Master, Bachelor and Semester Projects
The CAPS Lab is currently looking for new students! Do not hesitate to write us or pass by the lab to get more information on the different available topics.
List of available projects:
Entropy and Flame Transfer Function Measurement of Aeroengine Hydrogen Burner
assigned
Download project description Download here (PDF, 233 KB)
Ideal Starting time: March 2025
Level: BSc, MSc
Supervisor: Dr. Bayu Dharmaputra
Dual-fuel combustion operations for the development of sustainable aviation technologies
assigned
Download project description Download here (PDF, 2.9 MB)
Ideal Starting time: February 2025
Level: MSc
Supervisor: Dr. Chetan Vegad
Simulating spinning aeroacoustic waves in a cylindrical selfoscillating resonator
available
Download project description Download here (PDF, 167 KB)
Ideal Starting time: February 2025
Level: MSc
Supervisor: Dr. Xinxin Guo and Prof. Nicolas Noiray
Plasma-Assisted Combustion for Zero Emission Hydrogen Engines
assigned
Download project description Download here (PDF, 783 KB)
Ideal Starting time: tbd
Level: BSc, MSc
Supervisor: Dr. Galia Faingold
Numerical Modeling of Plasma - Assisted Hydrogen Ignition
assigned
Download project description Download here (PDF, 132 KB)
Ideal Starting time: tbd
Level: BSc, MSc
Supervisor: Dr. Galia Faingold
Aeroacoustic Response for the Study of Cross-Talk-Driven Instabilities in a Two-Can System
available
Download project description Download here (PDF, 736 KB)
Ideal Starting time: TBD
Level: BSc, MSc
Supervisor: Dr. Kihun Moon
Turbulent flow and acoustic simulations of two-coupled can-annular gas turbine combustors
assigned
Download project description Download here (PDF, 194 KB)
Ideal Starting time: February 2025
Level: BSc, MSc
Supervisor: Dr. Kihun Moon
Optical Diagnostics Applied to Hydrogen Flames
assigned
Download project description Download here (PDF, 299 KB)
Ideal Starting time: February 2025
Level: BSc, MSc
Supervisor: Dr. Ignacio Trueba-Monje
Self-excited modes in rings of aeroacoustic oscillators
available
Download project description Download here (PDF, 830 KB)
Ideal Starting time: February 2025
Level: BSc, MSc
Supervisor: Alexander Stoychev
Numerical Investigation and Nonstationary Identification of Jet Diffusion Flame
available
Download project description Download here (PDF, 148 KB)
Ideal Starting time: February 2025
Level: MSc
Supervisor: Florian Radack
Large Eddy Simulations of Autoigniting Hydrogen in Sequential Combustors
assigned
Download project description Download here (PDF, 316 KB)
Ideal Starting time: January 2025
Level: BSc, MSc
Supervisor: Dr. Matteo Impagnatiello