Institute of Fluid DynamicsOpen OpportunitiesDevelop a Fourier transform profilometry system to measure the elevation of the wavy water surface generated by wind blowing over the water. - Fluid Physics, Mechanical Engineering, Oceanography
- Master Thesis
| The aim of this project is to develop a numerical solver to approximate the behavior of cavitation bubble clouds. The solver should model the interactions between bubbles and accurately predict their oscillatory dynamics, as well as their translation within the cloud. - Engineering and Technology
- Semester Project
| This project aims to experimentally study the dynamic response of bubbles to an external impulse. Impact-induced bubble dynamics observed for controlled initial conditions can help us model and identify the underlying mechanisms of traumatic brain injury and cavitation-induced damage. The main objectives include improving the in-house drop weight impact testing setup (the drop tower), high-speed imaging of bubbles and comparison with the theoretical model. The results will give insights into how single or multiple bubbles behave under extreme loading conditions. - Engineering and Technology, Physics
- Semester Project
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