Model and predict hydraulic systems behavior for transportation, and mobility, aerospace and industrial equipment industries
The Modelica based Fluid Power Library enables the modeling and simulation of hydraulic systems using oil. It addresses the needs of development engineers for designing and finds the right solutions for their hydraulics systems in a multi-disciplinary engineering approach, including control and mechanical models in the same environment. Ready-to-use components enable to rapidly design hydraulic systems and predict their different behaviors, from early concept studies through to detailed control system design and implementation.
The FluidPower library is designed to support development of hydraulic systems in any engineering domain.
Automotive and Motorsports: Braking, Power-steering, Transmission actuation
Aerospace: Braking, Landing-gear, Flap actuation systems, Aeroengine controls
Off-Highway: Transmissions, Construction / Mining machinery
Industrial: Actuation systems for infrastructure or manufacturing
Benefits
Asses and validate control laws for hydraulics systems from conceptual design to validation phases
Minimize costs through reduced need for physical prototype testing
Accelerate development convergence by enabling concurrent engineering and common understanding of the system behavior
Simplification in design processes by easily composing hydraulic systems with other disciplines
Components in the FluidPower library can be interfaced with other libraries to build multi-domain systems
Highlights
Wide range of pumps, cylinders, valves restrictions, lines and volumes
Thermal behavior available on components such as the tubes.
System and component design in the same applications, with the usage of other libraries
Full Functional Mockup Interface (FMI) support
It is possible to create new fluid by extending existing Partial Hydraulic Oil class
ISO 1219 standard for Hydraulic diagrams is used
