Introduction to Fluid Power Circuits and Systems. - Henke, Russell W. (Massachusetts : Addison-Wesley Publishig Company, 1970)
1. Energy Transfer2. Definitions and a System of Classification of Circuits3. Criteria for Design of Open-Loop Circuits4. Open-Center Circuits5. Closed-Center Circuits6. Analyzing Resistive Loads7. Analyzing Overrunning and Inertial Loads8. Energy Transfer Optimization Factors9. Energy Control Considerations: Pressure Control10. Circuits for Effecting Pressure Control11. Energy Control Considerations: Flow Control12.Circuits for Effecting Flow Control13. More Examples of Fluid Power Circuits14. Selection Criteria: Energy Input and Output Devices15. Selection Criteria: Control Valves16. Selection Criteria:Auxiliaries17. The Flow-Diagramming Thecnique for Circuit Design18. Introduction to Graphic Analysis19. System Heat Generation and Control20. Introduction to Pneumatic Power Circuits21. Introduction to Loogic Concepts22. Introduction to Boolean23. Switching Theory Applied to Direction Control24. Introduction to Fluidics25. Moving-Part Fluid Logic Control Circuits26. Electrical Controls for Fluid Power Circuits27. Introduction to Electro-Fluid Analogics28. Introduction to Closed-Loop Systems29. Feedback Transducer: Position30. Feedback Transducer: Velocity, Acceleration, Force, Flow31. Applications of Servo System: Position Control32.Applications of Servo Systems: Velocity, Acceleration, and Force Control33. Concepts of Analysis of Servo Systems34. Analysis of Systems (Continued).