GOALS: This course aims at providing students with theoretical and practical skills to understand and perform non -linear computations.
Learning outcomes:
INTENDED LEARNING OUTCOMES | LEVEL(*) | TEACHING STRATEGIES |
Understand basics of non-linear finite element problems in the time domain or in the material domain | C | Lectures/Tutorials/Laboratory |
(*) Levels: K: Knowledge, C: Comprehension, AP: Application, AN: Analysis, S: Synthesis, E: Expertness
Content headlines:
Practical works 1 (1h30 Lecture CLB, 3h Tutorial CLB)
Introduction to Cast3M FE Code
Numerical methods for non-linear problems (3h Lecture GPC, 3h Tutorial CLB)
Iterative solution to non-linear problems
Time dependant problems and discretization
Computational dynamics of structures (3h Lecture GPC, 3h Tutorial CLB)
Frequential analysis
Time domain simulations
Practical works 2 (6h)
Mini project illustrating the two above points
Non-linear behaviour of materials (4h30 Lecture CLB, 4h30 Tutorial CLB)
Reminders on elasticity and elastic criteria
Theory of plasticity
Damage mechanics
Practical works 3 (4h30 CLB)
Mini project illustrating the above point
- Profesor: Christian La Borderie