SOLIDWORKS Materials Web Portal
If you are a SOLIDWORKS Subscription Services customer with a license of SOLIDWORKS Simulation, you can access the SOLIDWORKS Materials Web Portal from the Material dialog box.
The SOLIDWORKS Materials Web Portal is an external database of materials supported by Matereality LLC. The material properties are tested by Matereality LLC tests and verified through published research and catalogs supplied by various materials vendors. The database is searchable by the type of simulation study and material model.
Access to the SOLIDWORKS Materials Web Portal
- Fully accessible to SOLIDWORKS subscription services customers who have a license of SOLIDWORKS Simulation Professional or SOLIDWORKS Simulation Premium.
- Partially accessible to SOLIDWORKS subscription services customers who have a license of SOLIDWORKS Simulation Standard. These customers can only download materials that have properties for linear static and fatigue studies (a limited subset of the full set of available materials).
- Not accessible to SOLIDWORKS subscription services customers who have a SOLIDWORKS license only (SOLIDWORKS Standard, SOLIDWORKS Professional, or SOLIDWORKS Premium).
For more information about becoming a Subscription Services customer, visit SOLIDWORKS Subscription Services.
If you are a SOLIDWORKS Subscription Services customer and your license has expired, click
to reactivate your license.Applying Material from the SOLIDWORKS Materials Web Portal
To download and apply a material from the SOLIDWORKS Materials Web Portal:
- You can edit the properties of materials you download from the SOLIDWORKS Materials Web Portal.
- For fatigue studies, when you download data from S-N curves, Simulation converts the reported maximum stress values to alternating stresses. The S-N curve data are stored in Simulation in a *.sldmat file format.
- For a viscoelastic material model, when you download data from Relaxation Modulus (G) versus Time curve, Simulation only saves the curve data that are lower than the given Shear Modulus value.