Complex flow patterns can only be analyzed experimentally, if at all, in extremely costly experiments. CFD procedures offer a good alternative to this. CFD can be used to optimize flows and also in prototype construction. In this way, we can obtain information about flow size, loads, pollutant distribution or other relevant parameters.
 Simulation Spectrum
- Stationary and non-stationary flows
- Laminar and turbulent flows
- Compressible und incompressible flows
- Multi-phase flows
- Flows involving chemical reactions and combustion
- HVAC (Heating, Ventilation and Air Conditioning)
- FSI (Fluid-Structure Interaction)
- Aero-acoustics
Areas of Application
- Air conditioning in buildings
- Engine flow-through
- Exterior aerodynamics of vehicles and buildings
- Flows in filters, silencers, catalytic converters and clean rooms
 Flows in pipe systems - Determining turbulence near landing areas on ships to ensure increased landing safety
- Determining pollutant concentrations near exhaust extractors to protect personnel
- Shock wave propagation in gases, fluids or solid bodies
- Short-term phenomena relating to the use of explosives
Software used
- Star-CD, ProAm, Medina, Tecplot, DYSMAS
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