Simulation and modeling of fluid power components and systems
Fluid power drives and controls can be found across all industries. Whether they are used to transport liquids or gases, or to transmit power: minimum pressure losses and vibrations in the overall system along with efficient fluid transport are often decisive factors for the competitiveness of the final product. Due to the non-linear properties of fluid power systems, spreadsheet-based design approaches have their limits. In order to increase performance and efficiency of fluid power systems, you look at the fluid circuit, its controller layout and the connected mechanical as well as electrical components as a whole for the best results. The most effective way to do so is to use software for simulating your fluid power systems.