Modeling and simulation

The Laboratory Modeling and Simulation (MoSiLab) is a research laboratory. Complex problems are solved by means of physical modeling and computer simulation.

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MoSiLab

Description

The Laboratory Modeling and Simulation (MoSiLab) is a research laboratory.

Expertise consists in particular in

material predictions with simulation,
CFD simulations of reactive and multiphase flows,
finite elements with material models.

Room: D304

Phone: -1662

6 PC
Linux machine with 32 cores and 250GB memory
Access to the LRZ and SuperMUC

Students with an interest in Linux and/or physical simulation are always welcome. After induction, an activity as a student assistant in projects is possible

Topics:

Working with OpenFoam: Finite volume process (free)
Working with CodeAster: Finite volume process (free)
Multiphysics with COMSOL: Finite volume process (commercial)
Quantum mechanics and quantum chemistry (Abinit, FHI-Aims, Castep, Gaussian, Turbomole)
Cooperation with Working groups Clausen-Schaumann, Fritz, Huber, Roths as well as TUM

DFG project: Piezo spectroscopy and initio calculations at carbon-oxygen and boron-oxygen complexes in gallium arsenide
BStMWK Funding Project: STAR (STrahlungsActivated Reactive Processes, Duration 2012-2015
DFG funding project: INFEROX (INzipiente FERrOelektrika based on hafniumOXid), duration 2013-2015
DFG funding project: Inferox, continuation, duration 2016-2018
TUM Applied Technology Forum Project: Optimization of novel ferroelectrics for electrocaloric cooling and pyroelectric energy harvesting with simulation
TUM Applied Technology Forum Project: Development of a compact ammonia absorber for absorption heat pumps with physical modeling and simulation