SolidWorks Simulation
SOLIDWORKS® Simulation is an easy-to-use portfolio of structural analysis tools that use Finite Element Analysis (FEA) to predict a product’s real-world physical behavior by virtually testing CAD models. The portfolio provides linear, non-linear static and dynamic analysis capabilities.
In 2008, before we standardized on SOLIDWORKS, we designed and manufactured an average of two machines each year. Right now, with SOLIDWORKS, we’re producing 60 machines annually. The impact of transitioning to the integrated SOLIDWORKS 3D platform on our business and product development processes has been huge.
Fernando Díaz Engineering Manager
FEATURES
| FEATURES | SOLIDWORKS SIMULATION STANDARD | SOLIDWORKS SIMULATION PROFESSIONAL | SOLIDWORKS SIMULATION PREMIUM |
|---|---|---|---|
| Fully integrated in SOLIDWORKS® 3D CAD | |||
| FEA Modeling | |||
| Interactions and Connectors | |||
| Loads and Constraints | |||
| Stress Hot Spot Diagnostics | |||
| Communication with Reports and eDrawings® | |||
| Linear Static Simulation for Assemblies | |||
| Time-Based Motion | |||
| Design Comparison Studies | |||
| Fatigue Simulation | |||
| Trend Tracker | |||
| Automatic Conversion of Toolbox Fasteners to Bolts | |||
| Design Optimization | |||
| Load Case Manager | |||
| Advanced Interactions and Connectors | |||
| Topology Optimization Studies | |||
| Event-Based Motion Simulation | |||
| Frequency Simulation | |||
| Buckling or Collapse Simulation | |||
| Thermal Simulation | |||
| Drop Test Simulation | |||
| Pressure Vessel Design | |||
| Porous Components | |||
| Submodeling Simulation | |||
| 2D Simplification | |||
| Linear Dynamic Simulation | |||
| Nonlinear Simulation | |||
| Composites Simulation | |||
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