Master, Bachelor and Semester Projects

Synchronization driven symmetry breaking

Available
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Ideal Starting time: Beginning of Spring semester 2026
Level: BSc, MSc
Supervisor: Alexander Stoychev

Nonlinear scattering at a thermoacoustic limit cycle

Available
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Ideal Starting time: Beginning of Spring semester 2026
Level: BSc, MSc
Supervisor: Alexander Stoychev

Pressure-based Inference of Shear-Layer Impedance in a 3D Helmholtz Solver

Available
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Ideal Starting time: Beginning of Spring semester 2026
Level: BSc, MSc
Supervisor: Thomas Hollweck

Hydrogen Combustion in Multi-Jet Burners: LES-Based Analysis of Flame-Turbulence Interaction

Available
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Ideal Starting time: Beginning of Spring semester 2026
Level: BSc, MSc
Supervisor: Clara Piccioli

Mitigation of thermoacoustic instabilities through acoustic metamaterial concept

Available
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Ideal Starting time: immediately
Level: BSc, MSc
Supervisor: Dr. Kihun Moon

Fuel-flexible combustion operations at elevated pressure

Available
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Ideal Starting time: Beginning of Spring semester 2026
Level: MSc
Supervisor: Dr. Chetan Vegad

CFD-Based Design and Conjugate Heat Transfer Study of an Innovative Matrix Burner Concept

Assigned
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Ideal Starting time: Beginning of Spring semester 2026
Level: BSc, MSc
Supervisor: Luigi Renzulli

Experiments and low-order modeling of synchronization-based acoustic circulator scattering in the presence ofturbulence forcing

Available
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Ideal Starting time: Beginning of Spring semester 2026
Level: BSc, MSc
Supervisor: Dr.Xinxin Guo, Prof. Nicolas Noiray

Self-excited modes in rings of aeroacoustic oscillators

Available
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Ideal Starting time: Beginning of Spring semester 2026
Level: BSc, MSc
Supervisor: Alexander Stoychev

Acoustic Black Hole Inspired Thermoacoustic Damper

Assigned
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Ideal Starting time: Beginning of Spring semester 2026
Level: MSc
Supervisor: Dr.Bayu Dharmaputra

Thermoacoustics of Hydrogen Jet Flames in an Annular Chamber

Assigned
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Ideal Starting time: Beginning of Spring semester 2026
Level: BSc, MSc
Supervisor: Dr. Francis Pagaud