From granules to ready-to-use material models, everything from a single source for isotropic and anisotropic thermoplastics.
The quality of FEM simulations depends significantly on the quality of the material model used. At PEG GmbH we have many years of experience in the modelling of thermoplastics. We take over the planning and execution of experimental investigations, the evaluation and preparation of the test raw data with regard to FEM simulations and create a usable material map. Due to our contacts to laboratories and universities located in Germany we are able to react to your request at short notice. Design of experiments, evaluation and preparation of elastic, plastic, viscoelastic and viscoplastic material modelsFailure modellingThermal and thermomechanical material descriptions for Abaqus, LS-Dyna and Digimat.
- Test planning, evaluation and preparation
- Elastic, plastic, viscoelastic and viscoplastic material models
- Failure modeling
- Thermal and thermomechanical material descriptions for Abaqus, LS-Dyna and Digimat
Of course, we also process any existing material data.
Optimization of the model parameters of fiber orientation models.
The basis of integrative simulation, namely the calculation of the fiber orientation, is of fundamental importance for the complete simulation chain. In order to save resources, operate lightweight construction or reliably design safety-relevant components, the goal must always be to use a fiber orientation that is calculated as accurately as possible as the basis for structural simulations. We optimize the standard parameters of your Moldflow material map for follower Tucker, RSC and MRD orientation models for you.
We optimize for you the standard parameters of your Moldflow material card for Folger-Tucker, RSC and MRD orientation models.