Accelerating hydraulic component and system design with model-based systems engineering

Hydraulic systems must satisfy increasing demands for high performance and efficiency of products without affecting durability. More and more control systems are introduced, adding another level of complexity that impacts the time and cost of development. Virtual product integration using multidomain system simulation is a technology deployed in various industries to reduce the number of real prototypes and test benches and to solve integration problems earlier in the development cycle.

The objective of this white paper is to explain the requirements in terms of simulation capabilities to perform such virtual integration, and to provide several application cases:

• Controllability and NVH characteristics of a vane pump
• Increase of energy efficiency
• Reduction of vibrations

Several application cases are discussed, including:

• Controllability and NVH characteristics of a vane pump
• Increase of energy efficiency
• Reduction of vibrations

By utilizing comprehensive simulation capabilities, heavy equipment manufacturers can significantly reducing the need for physical prototypes.

Download this white paper to learn more about using model-based systems engineering to accelerate hydraulic component and system design.