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Students welcome!
We are pleased to offer interested students the opportunity to participate in our research activities by writing a student thesis or by working as a research intern. An overview of ongoing research projects is given here.
Many of our research areas are interdisciplinary. Therefore, we are looking for students familiar with thermal fluid dynamics and numerical methods, ideally with a background in control theory, acoustics, or applied maths.
If there is currently no topic advertised that sparks your interest, please feel free to contact Gregor Döhner. Please refer to research topics of the chair that interest you and attach a current transcript of records and curriculum vitae.
Ongoing Theses and Projects
| Type | Supervisor | Title |
|---|---|---|
| Bachelor Thesis | G. Doehner, C. Silva | Modelling Flame Pinching with UDEs and PySINDy |
| Semester Thesis | K. Niebler | Identification and calibration of flame responses regarding geometry scaling |
| Semester Thesis | K.Niebler & N. Garcia | Validation of time domain impedance boundary conditions for compressible flow simulations |
| Semester Thesis | A. Zimmermann | Development of a Bayesian LSTM for Flame Dynamics Prediction |
| Semester Thesis | A. Zimmermann | Bayesian Physics Informed Neural Networks for Acoustic Field Reconstruction |
| Semester Thesis | C. Silva | Evaluation of mean temperature profiles from acoustic measurements via physics informed neural networks |
| Semester Thesis | C. Silva | Modeling and Simulation of Molding flow Behavior in Die Attach Epoxy Processes |
| Semester Thesis | C. Silva | Bayesian inference of the speed of sound of a combustion chamber via acoustic measurements |
| Semester Thesis | C. Silva | Exploration of a novel time domain model for the characterization of acoustic limit cycles in turbulent combustion chambers |
| Semester Thesis | C. Silva | The Reynolds Transport Theorem: A frequently misunderstood law of kinematics and its application to derive important balance equations of Thermo-Fluid Dynamics |
| Bachelor Thesis | C. Silva & D. Bezgin | Implementation and verification of one-step and two-step chemical kinetics mechanisms for reactive flow simulations in JAX-Fluids |
| Bachelor Thesis | C. Silva & G. Doehner | Hard constrained neural networks for the reconstruction of acoustic waves from pressure data |
| Master Thesis | C. Silva | A Petrov-Galerkin projection of the linearized Euler equations for the construction of reduced-order models in thermoacoustics |
| Master Thesis | C. Silva & D. Singh (GE) | Numerical method development and performance evaluation of porous acoustic liners |
| Master Thesis | M. Desor, G. Varillon | Flashback prediction with Conjugate heat-transfer for H2 enriched fuels |
| Bachelor Thesis | G. Varillon | Linear analysis of an intrinsic flame instability |
| Bachelor Thesis | G. Varillon | Comparison of shape optimization via the Linearized Reactive Flow against Helmholtz solvers |