Lectures in fluid system technology

The institute offers a variety of different courses for both bachelor and master students from different course of studies. You will also find current tender offers for theses and project work here.

Current tender offers

  • Erweiterung eines AAS-basierten semantischen Frameworks für modulare Chemieanlagen

    Extension of an AAS-based semantic framework for modular chemical plants

    2025/08/01

    Advanced Design Project (ADP)

    Announcement as PDF

  • Aufbau eines Frameworks zur Berechnung der Eigenschaften beliebiger Kombinationen aus durchströmten radialen und axialen Ringspalten

    Development of a framework for the calculation of the characteristics of arbitrary combinations of radial and axial annular gaps

    2025/07/18

    Masterthesis, Bachelorthesis

    The dynamic behaviour of modern turbomachinery, such as those used in fuel pumps in the aerospace industry (for example in the Ariane 6 launch vehicle), is largely determined by the dynamic properties of combined axial and radial annular gaps. To date, however, such combined gaps have only been designed separately. For this reason, a framework is to be created at the FST on the basis of various preliminary works, which combines the existing tools at the institute for the calculation of purely axial and purely radial annular gaps into a single calculation tool for the investigation of any combined annular gaps.

    Announcement as PDF

  • Investigation of annular gaps, operated in the transition regime between laminar and turbulent flow using DNS Simulations

    Untersuchung von Ringspalten, betrieben im Übergangsbereich zwischen laminarer und turbulenter Strömung, mittels DNS-Simulationen

    2025/07/18

    Masterthesis

    The dynamic behaviour of modern turbomachinery, such as fuel pumps used in the aerospace industry (e.g. in the Ariane 6 launch vehicle), is largely determined by the dynamic properties of annular gaps. The flow within these gaps is either laminar, transient or turbulent. While the characteristics of these gaps in the asymptotic cases (i.e. purely laminar or purely turbulent flow) are well understood, recent experimental studies reveal a severe lack of understanding of their characteristics within the transition regime. As detection of the flow regime during experiments relies solely on integral values, modern numerical methods such as DNS simulations must be employed to further investigate the observed phenomena, e.g. the decrease in fluid film stiffness.

    Announcement as PDF