1. Basic concepts of hydromechanics.
2. Basic laws of hydrostatics and hydrodynamics.
3. Working fluids of hydraulic systems in aircraft: physical properties, chemical properties, types of fluids and their use.
4. Rotary hydrostatic pumps and motors: basics of theory, construction, characteristics, control, application.
5. Hydraulic cylinders: basics of theory, construction, characteristics, application. Seals in hydraulics.
6. Flow direction control in hydraulic systems.
7. Pressure and flow control in hydraulic systems.
8. Control technology in hydraulic systems: Proportional directional control valve.
9. Control technology in hydraulic systems: Servo technology.
10. Hydraulic components for filtration and cooling of liquid. Hydraulic accumulators.
11. Aircraft hydraulic power systems.
12. Hydraulic systems for aircraft control.
13. Hydraulic systems for control of aircraft landing gear and mechanization of wings.
14. Backup systems.
2. Basic laws of hydrostatics and hydrodynamics.
3. Working fluids of hydraulic systems in aircraft: physical properties, chemical properties, types of fluids and their use.
4. Rotary hydrostatic pumps and motors: basics of theory, construction, characteristics, control, application.
5. Hydraulic cylinders: basics of theory, construction, characteristics, application. Seals in hydraulics.
6. Flow direction control in hydraulic systems.
7. Pressure and flow control in hydraulic systems.
8. Control technology in hydraulic systems: Proportional directional control valve.
9. Control technology in hydraulic systems: Servo technology.
10. Hydraulic components for filtration and cooling of liquid. Hydraulic accumulators.
11. Aircraft hydraulic power systems.
12. Hydraulic systems for aircraft control.
13. Hydraulic systems for control of aircraft landing gear and mechanization of wings.
14. Backup systems.