Dassault Systemes proposes several solution for system modeling and simulation based on the Modelica language. It allows engineers and researchers to build and analyze dynamic systems across multiple physical domains (mechanical, electrical, thermal, etc.).
What is it used for?
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Three Tools, One Powerful Kernel
A unified core for diverse applications:
- Consistent performance across applications
- Seamless data exchange between tools
- Unified modeling language & libraries
| DYMOLA STANDARD | DYMOLA BEHAVIOR MODELING (3DEXP) | SYSTEMS SIMULATION DESIGNER & ANALYST |
|---|---|---|
Focus: Code-development and end-user assembly Unique Feature: Optimized tool for systems simulation in a light environment
💡 Collaborative Designer Plugin to the 3DEXP platform | Focus: Data continuity through model generation from 3DEXP objects (3D CAD, 3D piping, electrical, schematic, architecture) Unique Feature: Generation capabilities from 3DEXP objects | Focus: Democratize and distribute systems simulation models Unique Feature: web-based tools for analyst |
Which tool will you use ?
- Dymola Standard, for development and engineering studies ?
- Dymola Behavior Modeling, for highly connected and generative experiences ?
- Systems Simulation Designer & Analyst, for assembly and consumption of ready to use components and models ?
For more information, read through the white paper of the main benefits and technical background of Dymola, Modelica, and FMI.
Useful External Resources
- 3DS CATIA Dymola Website
- CATIA-Systems GitHub
- Modelica Association
- Claytex technical blog
- Stack overflow
