1. Introduction to the constitutive behavior of geomaterials
2. Basic relationships isotropic linear elasticity, the basic material properties
3. Linear anisotropic elasticity
4. Nonlinear elasticity, compressibility, sweeping, Duncan-Chang model
5. Ideal plasticity, Mohr-Coulomb plasticity condition, Drucker-Prager yield surface, plastic potential
6. Plastic constitutive model with hardening behavior, Cam clay model
7. Fundamentals of hypoplastic constitutive model
8. Rheological models, Kelvin rheological model, Maxwell rheological model
2. Basic relationships isotropic linear elasticity, the basic material properties
3. Linear anisotropic elasticity
4. Nonlinear elasticity, compressibility, sweeping, Duncan-Chang model
5. Ideal plasticity, Mohr-Coulomb plasticity condition, Drucker-Prager yield surface, plastic potential
6. Plastic constitutive model with hardening behavior, Cam clay model
7. Fundamentals of hypoplastic constitutive model
8. Rheological models, Kelvin rheological model, Maxwell rheological model