to the homepage of the Institute of Mechanical Process Engineering and Mechanics. Our institute is structured as follows; detailed information on the working groups can be found below.
Welcome to
Gas Particle Systems (GPS)
Head: Prof. Dr.-Ing. habil. Achim Dittler
Teaching and research deal with the fundamentals and processes of gasborne particls systems. Key aspects are processes for particle handling and particle separation as well as techniques allowing the investigation and the adjustment of structural and functional particle properties down to nanoscale.
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Teaching and research deal with the fundamentals and processes of gasborne particls systems. Key aspects are processes for particle handling and particle separation as well as techniques allowing the investigation and the adjustment of structural and functional particle properties down to nanoscale.
Process Machines
Head: Prof. Dr.-Ing. Hermann Nirschl
We focus on process machines used in integrated processes for cleaning, separation and strukturing of fine particles. The lectures deals with apparatus engineering, numerical simulation of fluids and principals of mechanical process engineering.
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Applied Mechanics (AME)
Head: Prof. Dr. Norbert Willenbacher
We focus on the rheology of complex fluids. On one hand this is used for the development of modern processing and application technologies, on the other hand we examine the influence of molecular and supramolecular structure and dynamics on the macroscopic flow behavior, because especially for complex, multi-phase fluids accurate adjustment of product formulation and processing technology is crucial for technical success
Pro²NMR
Contact person:
Priv.-Doz. Dr. G. Guthausen
The instrumental facility Pro²NMR, funded by the DFG, focusses on the development of diverse NMR methods with respect to bio- and chemical engineering applications.
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Lattice Boltzmann Research Group
Head: Dr. Mathias Krause
The Lattice Boltzmann Research Group (LBRG) is an interdisciplinary research group aiming at taking advantage of novel mathematical modelling strategies and numerical methods to enable large-scale simulations as well as optimal control of fluid flows for applications in the field of process engineering.
