Student Theses - Chair of Space Mobility and Propulsion

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Student theses @ Space Mobility and Propulsion

Current theses open for students:

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Titel

––✔–-●-2024-04-22

Coupled CFD combustion simulation of a transpiration-cooled H2/O2 spacecraft thruster

––✔–-●●2024-01-08

Design of a Sizing “AddOn” for EcosimPro-based for Liquid Rocket Engines

––✔–-●-2024-01-07

EcosimPro Modelling of Liquid Rocket Engines

––✔–-●-2023-05-11

Flamelet-basierte Verbrennungssimulation von Flüssigraketenbrennkammern mit OpenFOAM

––✔–-●-2023-05-03

Numerical simulation of cooling channels for a LRE with liquid methane

––✔–-●-2023-03-01

System Analysis of a novel Water Electrolysis Propulsion system for a CubeSat mission in Low-Earth Orbit

✔✔✔–--●2023-02-13

Design of a Test Chamber for a Versatile Cryogenic Rocket Injection Test Bench

✔✔✔–-●●2023-02-13

Design of Shear-Coaxial Rocket Engine Injectors for Combustion of Liquid Oxygen with Methane and Propane

––✔–●--2023-01-16

Dynamic Characterization of a Mass Flow Meter

––✔–-●-2022-11-23

Optimal Flight Control for the Airborne Research Platform

––✔–---2022-11-09

Design and Simulation of a Radar System for Tracking of Objects in Space (SSA/SST)

✔✔✔–-●-2022-08-23

Development of a Reconfigurable Rocket Engine Control System Framework including Frequency Response Feedback

––✔–●-●2022-08-23

Experimental evaluation of a rocket engine pump's frequency response

––––---2022-07-01

CFD-Simulation of 3D-printed cooling channels of a rocket engine

––✔–-●-2022-05-02

An innovative Approach for the Structural Integrity Assessment of Rocket Engine Components and Fluid Property Determination

In addition to the advertised student research projects, unsolicited enquiries can also be sent by e-mail at any time to: Thesis.rfa@ed.tum.de

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