SimuChain

Transfer manufacturing effects, such as a change in fiber orientation or fiber volume contents, along the Virtual Process Chain into your FEA with the ABAQUS/CAE add-on SimuChain.

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Export of manufacturing effects predicted by SimuDrape and SimuFill

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Mapping of manufacturing effects from process simulation to warpage and structural simulation

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Homogenization and clustering of effective material properties

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Automatized material card creation for ABAQUS built-in material or tailoring to your own approaches

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The manufacturing processes of fiber-reinforced composites have a distinct impact on the final fiber structure. Thus, effective local material properties are determined by the manufacturing process. Process simulation is capable to predict the fiber structure after manufacturing. Therefore, it is of utmost interest to consider this information along a Virtual Process Chain in downstream simulation approaches.

Our ABAQUS/CAE add-on SimuChain enables to consider manufacturing effects downstream FEA. This includes the export of the fiber structure obtained with our process simulation approaches SimuDrape and SimuFill, as well as Moldflow simulations. Moreover, the mapping of related state variables from a source mesh onto a target is enabled and required material cards are created through homogenization and clustering.

The result of SimuChain is an ABAQUS/CAE material card ready to be submitted for analysis.

How does it work?

SimuChain covers in combination with the MpCCI Mapper developed by Fraunhofer SCAI and supplied by the scapos AG all steps to consider manufacturing effects predicted by process simulation in an ABAQUS FEA. As an official reseller of the MpCCI Mapper, we deliver both components as a single solution. The only thing you need additionally is a license and working knowledge for ABAQUS/CAE.

The initial situation for SimuChain is the fibre structure predicted by the process simulation on the so-called source mesh. This information is exported into a neutral exchange format (vtk: visualization toolkit). Currently, our process simulation approaches SimuDrape and SimuFill, as well as Moldflow are supported. We are happy to implement an interface to any other software package on request.

Next, the target mesh is also exported to a vtk file and the information from the source mesh is mapped from the source mesh to the target mesh using the MpCCI Mapper. All these steps are done with our ABAQUS/CAE add-on (GUI).

Finally, the mapped data is imported into ABAQUS/CAE and material maps are generated. This includes homogenisation and clustering of effective and local material properties. The result is a complete material map in ABAQUS/CAE, which can be used for an analysis considering manufacturing effects.

Validation and References

Our methods are tested and validated for geometries with relevant complexity and size, which has already been confirmed in several reference projects.

  • J. Görthofer et al.: “Virtual process chain of sheet molding compound: Development, validation and perspectives”, Composites Part B, 2019.
  • M. Hohberg: “Experimental investigation and process simulation of the compression molding process of Sheet Molding Compound (SMC) with local reinforcements”, KITopen, 2019.

Any Questions?

Are you interested in a trial version or an offer for a licence? Or do you simply have a question? Don’t hesitate to get in touch with us. We would be happy if you left us a message!