Mathematical Methods of Fluid Power

Contents
  • basics of fluid power
  • description of components to convert mechanical into hydrailc energy and vice-versa (pumps and motors)
  • description of components to control pressure and volume flow (pressure and flow valves)
  • description of hydraulic systems
  • simulation approaches for hydraulic networks
Lecture language german

Qualification objectives:

Students are able to mathematically model hydraulic systems and set up differential equations, e.g. in the form of pressure build-up equations. They recognize and understand the analogies between hydraulic, electrical, mechanical and thermal systems.
In addition, students are able to select and apply suitable mathematical methods for solving hydraulic problems. This includes both analytical and numerical methods for solving the pressure curve over time.
Students will be able to describe the dynamic behavior of hydraulic systems and differentiate between various simulation approaches for calculating these systems.
Students are able to apply the mathematical methods they have learned to real hydraulic problems and to critically scrutinize and evaluate the results obtained.