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CFD - Simulation (Computational Fluid Dynamics)
"Flow simulations (CFD) enable you to increase the efficiency of your components and assemblies while safely mastering thermal processes. From optimizing pressure drops and complex heat transfer to multiphase flows—we provide solid solutions for your technical challenges.
- Analysis of flow-induced mechanical loads
- Calculation of thermal stresses
- Heat conduction and thermal radiation
- gekoppelte CFD Simulation mit einer FEM Berechnung
CFD – Flow Simulation
CFD analysis (CFD: Computational Fluid Dynamics) is a method of fluid mechanics. It uses the finite volume method and enables the approximation of flows (liquids and gases). It offers a cost-effective alternative to tests and enables fast and efficient optimization of the geometry.
CFD Services in Detail
Computational fluid dynamics (CFD) provides an overview of the velocity and pressure distribution of a flow. Based on the results, the resulting forces on a structure or the pressure loss when flowing through a certain geometry can be determined.
Following a CFD simulation, the position of acoustic sources can be identified and efficient measures can be taken to prevent unwanted noise development. In addition, the flow can usually be optimized in parallel.
With the CFD (Computational Fluid Dynamics) method, combustions can be simulated and optimized on the computer. This allows costs in development to be significantly reduced and innovations to be brought to market even faster.
For efficient cooling, heat conduction (FEM) is just as essential as heat dissipation to the surrounding fluid (CFD). An analysis of the cooling system provides a significant advantage here.
