Why Use Multi-Domain Systems Simulation
Modern mobility and machinery products are more complex, connected, and dynamic than ever. Mechanical, hydraulic, electronic, thermal, and control subsystems now interact continuously—and those interactions directly affect safety, performance, and comfort. Multi-Domain Systems (SimulationX) software enables engineers to model, simulate, and analyze complete system behavior early in development, increasing transparency, improving product robustness, and significantly reducing cost and time through virtual testing and front-loaded design decisions.
Key Features
Simulate all physics domains in one environment.
Build complex systems quickly with pre-defined components.
Test architecture concepts early for better design decisions.
Run transient, nonlinear, and frequency-based simulations.
Adapt models with scripting and Modelica for unique needs.
Connect seamlessly with CAD, PLM, and enterprise systems.
In Action
Discover how companies use Multi-Domain Systems (SimulationX) software to solve complex engineering challenges.
Resources to Get You Started
eBook
Pioneering Heavy Machinery Innovation through Virtual Prototyping
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How co-simulation helps the automotive industry beyond standard vehicle homologation tests
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Meeting the design specifications of Air Suspension systems using Systems Simulation
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Predict and Optimize System Performance
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Design and Analysis of the Vibration-isolated Installation of Machines and Equipment
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Enhance Safety with Co-Simulation for Pre-Crash Scenarios
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Explainer Video System Simulation
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Improving Comfort on Bumpy Tracks with Virtual Proving Ground
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Virtual Proving Ground: Boost Ride Quality, Safety Aspects & Longevity
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Virtually Test Construction Machinery | Validating Machine-Environment-Interactions in SimulationX
Have Questions? We've Got Answers
It’s a tool that allows engineers to model, simulate, and optimize complex systems spanning mechanical, electrical, hydraulic, pneumatic, thermal, and control domains—all in one environment.
It enables early detection of design issues, reduces prototyping costs, accelerates development cycles, and ensures reliable, high-performance products across multiple industries.
You can model complete vehicles, fluid-power systems, energy management systems, mechatronic devices, and cyber-physical systems, including all their components and interactions.
It allows virtual prototyping of components and full systems, from powertrains and chassis to controls and energy systems, enabling design optimization, integration, and performance validation early in development.
Yes. It helps engineers model and optimize energy systems using solar, wind, green hydrogen, and electric power, balancing energy sources, storage, and consumption for safer, more efficient solutions.
Engineers across roles—design, CAD, measurement, calculation, library development, and application development—use it to streamline workflows, validate designs, and ensure multi-domain systems performance.