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
eBooks
Pioneering Heavy Machinery Innovation through Virtual Prototyping
Webinar
How co-simulation helps the automotive industry beyond standard vehicle homologation tests
Webinar
Meeting the design specifications of Air Suspension systems using Systems Simulation
Webinar
Predict and Optimize System Performance
Videos
Design and analysis of the vibration-isolated installation of machines and equipment
Videos
Enhance Safety with Co-Simulation for Pre-Crash Scenarios
Videos
Explainer Video System Simulation
Videos
Improving comfort on bumpy tracks with Virtual Proving Ground
Videos
Virtual Proving Ground: Boost ride quality, safety aspects & longevity
Videos
Virtually test construction machinery | Validating machine-environment-interactions in SimulationX
Have Questions? We've Got Answers
It focuses on system-level behavior and interactions in 1D, complementing CAD, FEA, and CFD tools rather than replacing them.
You can model vehicles, machinery, energy systems, hydraulics, thermal systems, electrified powertrains, and other mechatronic products.
No. Most models can be built graphically using drag-and-drop libraries, while Modelica is available for advanced customization.
Yes. SimulationX supports integration with CAD, FEA/FEM, controls & optimization tools, with standards such as FMI/FMU for model exchange and co-simulation.
No. It is used by system architects, design engineers, controls engineers, and domain experts across multidisciplinary teams.
SimulationX is available through our authorized regional partners only. Contact XPI Inc. (Americas), XPI Germany GmbH (Europe), Agito (Northern Europe), Trident TechLabs (India), Newton Works (Japan), or GDS ME (Middle East) for licensing, evaluations, training, and technical support.