| Titel | Tutor | Type |
|---|---|---|
| Numerical Simulations (Hybrid RANS/ LES Approaches) for the Heat Transfer of Ribbed Cooling Channels in the First Wall of Future Fusion Reactors (DEMO) | Dr. Ch. Klein, INR Tel: +49 72160822251 E-mail: Christine.Klein@kit.edu |
Bachelor Thesis / Master Thesis |
| Neutron physical analyses for the DEMO fusion reactor | Dr. D. Leichtle, INR |
Bachelor/Master thesis |
| Development of models for ATF fuel for implementation in the European Incident Code ASTEC | Dr. V. H. Sánchez Espinoza (victor.sanchez@kit.edu) or Dr.-Ing. Fabrizio Gabrielli (fabrizio.gabrielli@kit.edu) |
Master Thesis |
| Impact of the Resonance Scattering Method on spent fuel inventory using MCNP/CINDER/DBRC | Prof. Dr. R. Dagan, INR Tel. +49 72160823441 email: ron.dagan@kit.edu |
Master Thesis |
| Working on new technologies in the fuel cycle of the Demonstration fusion power plant DEMO | Dr. Ch. Day, ITeP Tel. +49 72160822609 email: christian.day@kit.edu |
Master thesis |
| Master thesis: Convective heat transfer enhancement of rib roughness in circular pipes | Dr.-Ing. Sebastian Ruck (sebastian.ruck@kit.edu) Institute of Neutron Physics and Reactor Technology (INR) |
Masterarbeit |
| Master thesis: Effects of channel cross-sectional area on convective heat transfer | Dr.-Ing. Sebastian Ruck (sebastian.ruck@kit.edu) Institute of Neutron Physics and Reactor Technology (INR) |
Masterarbeit |
| Lithiumisotopentrennung für die Kernfusion mittels des am KIT entwickelten ICOMAX-Prozesses | Herr Dr.-Ing. Thomas Giegerich |
Masterarbeit |
| Master thesis: Double Wall Heat Exchanger | Dr.-Ing. Sebastian Ruck (sebastian.ruck@kit.edu) Institute of Neutron Physics and Reactor Technology (INR) Group: Thermal and Fluid-Dynamic System Design |
Masterarbeit |
| Master thesis: Molten salt cooling | Dr.-Ing. Sebastian Ruck (sebastian.ruck@kit.edu) Institute of Neutron Physics and Reactor Technology (INR) Group: Thermal and Fluid-Dynamic System Design |
Masterarbeit |
| Unterstützende Arbeiten bei der Entwicklung eines Brennstoffkreislaufs für zukünftige Fusionsreaktoren | Herr Dr.-Ing. Thomas Giegerich |
Masterarbeit |
