Program
| Monday | Tuesday | Wednesday | Thursday | Friday | |
| 08.50-9.00 | Welcome and announcements | ||||
| 09.00-10.00
Lecture 1 |
1 . Variational Formulations (RLT) | 7. Theoretical mixed methods (CL) | 13. Nonlinear solid mechanics large strain (FA) | 19. Introduction to isogeometric analysis (AR) | 25. VEM in structural mechanics (CL) |
| 10.00-10.30
Coffee break |
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| 10.30-11.30
Lecture 2 |
2. Finite elements in 1-d solids (MB) | 8. Advanced inelastic constitution small strain (FA) | 14. Nonlinear constitution large strain (PW) | 20. Structural Dynamics and high order approximations of structural vibration and dynamic problems (AR) |
26. Multi-scale problems: FE^2 (RLT) |
| 11.30-12.30
Lecture 3 |
3. Finite element technology for 2-d solids (MB) | 9. Introduction to VEM: beams and simple elastic problems (PW) | 15. Nonlinear constitution: plasticity large strain (PW) | 21. Contact problems (RLT) | 27. Fluid dynamics and fluid structure interaction (MB) |
| 12.30-14.00
Lunch |
– | ||||
| 14.00-15.00
Lecture 4 |
4. Structural finite elements: beams, plates and shells (MB) | 10. Geometrically nonlinear analysis and path following (MB) | 16. Stability analysis (MB) | 22. Mathematical aspects of Isogeometric Analysis (GS) | |
| 15.00-15.30
Coffee break |
– | – | – | – | |
|
15.30-17.30
Lecture, tutorial, discussion
|
5. Inelastic constitution small strain (FA) | 11. Tutorial on locking problems (MB & RLT) | 17. Tutorial on nonlinear and stability analysis (MB) | 23. Particle, Meshless, and Collocation Schemes (AR) | |
| 6. Tutorial. Intro to FEAPpv (RLT) | 12. Tutorial on constitutive equation in FEAP (RLT) | 18. Tutorial on VEM in FEAP (RLT) | 24. Tutorial (AR & MB & RLT) |