Fluid Dynamics Process Simulation

We deal with the simulative description of flow problems of all kinds and have developed efficient simulation tools for this purpose. 

Our expertise includes the mathematical-physical modeling and model reduction of multiphase flows with complex rheologies in and around porous media for various industrial processes as well as the development of fast, robust and efficient numerical algorithms for computer simulations.

The expertise in modeling such processes and their effective numerical solution is combined in our software tools, which offer validated and documented pre- and post-processing.

This makes it possible to model, simulate and thus optimize many manufacturing processes and fluid dynamic processes in general:

• Infiltration of porous media, e.g. for the production of textile-reinforced composite components (FoamInTextile)or for filling battery cells with electrolytes (battery production)
  
• Filling, emptying, e.g. injection molding processes, especially for fiber-reinforced materials (Efficient multiscale processes for short-fiber-reinforced plastics)
• Pressing processes, e.g. compression molding of composite materials (ALMA)
• Separation processes of all kinds: filtration, separation, purification (FilTEST)
• Mixing, stirring of bulk materials, for example (GRAIN)
• Potting, e.g. of electronic components (Casting-process-simulation)
• Foaming of cooling units or for component insulation (FOAM)
• Flow simulation of complex fluids, such as liquid concrete
• Chemical reactions, in particular catalysis (PoreChem)
• Additive manufacturing processes (CustoMat)