Powering Innovation Through Fluid System Intelligence
Hydraulic, pneumatic, and thermal systems play a critical role in mobile machinery, vehicles, industrial equipment, and climate-control applications. By using Multi-Domain Systems (SimulationX) simulation software, engineers are able to virtually model, analyze, and optimize these complex fluid power systems to ensure high precision, fast response, and robust performance. By uncovering nonlinear behaviors, mis-dimensioned components, and unwanted system interactions early, teams can reduce risk, improve efficiency, and achieve reliable operation before hardware is built.
Multi-Domain Systems (SimulationX) Optimizes Hydraulic, Pneumatic & Thermal Design
Optimize hydraulic actuators and electrohydraulic drives; model pumps, valves, and reservoirs; evaluate braking, steering, gears, and suspension; analyze thermal behavior; integrate with 3D mechanics and uneven-ground environments; support industrial and subsea applications.
Model pneumatic braking, suspension, and pressurized air systems; evaluate air springs and drives; boost compressed-air efficiency; simulate gas mixture systems for industrial plants.
Analyze HVAC for vehicles, buildings, aircraft, and precision machines; model liquid/air circuits, vapor cycles, heat pumps, and battery thermal management; simulate electrolyzers, fuel cells, and thermal solar systems.
Hydraulics, Hydraulics Lubrication, Hydraulic Brake Systems, Subsea Hydraulics, Pneumatics, Vehicle Pneumatics, HVAC & Power Lite, Thermal Fluids, and Thermal.