06.11.2023
Two Master's thesis topics are currently offered in the field of wind engineering.
The Department of Wind Engineering and Fluid Mechanics offers two master thesis in the field of wind engineering. The following topics are available for those who are interested in the dynamics and aeroelasticity of wind turbine support structures:
- Wind profile estimation and classification for Vortex-Induced Vibration (VIV) prediction on wind turbine towers
- On aerodynamic damping and lift spectral densities of aeroelastic cantilever cylinder under simulated transcritical flow in boundary layer wind tunnel
Both master thesis would be offered in English.
If you are interested in one of the two Master's theses or are generally interested in writing a scientific paper (project, Bachelor's or Master's thesis) in this field, you are welcome to contact us. Under the link below you will find all further information on how to contact us and also some of the theses that have been written in our working group.
Two Master's thesis topics are currently offered in the field of wind engineering.
The Department of Wind Engineering and Fluid Mechanics offers two master thesis in the field of wind engineering. The following topics are available for those who are interested in the dynamics and aeroelasticity of wind turbine support structures:
- Wind profile estimation and classification for Vortex-Induced Vibration (VIV) prediction on wind turbine towers
- On aerodynamic damping and lift spectral densities of aeroelastic cantilever cylinder under simulated transcritical flow in boundary layer wind tunnel
Both master thesis would be offered in English.
If you are interested in one of the two Master's theses or are generally interested in writing a scientific paper (project, Bachelor's or Master's thesis) in this field, you are welcome to contact us. Under the link below you will find all further information on how to contact us and also some of the theses that have been written in our working group.
Wind profile estimation and classification for Vortex-Induced Vibration (VIV) prediction on wind turbine towers
On aerodynamic damping and lift spectral densities of aeroelastic cantilever cylinder under simulated transcritical flow in boundary layer wind tunnel