| Date | Lecture | Description | |
|---|---|---|---|
| 06/07/2015 | L1 | Course overview, presentation, motivation. | |
| 07/07/2015 | L2 | A review of classical numerical integration methods. | |
| 08/07/2015 | L3 | Classical mechanics, Lagrangian and Hamiltonian framework. | |
| 09/07/2015 | L4 | Symplectic integration with Runge-Kutta methods. | |
| 13/07/2015 | L5 | Variational integrators. | |
| 14/07/2015 | L6 | Preservation of energy and first integrals. | |
| 15/07/2015 | L7 | Reversibility and volume preservation. | |
| 16/07/2015 | L8 | Simultaneous preservation of multiple geometric properties. | |
| 21/07/2015 | L9 | Backward error analysis. | |
| 22/07/2015 | L10 | Introduction to Lie groups I. | |
| 23/07/2015 | L11 | Introduction to Lie groups II. Commutator free methods. | |
| 27/07/2015 | L12 | Lie group integrators I. | |
| 28/07/2015 | Supervision. | ||
| 29/07/2015 | Supervision. | ||
| 30/07/2015 | L13 | Lie group integrators and applications of Lie groupintegrators. |