Dymola isn’t just another simulation tool, it’s a multi-physics powerhouse that helps engineers design, test, and optimize complex systems before they’re built. Below, discover how industries leverage Dymola’s unique capabilities to solve real-world challenges, paired with examples of physical models.
🚗 Transport & Mobility
Key Challenges:
- Battery thermal management
- Vehicle dynamics and safety
- Hybrid powertrain and energy supply
Use Cases & Models
- Using System Simulation to analyze effects of manufacturing uncertainties on LiIon Battery performance
- Integrated 1D and 3D Workflow for EV Battery System Development
✈️ Aerospace & Defense
Key Challenges:
- Landing gear dynamics
- Flight control validation
- Fuel system optimization
- Energy & Thermal management
Use Cases & Models
- System Model of an eVTOL aircraft
- Thermal simulation of electrical harness
- Breaking Silos in MBSE: Connecting Dymola and CATIA Magic for Smarter Requirements Verification
🔋 Infrastructure, Energy & Material
Key Challenges:
- Grid stability with renewables
- Wind turbine efficiency
- Energy storage optimization
- Power-to-Gas system sizing and optimization
Use Cases & Models
- Heat exchanger: model and calibration
- Heat-Pump Modeling – DeFrosting
- Dynamic Modeling of a Hydrogen Production & Storage System Using Dymola
🤖 Industrial Equipment
Key Challenges:
- HVAC energy efficiency
- Robotic arm precision
- Hydraulic system reliability
Use Cases & Models
💊 Life Sciences & Healthcare
Key Challenges:
- Drug delivery systems
- Bioreactor optimization
Use Cases & Models
🛠️ Dymola Capabilities
Use Cases & Models
- ArtificiaI Intelligence & 0D/1D system simulation : How to integrate data based models in Dymola
- Inverse model: crane example
- Stable Non-Linear iterations
- Running FMU unit tests with Dymola, Optimization Process Composer & Systems Simulation Design (SID)
- C-Function Integration in Dymola: A BMS development example
