Lehrinhalte
Various topics are: 1. Introduction, 2. Basics of FIT I, 3. Basics of FIT II, 4. Static problems (electrical/magnetical) (scalar potential), 5. Magnetostatic problems, frequency domain, 5. Time domain integration techniques: Leapfrog I, 7. Time domain integration techniques: Leapfrog II, 8. Other physical problems: heat conduction, 9. Other discretization methods: Finite Element Method.
Literatur
Course notes will be provided.
Voraussetzungen
Recommended: "Computational Electromagnetics and Applications" (also in parallel).
Various topics are: 1. Introduction, 2. Basics of FIT I, 3. Basics of FIT II, 4. Static problems (electrical/magnetical) (scalar potential), 5. Magnetostatic problems, frequency domain, 5. Time domain integration techniques: Leapfrog I, 7. Time domain integration techniques: Leapfrog II, 8. Other physical problems: heat conduction, 9. Other discretization methods: Finite Element Method.
Literatur
Course notes will be provided.
Voraussetzungen
Recommended: "Computational Electromagnetics and Applications" (also in parallel).
- Lehrende: Anonym
- Lehrende: Herbert De Gersem
- Lehrende: Sebastian Schöps
Semester: Verão 2019