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Aktuelles

  • Sprechstunde von Prof. Janoske am 15.1.19 muss leider entfallen
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  • Exkursion am 3.12. muss leider abgesagt werden
    Die geplante Exkursion am 3.12.2018 muss leider abgesagt werden. Es wird ein neuer Termin gesucht. [mehr]
  • Masterarbeit/Bachelorarbeit "Tropfenverhalten bei Oberflächenschwingungen" zu vergeben
    Hier finden Sie eine Kurzübersicht der Aufgabenstellung für die Masterarbeit/Bachelorarbeit:... [mehr]
  • Neues DFG-Projekt am Lehrstuhl für Strömungsmechanik zur Dynamik von Tropfen
    Wie verhalten sich Tropfen unter Einfluss aerodynamischer und mechanischer Kräfte? Diese Frage... [mehr]
  • Masterarbeit „Aortenaneurysma“ zu vergeben
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Research

Multiphase flows can be found in numerous fields, e.g. in biomedical engineering as well as process engineering. To describe multiphase flows becomes more and more important for a faster and better product development. Therefore, we are focusing on numerical methods to describe and to optimize multiphase flows. In addition, the coupling of multiphase flows to structural problems (fluid-structure interaction) is part of our research activities.

Process engineering

Our main focus in process engineering is the mathematical modeling and numerical simulation of solid-liquid separation processes. These methods are applied to waste water treatment processes for the dewatering of screenings as well as the solid-liquid separation in centrifugal fields.

 

 

Biomedical engineering / life science / sports

We are working in close collaboration with several University hospitals in Frankfurt and Marburg as well as with the chair of sports medicine at the University of Wuppertal. Current projects are the mathematical modeling of the flow in aortic aneurysms.  
Together with the University of Salzburg, the comfort behavior of armrests was determined experimentally and numerically to develop new methods to predict the comfort behavior for virtual prototypes.


Environmental engineering

Our activities in environmental engineering range from the modeling and simulation of the droplet separation in exhaust gas systems to the modeling of coupled heat transfer processes in turbo machinery and electrical devices to optimize the energy consumption and reduce heat losses.



A selection of projects can be found on the next pages.