Key lectures

1. Gregoire Allaire, Topology optimization with the homogenization and the level-set methods.

2. Kaushik Bhattacharya, Thin films of active materials.

3. Andrea Braides, The passage from discrete to continuous variational problems: a nonlinear homogenization process.

4. Andrej Cherkaev, Structures of bi-stable inertial elements: waves, averaging, control.

5. Tomasz Lewiński, Homogenization and optimum design in structural mechanics.

6. Robert Lipton, Optimal design of functionally graded structures for maximum strength and stiffness.

7. François Murat, Existence and homogenization for the problem: -div a(x,Du)=f with a (x,x) maximal monotone graph in x for every x given.

8. Pablo Pedregal, Optimal design via variational principles.

9. Pedro Ponte Castañeda, Linear comparison methods in non-linear homogenization: Theory and applications.

10. Tomas Roubiček, Models of microstructure evolution in smart materials.

11. Pierre Suquet, Bounds and estimates for nonlinear composites in the light of numerical simulation.

12. Józef Joachim Telega, Stochastic homogenization.