A coupled dislocation-hydrogen based model of inelastic deformation

Physics

• Hydrogen 43%
• Strain 20%
• Constriction 20%
• Gradients 13%
• Thermodynamics 10%
• Model 6%
• Deformation 6%
• Spacing 6%
• Temperature 3%
• Standard 3%
• Free Energy 3%
• Dissipation 3%
• Plastic Properties 3%
• Mean Free Path 3%
• Stretching 3%
• Elasticity 3%

Engineering

• Thermodynamics 10%
• Models 6%
• Deformation 6%
• Elastic Strain 6%
• Chemical Potential 6%
• Temperature 3%
• Solute 3%
• Yields 3%
• Energy Engineering 3%
• Density 3%
• Internals 3%
• Dislocation Density 3%
• Mass Balance 3%
• Satisfies 3%
• Equilibrium Condition 3%
• Heat Conduction Equation 3%
• Flow Property 3%
• Activation Energy 3%
• Storage 3%
• Experimental Observation 3%
• Activation 3%
• Observed Flow 3%
• Concentration Gradient 3%
• Mean Free Path 3%
• Divergence 3%
• Source Term 3%
• Fick's Law 3%
• General Form 3%
• Thermodynamic Framework 3%
• Plastic Flow Rule 3%
• Dissipation Inequality 3%
• Helmholtz Free Energy 3%
• Internal State Variable 3%
• Microlevel 3%

Material Science

• Dislocation 100%
• Material 10%
• Mechanical Strength 6%
• Plastics 3%
• Elastic Constant 3%
• Viscoplasticity 3%