Finite Element Analysis and Constitutive Modelling in Geomechanics

This course is highly valuable for postgraduate students, researchers, and practicing geotechnical engineers who want to move beyond conventional analytical methods and adopt advanced numerical modeling techniques. With increasing complexity in geotechnical projects such as deep excavations, underground structures, and complex soil conditions, FEM-based analysis has become an essential engineering tool.

Enrolling in this course helps learners gain expertise in modern geotechnical analysis methods used in industry and research. It strengthens problem-solving skills, enhances understanding of soil and rock behavior, and prepares learners for careers in geotechnical consultancy, research organizations, infrastructure development, and advanced academic studies.

1. Fundamentals of finite element method (FEM)

2. Discretization and mesh generation

3. Shape functions and interpolation techniques

4. Governing equations and solution strategies

5. Stress–strain behavior of soils and rocks

6. Elastic and elasto-plastic constitutive models

7. Mohr–Coulomb and Drucker–Prager models

8. Advanced constitutive models for geomaterials

9. Initial stress and boundary conditions in FEM

10. Coupled hydro-mechanical analysis

11. Numerical modeling of foundations and slopes

12. FEM analysis of excavations and tunnels

13. Soil–structure interaction modeling

14. Interpretation and validation of numerical results