Fluid dynamics

Our services in the field of computational fluid dynamics (CFD) include the calculation of stationary and transient flows, the calculation of coupled systems as well as the simulation of multiphase flows such as particle flow or cavitation and the evaluation of the slosh vibration of liquids.

Stationary and transient flow simulations (laminar / turbulent)
Calculation of coupled systems (heat transfer)
Fluid dynamics / fluid-structure interaction
Multiphase flow (disperse multiphase flow, particles, cavitation)
Sloshing of liquids
SPH (Smoothed Particle Hydrodynamics)
Discharge, separation and mixing of fluids
Analyzes to prevent deposits or vibrations
Flow calculations with heat exchange
For additional services please contact us …

Flow simulations
Projects

Flow simulations

FEM.engineering offers flow calculations for a wide variety of applications with the aim of identifying the flow behavior of fluids as well as important process parameters and, if necessary, optimizing them.

As a result of our flow simulations velocity profiles, pressure and temperature distributions, the flow behavior of gases or liquids and their interaction with the structure (fluid-structure coupling) are provided. This makes it possible to localize turbulence, to determine separation regions of flows or to provide information on the mixing or separation behavior.

In addition to classic laminar or turbulent flow calculations, our engineering office also offers the calculation of coupled systems, multiphase flows, sloshing of liquids and SPH (Smoothed Particle Hydrodynamics).

Projects

Calculation of the fluid-structure interaction on a fan impeller with subsequent strength evaluation
Calculation of the slosh vibration of containers in rail traffic
Flow calculations in vehicle construction
Flow calculations for molds
Development studies with turbulent pipe flows and transfer of the results into a software
Flow calculations for valves for process optimization
Calculation of the mixing behavior of a melt in a rectangular agitator vessel
Calculation of the flow behavior in heating channels of heat exchangers

Services

FEM analysis

FEM calculations for the evaluation of the physical behavior of structures as well as for component optimization or verification of strength.

Fluid dynamics

Stationary and transient flow calculations. Computation of coupled systems. Sloshing of liquids. Multiphase flow simulation.

Crash simulation

Crash simulations, occupant protection and pedestrian protection, drop tests, shock loads of various products, containment.

Fluid dynamics

Fluid dynamics

Flow simulations

FEM.engineering offers flow calculations for a wide variety of applications with the aim of identifying the flow behavior of fluids as well as important process parameters and, if necessary, optimizing them.

In addition to classic laminar or turbulent flow calculations, our engineering office also offers the calculation of coupled systems, multiphase flows, sloshing of liquids and SPH (Smoothed Particle Hydrodynamics).

Projects

Calculation of the fluid-structure interaction on a fan impeller with subsequent strength evaluation

Calculation of the slosh vibration of containers in rail traffic

Flow calculations in vehicle construction

Flow calculations for molds

Development studies with turbulent pipe flows and transfer of the results into a software

Flow calculations for valves for process optimization

Calculation of the mixing behavior of a melt in a rectangular agitator vessel

Calculation of the flow behavior in heating channels of heat exchangers

Services

FEM analysis

FEM calculations for the evaluation of the physical behavior of structures as well as for component optimization or verification of strength.

Fluid dynamics

Stationary and transient flow calculations. Computation of coupled systems. Sloshing of liquids. Multiphase flow simulation.

Crash simulation

Crash simulations, occupant protection and pedestrian protection, drop tests, shock loads of various products, containment.

Forming simulation

Simulation of single or multi-stage forming processes such as deep drawing or flanging with determination of process parameters.