Conjugate heat transfer numerical simulation of a drop impact onto a moving substrate
Masterthesis
Extreme weather conditions are increasingly contributing to aircraft icing events, which pose significant safety risks. The analysis of this phenomenon has gained increased attention, particularly in the field of aviation safety.
Our research aims to better understand the involved phenomena by analyzing the single drop impact on moving surfaces at high relative impact velocities and the associated heat transfer. This approach will closely simulate the real-world conditions that aircraft wings experience.
The project involves simulating the conjugate heat-transfer of a single water drop impact onto a moving substrate to replicate existing infrared-imaging experimental data.
Requirements:
- High motivation and interest in numerical research
- Strong sense of responsibility and conscientiousness
- Knowledge of CFD softwares (preferably experience with OpenFOAM)
Tasks:
- Conjugate heat-transfer, multiphase simulation of drop impact on a moving surface
- Evaluate simulation results by comparing them with existing literature
- Validate findings against experimental data to ensure consistency
Starting time: as soon as possible
