SOLIDWORKS Simulation 2025
Vidéo réalisée par TriMech Solutions, LLC, mise à jour le 4 octobre 2024
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À propos de la vidéo
Enhancements included with SOLIDWORKS Simulation 2025 enable you to simplify analysis without compromising accuracy. Highlights include:
- Easily create custom spring connectors between surfaces by defining axial only, isotropic, or orthotropic springs
- Improve the solution performance for all studies when using the distributed load option for pin connectors
- Quickly troubleshoot simulation studies with unstable components
General Spring Connector
Achieve easier, more realistic simulation setups with the new spring connector capabilities.
- Easily create custom spring connectors between surfaces by defining axial only, isotropic, or orthotropic springs.
- Improve simulation performance and accuracy by adding custom compliance.
Enhanced Pin Connector
Increase the accuracy of simulation studies using the improved pin connector.
Improve the solution performance of all studies when using the distributed Connection Type for pin connectors.
Enhanced Handling of Large Models
Easily set up large models and select boundary conditions with a clean display.#
- Accelerate study setup times with the new UI option to exclude everything except selected bodies.
- Concentrate on what is important by removing parts or bodies excluded from the simulation study.
Enhanced Node-to-Surface Bonded Interactions With Offset
Perform more accurate simulation studies and solve faster.
- Avoid gaps between surfaces in Mid Surface mesh studies.
- Experience enhanced offset bonded interaction to improve contact results accuracy for linear static, linear dynamic, frequency, buckling, fatigue, design scenario, and pressure vessel studies.
Enhanced Surface-to-Surface Bonded Interactions
Enjoy improved usability without sacrificing accuracy.
Improve the accuracy and performance of cylindrical, spherical, and conical surfaces for all linear studies with enhanced surface-to-surface bonding.
Mesh Performance Improvements
Speed up the meshing of large assemblies that contain repeated parts.
Enjoy enhanced meshing performance in studies with numerous identical parts featuring curved surfaces, using a high-quality mesh.
Isolate Cause of Plastic Parts Warpage
Easily identify the cause of warpage to guide the design and the injection process. Assist users in their plastic parts warpage results evaluation by breaking down the overall displacement into its three source terms: unbalanced cooling, orientation, and non-uniform shrinkage.
Enhanced Sink Mark Prediction
Gain higher sink mark accuracy with the improved solver. Replace the current sink mark solver with the new solver to improve accuracy.
Flow Simulation GUI Improvements
Save time when using large models. Experience improved GUI responsiveness and speed for models with many parts.
Flow Simulation Performance Improvements
Save time when using imported geometries as STL files. Speed up meshing for faceted/tessellated geometries including imported STL files.
