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FINITE ELEMENT ANALYSES

Finite Element Method

Using FEM analysis, we optimise products, structures and parts on static, dynamic and/or thermal behaviour. Our experienced and specialised engineers, test and analyse key features of your complex parts and assemblies. FEM analysis enables us to construct your products lighter, while maintaining the strength and stiffness. We have years of expertise in various FEM analysis applications: stress-, frequency-, strength-, strain-, fatigue-, thermal-, and other analyses.

We are your partner in creating the conceptual design, analysing the technical feasibility and detailed design.

APPLICATIONS

Structural analyses
      •  Static analyses
             ◦  Stiffness & Strength assessments (linear, non-linear, isotropic, anisotropic)
             ◦  Modal analyses / Eigenfrequency extraction
      •  Dynamic analyses (implicit & explicit)
             ◦  Crash/Impact simulations
             ◦  Vibrations in the time domain
      •  Fatigue assessments (metals & plastics)
      •  Integrative simulations (coupling of process- and structural analyses)
      •  Structural optimisations

Thermal analyses (steady state & transient)
      •  Thermal conduction
      •  Heat transfer

Material modelling
      •  Material cards
      •  User defined material behaviour


Benefits of FEA

       •  A shorter time to market
       •  Saving on development costs
       •  Fewer hardware prototypes
       •  Greater accuracy
       •  Improved design
       •  Better insight into critical design parameters

INQUIRIES?

Interested in FEA support?

CONTACT PAUL HABETS

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