Pneumatics and Hydraulics Control Systems

Hydraulics: Basics of fluid power transmission, operating principals of hydraulic systems, advantages and limitations, hydraulic systems elements structure and design considerations (pumps, hydraulic motors, cylinders, directional valves, control valves, auxiliaries, servo elements).

Hydraulic system circuit design, power circuits, control and logic circuits, standard circuits, power packs and integrated circuits, piping and related matters, economic considerations, application of hydraulic systems in machinery. Mathematical modeling of hydraulic systems. Pneumatics: Basics of power transmission by gas, operating principals of pneumatic systems, advantages and limitations, pneumatic systems elements structure and design considerations. Compressed air production technology and related problems, compressed network, piping design, economic considerations. Design of pneumatic circuits, application of pneumatic in special production machines. Mathematical modeling of hydraulic systems.