Materials Engineering

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  2. Faculties
  3. Faculty of Mathematics, Natural Sciences, and Materials Engineering
  4. Institute of Materials Resource Management
  5. Chairs, Professorships and Research Units
  6. Materials Engineering
  7. Bachelor's and Master's theses

Bachelor's and Master's theses

Bachelor's thesis

 

Master's thesis

 
  • Non-destructive characterization of Carbon substrates with complex porosity
Liquid Silicon Infiltration (LSI) is one of the key processes for manufacturing Silicon carbide (SiC) matrix composites. This process involves infiltration of porous carbon preforms with molten silicon at high temperatures to form SiC. The kinetics of this infiltration process largely depends on the porosity, pore size and morphology of the carbon substrate. Hence it is critical to characterize the porosity of the carbon preforms in order to understand and predict the LSI process outcome. Objective of this study is to characterize the porosity and pore morphology of given carbon substrate and correlate it with the amount of silicon consumed during infiltration process.
Description of Master thesis/Lab Project:
 
Contact: 
- Manikanda Priya Prakasan, Telephone +49 821 598-69225, Room W3018, E-Mail: manikanda.prakasan@uni-a.de
 
  • Optimization of Electrophoretic deposition parameters

This research project focuses on optimizing the electrophoretic deposition (EPD) process to produce high-quality ceramic coatings. Using a combination of ceramic powders, the project will investigate the role of solvents, dispersants, and process parameters such as voltage and deposition time on the coating quality.

Description of master thesis:

Optimization of Electrophoretic deposition parameters

 

Contact:

- Bilal Ahmed, +49 821 59869-230, Room W3019,  bilal.ahmed@uni-a.de

 

  • Emission measurements for the pyrolysis of phenol-based resins

The chair of Materials Engineering at the MRM is involved in the further development of carbon fiber-reinforced silicon carbide (C/SiC) materials in collaboration with industry partners. With regard to the goal of CO2 neutrality in German industry by 2045, our chair is making a contribution by examining the energy-intensive processing of these materials for possible savings. It is essential to understand how the process control during pyrolysis affects the composition of emissions. This not only allows important conclusions to be drawn for materials research, but also provides insights for environmental accounting. The aim of this work is to enable a quantitative determination of emissions during pyrolysis and to show how the exhaust gas composition changes when the production parameters are adjusted.

Description of master thesis:

Emission measurements for the pyrolysis of phenol-based resins

 

Contact

-Thilo Langmann, Telephone +49 821 598-69225, Room W3018,  Thilo.langmann@uni-a.de

 

  • External Master's thesis at Ariane-Group: process simulation

Description of master thesis: Master thesis Ariane-Group: process simulation
Contact:
- Prof. Dietmar Koch, Telephone: +49 821 59869-220, E-Mail: dietmar.koch@mrm.uni-augsburg.de
- Dr.-Ing. Peter J. Hofbauer, Telephone: +49 89 6000 25069, E-Mail: peter.hofbauer@ariane.group

 

 

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