Process Dynamics and Operations

Exams & Theses

Bachelor & Master theses

The topics below are currently available at the department. Additional topics can be arranged upon request. General inquiries can be directed to the secretariat.

Bachelor and Master Thesis Template

If you write a bachelor or master thesis at our department, you have to use the department's template for LaTeX or Word. You can also download the template via "git clone". Instructions on how to use the templates can be found in the dbta_styleguide.

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Vacant topics for Bachelor & Master thesis

MT: Modeling of a compressor for a heat pump laundry dryer - contact Janina Deichl

Modern laundry dryers use the principle of heat pump technology. In this thesis, a simulation model of a compressor for the heat pump is to be developed. In addition to physical modeling in Matlab/SIMSCAPE, the model is to be validated on the basis of experimental data.

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MT: Development of a concept for heat integration in the process chain for the production of "green" kerosene - contact Karsten Duch

Creation of a simulation for heat integration in the process chain for the production of kerosene
from biogenic CO2 sources.

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MT: Knowledge Graphs to Model Chemical Engineering Knowledge and Data - contact Erik Esche

As part of the "Semantic Web", "Knowledge Graphs" have become a popular method
to make knowledge available. The topic of this master thesis is the linking of engineering knowledge with other sources via knowledge graphs.

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MT or BT: Extension of a core-shell model to hollow fiber catalyst geometry or to Stefan-Maxwell diffusion - contact Georg Brösigke

Model definition under simplifications, implementation and simulation for the given example.

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MT or BT: Simulation of the dripping flow in a hanging film flow using CFD (Cahn-Hilliard-Navier-Stokes or Volume of Fluid) - contact Georg Brösigke

Model definition, grid generation, simulation and validation based on computer experiments

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MT or BT: Investigation of the heat transfer in the bow wave of thin film evaporators by CFD - contact Georg Brösigke