Viernheim, Konrad-Adenauer-Allee 17

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Mechanical simulation (FEA)

During the FEM-calculation we take a closer look at the function and load of your construction ! Click here, if you would like to know more about the FE-Methodology and how we use targeted structural analysis and structural optimization to reduce your manufacturing costs and ensure the function and quality of your products.


  • Buckling (linear/non-linear)
  • Crash simulation (vehicle, component crash and drop tests)
  • Dynamic strength analysis (shock tests, impact analysis or thermal shock)
  • Earthquake simulation
  • Strength calculation
  • FSI simulation (fluid-structure interaction)
  • Frequency Response Analysis
  • Creep
  • Lifetime testing
  • Modal analysis (determination of the component natural frequencies)
  • Plasticity
  • Calculation of polymers, plastics, seals and composites
  • Spectral Analysis (PSD)
  • Static structural analysis (constant load by force, deformation or temperature)
  • Topology optimization
  • Topography optimization
Why you can count on us as an FEM simulation service provider

Special skills:

  • Plastics
  • Plasticity / Creep
  • structural optimization
  • dynamic FEM calculation of large models with a large number of contacts

FE calculation of an assembly process

Practical example: Assembly simulation of a plastic component. The function is maintained even though the material fails in some places.

Results and benefits of FE analysis:

  • Determination of component failure due to the application of force
  • Calculation of deformation, stress and strain
  • Representation of the contact situation between components
  • Determination of critical natural frequencies
  • Component stress due to temperature effects
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