Design of Fluid Power Systems

Catalog description

This course is designed to provide a solid foundation for understanding hydraulic and pneumatic systems for power transmission and motion control, including hydrostatic transmissions and electro-hydraulic systems. Applications include mobile and stationary equipment in agricultural production and processing systems. Biological Engineers (and other engineers as well) will likely encounter a wide range of powered and automated equipment in their careers. This course equips the students to: (1) understand the key operating characteristics of most fluid power system components including compressors, pumps, valves, cylinders, and motors, (2) design fluid power circuits, (3) mathematically model the steady state operation of fluid power systems, and (4) have sufficient knowledge to obtain the Hydraulic Specialist Certification offered by the Fluid Power Society. The course includes a hands-on laboratory offering the chance for students to construct circuits, see component cutaways, experience component and system performance demonstrations, and work with electronic control of hydraulic systems. Prerequisite knowledge includes fluid mechanics and familiarity with mechanical power transmission systems. Students may be evaluated based on homework assignments, laboratory reports, a design project, and exams.