Theses and Jobs

HiWi Jobs

• Student assistant (HiWi) position: Website management
  Contact Person: Pablo, Molina Vogelsang, M.Sc.
• One-dimensional gas network solver for turbine blade cooling systems
  Contact Person: Dr. Daniela Fusseder/Dr. Theresa Trummler
• Student assistant (HiWi): Numerical simulation of droplet impact on structured surfaces
  Contact Person: Rishav, Saha, M.Sc.
• Support and improvement of a code for evaluating droplet impact experiments
  Contact Person: Patrick Palmetshofer, M.Sc.
• HiWi/Bachelor Thesis/Master Thesis: Numerical investigation of a future propulsion watery recovery system
  Contact Person: Georgios Iosifidis, M.Sc.
• Literature research on a future propulsion watery recovery system
  Contact Person: Georgios Iosifidis, M.Sc.

Bachelor Theses

• Thesis (Bachelor or Master): Experimental Investigation of Droplet Impact on Thin Films Using µPIV/µPTV Measurement Methods
  Contact person: Pablo Molina Vogelsang, M.Sc.
• Conducting test series on the interaction of supercooled droplets
  Contact person: Verena Kunberger, M.Sc.
• Thesis (Bachelor or Master): Experimental Investigation of Impact Morphologies during an Oblique Droplet Impact onto a Thin Wall Film
  Contact person: Jonathan Stober, M.Sc.
• Construction and Commissioning of a Chamber for Measuring Droplet Impact Behavior at High Pressure and in the Near-Critical Range
  Contact person: Patrick Palmetshofer, M.Sc.

Master Theses

• Thesis (Bachelor or Master): Experimental Investigation of Impact Morphologies during an Oblique Droplet Impact onto a Thin Wall Film
  contact person: Jonathan Stober, M.Sc
• Thesis (Bachelor or Master): Experimental Investigation of Droplet Impact on Thin Films Using µPIV/µPTV Measurement Methods
  contact person: Pablo Molina Vogelsang, M.Sc
• Data-Driven Modeling of Multi-phase Flows
  contact person: Dr. Xu Chu, Prof. Heng Xiao
• One-dimensional gas network solver for turbine blade cooling systems
  contact person: Dr. Daniela Fusseder/Dr. Theresa Trummler
• Modeling of the turbulent scalar fluxes in swirl tubes
  contact person: Hannes Mandler, M.Sc
• Conducting test series on the interaction of supercooled droplets
  Contact Person: Verena Kunberger, M.Sc.
• Numerical investigation of impingement cooling with vortex generators within the impingement pipe
  Contact Person: Prof. Dr.-Ing. Bernhard Weigand, ITLR
• Transient measurement methods of thermal contact resistances - development of a numerical evaluation and sensitivity analysis by means of virtual experiments
  Contact Person: Prof. Dr.-Ing. J. von Wolfersdorf (ITLR), Dr.-Ing R. Poser (ITLR)
• Commissioning of the test stand for the interaction of supercooled drops
  Contact Person: Verena Kunberger

External Bachelor's and Master's theses

• Partner Universities
  

Postdoctoral Researcher

• Postdoctoral Researcher (100%): Data-Driven Fluid Dynamics
  Contact person: Prof. Heng Xiao