OUTDATED VERSION. Follow the link for the latest version: https://www.hexagonmi.com/MSC-Apex-Generative-Design/help

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The Mesh to CAD functionality is transitioning the optimisation result from an STL-file back into a NURBS CAD-file. Therefore, a surface quad mesh is modelled on the optimisation result geometry and patches for bigger planar surfaces are merged intelligently.

The Retransition should be performed on a non-intersected optimisation result. After the Retransition a boolean intersection with the Design Space can be done to create all functional surfaces and sharp edges. The resulting NURBS CAD-Geometry can be manipulated by MSC Apex (Generative Design) or any CAD software. The Retransition ensures and simplifies the continuing workflow to the FE-Reanalysis, further CAD modification and process simulation.

The workflow to achieve this transition is as follows:

  1. Import a non-intersected optimisation result. You can find this file in your project folder: Project → Meshless Generative Design Scenario 1 Step 1.v1 → buildSpace_MC_MainData_Loop_64.stl

  2. Create a NURBS CAD geometry with the Facet Body to NURBS Geometry Tool (Geometry Edit Tools)

    1. Let the software determine a suitable Quad-mesh size

    2. Choose your own suitable Quad-mesh size

  3. Nurbs not fully generated. Status message:

    1. Use Geometry Cleanup tools

    2. If necessary use the Filler tool to restore missing NURBS-Patches

  4. Boolean Intersection between the NURBS geometry and Design Space either in MSC Apex Generative Design or MSC Apex

You can find a step by step tutorial here.

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