Theses
Topics for theses will be found individually. If interested contact: klingenberg@mathematik.uni-wuerzburg.de
It makes sense to attend an AG or Seminar to get familiar with a topic.
Ongoing theses:
Master students:
| Andrea Lörke | non-intrusive data-driven reduced-order modeling for time-dependent parametrized problems coupled with uncertainty quatification |
| Annika Gutzeit | low Mach and well-balanced num. methods for Euler w. gravity using relaxation Riemann solvers |
| Miriam Schönleben | enhancing the computation of wave-type PDEs with the help of deep learning |
| Simon Wenchel | a GPU implementation of a discontinuous Galerkin method applied to the Cahn-Hillard equation |
| Sophie Lauer | proving non-uniqueness of 2-d compressible flow via convex integration |
| Thomas Schuster | using neural networks for efficient numerical simulations of compressible flow |
| David Hannibal | theory of conservation laws |
Bachelor students:
Find more thesis in the list of finished theses.
