1. Introduction, revision (numerical methods, modeling, linear continuum mechanics)
2. Finite element method, Finite difference method, Boundary element method - repetition of knowledge
3. Nonlinear mechanics and types of nonlinearity in mechanics - introduction
4. Methods of solving nonlinear problems - Newton-Rhapson method, Arc length method
5. Nonlinear geometries (large displacements, large deformations) - introduction, examples and their possible solutions
6. Nonlinearities geometric (large displacements, large deformations) - numerical solution
7. Material nonlinearities. - introduction, possibilities of solution
8. Material nonlinearities. - numerical solution
9. Nonlinearities of state, contact problems
10. Nonlinearities of state, contact problems. - numerical solution
11. Stability problems - linear and nonlinear loss of shape stability, introduction
12. Stability problems - numerical solution
13. Other numerical methods in continuum mechanics (MFD, MHP, mesh free methods)
14. Solving large problems (supercomputing)
2. Finite element method, Finite difference method, Boundary element method - repetition of knowledge
3. Nonlinear mechanics and types of nonlinearity in mechanics - introduction
4. Methods of solving nonlinear problems - Newton-Rhapson method, Arc length method
5. Nonlinear geometries (large displacements, large deformations) - introduction, examples and their possible solutions
6. Nonlinearities geometric (large displacements, large deformations) - numerical solution
7. Material nonlinearities. - introduction, possibilities of solution
8. Material nonlinearities. - numerical solution
9. Nonlinearities of state, contact problems
10. Nonlinearities of state, contact problems. - numerical solution
11. Stability problems - linear and nonlinear loss of shape stability, introduction
12. Stability problems - numerical solution
13. Other numerical methods in continuum mechanics (MFD, MHP, mesh free methods)
14. Solving large problems (supercomputing)