Complex flow patterns can only be analyzed experimentally, if at all, in extremely costly experiments. CFD procedures offer a good alternative to this. CFD is used to optimise flows and also in prototype design. In this way, our customers obtain information about flow size, loads, pollutant distribution or other relevant parameters. Using flow simulations, we can also predict thermal loads such as temperature fields, heat transfer and the resulting structure load.
Our service portfolio
- Stationary, non-stationary, laminar, turbulent, compressible, incompressible
- Multiphase flows
- Chemical reactions and combustion
- HVAC (Heating, Ventilation, Air Conditioning)
- Thermally induced stress
- Aeroacoustics
Areas of application
- Air conditioning of buildings
- Engine compartment flow-through
- Exterior aerodynamics of vehicles and buildings
- Flows in filters, silencers, catalytic converters and clean rooms
- Determining pollutant concentrations (occupational safety)
- Test bench design
- Thermal shock/thermal fatigue
Software used
ANSYS CFX, Star-CD, DYSMAS, Tecplot, MSC.Nastran, Abaqus, ANSA
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