Width 14%
• Simple Cubic Lattice 14%
• Shear Stress Level 14%
• Property Prediction 14%
• Stroh Formalism 14%
• Discrete Lattice 14%
• Stress Determination 14%
• Dislocation Core Width 14%
• Dissociated Dislocations 14%

Material Science

• Building Material 100%
• Stacking Fault 100%
• Yield Stress 50%
• Crystalline Material 50%
• Anisotropy 50%
• Metal 50%
• Cubic Material 50%
• Elastic Material 50%
• Stroh Formalism 50%

Engineering

• Critical Resolved Shear Stress 100%
• Energy Engineering 57%
• Slip Plane 42%
• Dislocation Core 28%
• Stacking Fault Energy 28%
• Face-Centered Cubic 28%
• Structural Materials 28%
• Anisotropic 14%
• Analytical Approach 14%
• Strain Field 14%
• Yield Strength 14%
• Lattice Site 14%
• Stress Level 14%
• Cell Area 14%
• Critical Stress 14%
• Strain Energy 14%
• Overprediction 14%