Here is an overview of the 2023 capabilities of these software platforms and how to access them.
Standard FEA treats plastic parts as isotropic (uniform in all directions). However, fiber-reinforced plastics have complex, directional properties based on how the molten plastic flows.
takes that information to create an accurate, non-linear material model of the reinforced plastic.
Moldex3D → Export fiber orientation, residual stress, temperature history → Digimat → Compute homogenized material properties → Export to Nastran/Abaqus → Structural analysis. hexagon msc digimatcae moldex3d 2023 free down better
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Import the CAD geometry and define the runner system and cooling channels.
The 2023 version enhances cooling simulation, supporting more diverse modeling of baffles and bubblers, and automates the creation of cooling channels during the final check. D. Better Performance Here is an overview of the 2023 capabilities
These official channels give you:
Combining these two powerhouses unlocks a complete end-to-end design verification pipeline:
Open Digimat-MF or Digimat-MX to define the underlying phases (e.g., polyamide matrix + 30% glass fibers). takes that information to create an accurate, non-linear
Plastic parts often operate in harsh environments. The integrated workflow allows users to couple thermal and mechanical analysis, ensuring that the part's performance is evaluated under realistic strain rates and operating temperatures. Complete Workflow: From Injection Molding to Structural FEA
Weld lines occur where two melt fronts meet during injection. These areas are structurally weak. The integration calculates the exact orientation of fibers near weld lines, enabling accurate predictions of structural failure points. Industrial Applications