Module 1: Introduction to Fluid Power
- Definition of fluid power
- Advantages and applications of fluid power systems
Module 2: Basics of Fluid Power
- Properties of fluids (liquids and gases)
- Pascal's law and its significance in fluid power
- Comparison between hydraulic and pneumatic systems
Module 3: Hydraulic Systems
- Working principles of hydraulic systems
- Components of a hydraulic system (pumps, actuators, control valves, fluid lines)
- Hydraulic fluid selection and properties
- Hydraulic system maintenance and troubleshooting
Module 4: Pneumatic Systems
- Working principles of pneumatic systems
- Components of a pneumatic system (compressors, actuators, control valves, air lines)
- Compressed air quality and treatment
- Pneumatic system maintenance and troubleshooting
Module 5: Fluid Power Actuators
- Hydraulic cylinders: types, construction, and applications
- Hydraulic motors: types, principles of operation, and applications
- Pneumatic cylinders: types, construction, and applications
- Rotary actuators: hydraulic and pneumatic
Module 6: Fluid Power Control
- Control valves: types, symbols, and functions
- Directional control valves and their operation
- Pressure control valves: relief valves, sequence valves, and pressure reducing valves
- Flow control valves: throttle valves and flow control regulators
Module 7: Fluid Power Circuit Design
- Basic hydraulic and pneumatic circuit design principles
- Sizing of components (pumps, actuators, valves)
- Circuit symbols and diagrams
- Safety considerations in fluid power systems
Module 8: Applications of Fluid Power
- Industrial machinery and automation
- Mobile equipment (construction, agriculture, mining)
- Automotive systems (brakes, suspension, power steering)
- Aerospace and aviation applications
Module 9: Emerging Trends in Fluid Power
- Electro-hydraulic and electro-pneumatic systems
- Smart and intelligent fluid power systems
- Energy-efficient fluid power technologies
Module 10: Conclusion
- Recap of fluid power principles and applications
- Future prospects of fluid power technology