TU Braunschweig and TU Darmstadt joined hands to characterize the Ice layers produced inside the TU Braunschweig Icing wind tunnel. Capacitive sensor and calorimetry technique to quantify liquid water content present inside the ice layers.
Research in multiphase flows and icing combines questions from classical aerodynamics with those from thermodynamics and mass transfer.
The particular multiphase flow of air, water droplets and ice crystals represents the main research topic of our working group. We focus on experimental investigations at our Braunschweig icing wind tunnel and numerical simulations of the icing processes.
| Scientific Staff | Project / Research topic |
|---|---|
| Dr. Gallia, M. | Senior Scientist |
| Dr. Rosi, Giuseppe Antonio | Senior Scientist |
| Knop, I., M.Sc. | Parental leave |
| Baghel, A., M.Sc. | BMWi-Projekt "Avallon" |
| Buchen, P., M.Sc. | LuFo-Projekt "Nanny" |
| Dau, K., M.Sc. | LuFo-Projekt "HYBATS" |
| Gaudioso, R., M.Sc. | Research Assistant in DN-TRACES |
| Sattler, S., Dipl.-Ing. | Support with experiments, model construction |
| Sotomayor-Zakharov, D., M.Sc. | Development of DICEPS and scientific work in ICE GENESIS |
TU Braunschweig and TU Darmstadt joined hands to characterize the Ice layers produced inside the TU Braunschweig Icing wind tunnel. Capacitive sensor and calorimetry technique to quantify liquid water content present inside the ice layers.