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Fibermap

FIBERMAP™ is a software that allows the transfer of the fiber orientation (and also other results like temperatures, pressures or transient results) from a rheological simulation (Autodesk Moldflow®, Moldex3D®, CadMould®) to a structural simulation (LS-Dyna®, Simulia Abaqus®, PamCrash®).

FIBERMAP™

In an injection molded part typical there are regions that are similar to either a plate or highly oriented (uni-directional) area. These regions differ mainly in the fiber distribution over the thickness of the part.

Fibermap 1

The resulting fiber orientation in a part means a multitude of local anisotropies that has to be considered in the structural simulation. Only then more accurate simulation results closer to reality are achieved.

Fibermap 2

By default, the coordinate systems of the rheological and structural simulation and so the parts are oriented different in space. Therefore, the parts have to be superposed correctly to guarantee a proper transfer of the fiber orientation. FIBERMAP™ enables this by an automatic fit as well as by entering coordinates of reference points. Structural meshes from LS-Dyna®, Simulia Abaqus® and Nastran are supported at the moment.

Fibermap 3

To simplify the process FIBERMAP™ contains a workflow, so that the user gets the result within some clicks.

Fibermap 4

Characteristics of FIBERMAP™

  • import of all results from Autodesk Moldflow®, Moldex3D®, CadMould®
  • mapping to structural meshes from LS-Dyna®, Simulia Abaqus® and Nastran
  • superposition of the parts of rheological and structural simulation
  • arbitrary number of integration points for structural simulation
  • easy and individual output for structural simulation by templates
  • workflow for easy mapping
  • intuitive GUI, installation without admin-rights
  • implementation of MICROMEC™ to generate anisotropic material cards based on filler and matrix data for LS-Dyna®, Simulia Abaqus®, PamCrash® and Nastran
Fibermap 5
Peter Reithofer

Peter Reithofer

Management & Sales

+43 664 80106 601
peter.reithofer@4a.at