1. Introduction to nonlinear systems, linearization, second-order theory
2. Solving nonlinear problems, Newton-Raphson, Arc-length method
3. Classification of nonlinearities in solid mechanics
4. Geometric nonlinearities
5. Linear and nonlinear loss of stability
6. Contacts - analytical solution, penalty method, Lagrange multipliers
7. Numerical approaches in nonlinear mechanics
8. Flow, classification into laminar and turbulent flow
9. Turbulence models, k-epsilon, k-omega
10. Wind load
11. Introduction to coupled FSI analysis, review of one-way FSI
12. Impact loading of bodies, wave propagation in solids
13. Explosions
2. Solving nonlinear problems, Newton-Raphson, Arc-length method
3. Classification of nonlinearities in solid mechanics
4. Geometric nonlinearities
5. Linear and nonlinear loss of stability
6. Contacts - analytical solution, penalty method, Lagrange multipliers
7. Numerical approaches in nonlinear mechanics
8. Flow, classification into laminar and turbulent flow
9. Turbulence models, k-epsilon, k-omega
10. Wind load
11. Introduction to coupled FSI analysis, review of one-way FSI
12. Impact loading of bodies, wave propagation in solids
13. Explosions