لایب سان

Ebook details:
عنوان: Fluid Power Pumps and Motors: Analysis, Design and Control
نویسنده: Noah D. Manring
ناشر: McGraw-Hill Education; 1 edition (July 17, 2013)
زبان: English
شابک: 0071812202, 978-0071812207
حجم: 9 Mb
فرمت: True Pdf

"Cover" -- "About the Author" -- "Title Page" -- "Copyright Page " -- "Contents" -- "Preface" -- "Chapter 1: Introduction " -- "1.1. Introduction" -- "1.2. Typical Machine Applications" -- "1.3. General Machine Configuration" -- "1.4. Conclusion" -- "Bibliography" -- "Chapter 2: Fluid Properties " -- "2.1. Introduction" -- "2.2. Fluid Bulk Modulus" -- "2.2.1. General" -- "2.2.2. Bulk Modulus for a Liquid" -- "2.2.3. Bulk Modulus for a Gas" -- "2.2.4. Effective Bulk Modulus" -- "2.2.5. Summary" -- "2.3. Fluid Viscosity" -- "2.3.1. General" -- "2.3.2. Viscosity Charts" -- "2.3.3. Viscosity Approximations" -- "2.3.4. Recommended Viscosities" -- "2.3.5. Summary" -- "2.4. Conclusion" -- "Bibliography" -- "Chapter 3: Fluid Mechanics " -- "3.1. Introduction" -- "3.2. The Reynolds Equation" -- "3.2.1. General" -- "3.2.2. Fundamental Equation" -- "3.2.3. Linear Flow Conditions" -- "3.2.4. Radial Flow Conditions" -- "3.2.5. Summary" -- "3.3. The Bernoulli Equation" -- "3.3.1. General" -- "3.3.2. Fundamental Equation" -- "3.3.3. Bernoulli Flow Conditions" -- "3.3.4. Summary" -- "3.4 Conclusion" -- "Bibliography" -- "Chapter 4: Mechanical Analysis " -- "4.1. Introduction" -- "4.2. Cylinder Block Free-Body Diagram" -- "4.2.1. General" -- "4.2.2. Time Rate of Change of Cylinder-Block Momentum" -- "4.2.3. Cylinder-Block Spring Force" -- "4.2.4. Shaft Reaction" -- "4.2.5. Valve-Plate Reaction" -- "4.2.6. Pressure-Clamping Force" -- "4.2.7. Piston Reaction" -- "4.2.8. Summary" -- "4.3. Piston Free-Body Diagram" -- "4.3.1. General" -- "4.3.2. Time Rate of Change of Piston Momentum" -- "4.3.3. Slipper Reaction" -- "4.3.4. Piston-Bore Pressure Force" -- "4.3.5. Cylinder Block Reaction" -- "4.3.6. Summary" -- "4.4. Slipper Free-Body Diagram" -- "4.4.1. General" -- "4.4.2. Time Rate of Change of Slipper Momentum" -- "4.4.3. Slipper Hold-Down Force". "4.4.4. Swash-Plate Reaction" -- "4.4.5. Slipper-Balance Force" -- "4.4.6. Piston Reaction" -- "4.4.7. Summary" -- "4.5. Swash-Plate Free-Body Diagram" -- "4.5.1. General" -- "4.5.2. Time Rate of Change of Swash-Plate Momentum" -- "4.5.3. Slipper Reaction" -- "4.5.4. Slipper Balance Force" -- "4.5.5. Control and Containment Forces" -- "4.5.6. Summary" -- "4.6. Shaft Free-Body Diagram" -- "4.6.1. General" -- "4.6.2. Time Rate of Change of Shaft Momentum" -- "4.6.3. Left Bearing Force" -- "4.6.4. Right Bearing Force" -- "4.6.5. Cylinder-Block Reaction" -- "4.6.6. Cylinder-Block Spring Force" -- "4.6.7. External Forces" -- "4.6.8. Summary" -- "4.7. Kinematics of the Piston-Slipper Ball Joint" -- "4.7.1. General" -- "4.7.2. Motion in the X-Direction" -- "4.7.3. Motion in the Y-Direction" -- "4.7.4. Motion in the Z-Direction" -- "4.7.5. Summary" -- "4.8. Symmetry Considerations" -- "4.9. Analytical Results" -- "4.9.1. General" -- "4.9.2. Cylinder-Block Equations" -- "4.9.3. Piston Equations" -- "4.9.4. Slipper Equations" -- "4.9.5. Swash-Plate Equations" -- "4.9.6. Shaft Equations" -- "4.9.7. Summary" -- "4.10. Conclusion" -- "Bibliography" -- "Chapter 5: Piston Pressure " -- "5.1. Introduction" -- "5.2. Control-Volume Analysis" -- "5.3. Numerical Solutions" -- "5.4. Piston-Pressure Profile" -- "5.5. Pressure Carry-Over Angle" -- "5.6. Cumulative Pressure Effects" -- "5.7. Conclusion" -- "Bibliography" -- "Chapter 6: Steady-State Results " -- "6.1. Introduction" -- "6.2. Cylinder-Block Equations" -- "6.3. Piston Equations" -- "6.4. Slipper Equations" -- "6.5. Swash Plate Equations" -- "6.6. Shaft Equations" -- "6.7. Conclusion" -- "Bibliography" -- "Chapter 7: Machine Efficiency " -- "7.1. Introduction" -- "7.2. Internal Friction" -- "7.3. Volumetric Flow Consideration" -- "7.4. Pump Efficiency" -- "7.5. Motor Efficiency" -- "7.6. Typical Results". "7.7. Conclusion" -- "Bibliography" -- "Chapter 8: Designing a Cylinder Block " -- "8.1. Introduction" -- "8.2. Cylinder-Block Geometry" -- "8.3. Cylinder-Block Materials" -- "8.4. Number of Pistons" -- "8.4.1. General" -- "8.4.2. Idealized Flow" -- "8.4.3. Non-Idealized Flow" -- "8.4.4. Summary" -- "8.5. Cylinder-Block Layout" -- "8.6. Involute Spline Design" -- "8.7. Cylinder-Block Balance" -- "8.8. Cylinder Block/Valve Plate Leakage" -- "8.9. Cylinder-Block Tipping" -- "8.10. Cylinder-Block Filling" -- "8.11. Conclusion" -- "Bibliography" -- "Chapter 9: Designing a Valve Plate " -- "9.1. Introduction" -- "9.2. Valve-Plate Geometry" -- "9.3. Valve-Plate Materials" -- "9.4. Sizing Valve-Plate Slots" -- "9.4.1. General" -- "9.4.2. Constant Area Slots" -- "9.4.3. Linearly Varying Slots" -- "9.4.4. Quadratically Varying Slots" -- "9.4.5. Summary" -- "9.5. Checking for Cavitation Potential" -- "9.5.1. General" -- "9.5.2. Constant Area Slots" -- "9.5.3. Linearly Varying Slots" -- "9.5.4. Quadratically Varying Slots" -- "9.5.5. No Slot Geometry" -- "9.5.6. Summary" -- "9.6. Line-to-Line Porting" -- "9.7. Cross Porting" -- "9.8. Trapped Volume Designs" -- "9.9. Valve-Plate Indexing" -- "9.10. Valve-Plate Clamping" -- "9.11. Conclusion" -- "Bibliography" -- "Chapter 10: Designing a Piston " -- "10.1. Introduction" -- "10.2. Piston Geometry" -- "10.3. Piston Materials" -- "10.4. Piston Stress and Radial Deflection" -- "10.4.1. General" -- "10.4.2. Stress and Point A" -- "10.4.3. Stress at Point B" -- "10.4.4. Required Material Strength" -- "10.4.5. Radial Piston Deflection" -- "10.4.6. Summary" -- "10.5. Piston-Length Ratios" -- "10.6. Miscellaneous Design Practices" -- "10.7. Piston Lubrication" -- "10.8. Piston Leakage" -- "10.9. Conclusion" -- "Bibliography" -- "Chapter 11: Designing a Slipper " -- "11.1. Introduction" -- "11.2. Slipper Geometry". "11.3. Slipper Materials" -- "11.4. Slipper Stresses" -- "11.5. Slipper Design Practices" -- "11.6. Slipper Balance" -- "11.7. Slipper Leakage" -- "11.8. Slipper Tipping" -- "11.9. Slipper Hold-Down Devices" -- "11.10. Conclusion" -- "Bibliography" -- "Chapter 12: Designing a Swash Plate " -- "12.1. Introduction" -- "12.2. Swash-Plate Geometry" -- "12.3. Swash-Plate Materials" -- "12.4. Swash-Plate Stresses" -- "12.5. Control and Containment Forces" -- "12.5.1. General" -- "12.5.2. A Transverse-Servo Design" -- "12.5.3. An Axial-Servo Design" -- "12.5.4. Summary" -- "12.6. Swash-Plate Bearings" -- "12.7. Conclusion" -- "Bibliography" -- "Chapter 13: Designing a Shaft " -- "13.1. Introduction" -- "13.2. Shaft Geometry" -- "13.3. Shaft Materials" -- "13.4. Shaft Deflection" -- "13.5. Shaft Stress" -- "13.6. Shaft Bearings" -- "13.7. Conclusion" -- "Bibliography" -- "Chapter 14: Displacement Controlled Pumps " -- "14.1. Introduction" -- "14.2. Pump Description" -- "14.3. Analysis" -- "14.3.1. General" -- "14.3.2. Swash-Plate Equilibrium" -- "14.3.3. Discharge Pressure" -- "14.3.4. Actuator Pressures" -- "14.3.5. 4-Way Valve Flow" -- "14.3.6. Summary" -- "14.4. Dynamic Performance" -- "14.4.1. General" -- "14.4.2. Time Constant" -- "14.4.3. Time Response" -- "14.4.4. Bandwidth Frequency" -- "14.4.5. Summary" -- "14.5. Design" -- "14.5.1. General" -- "14.5.2. Captured Actuator-Spring Design" -- "14.5.3. Actuator Design" -- "14.5.4. Dynamic Response Design" -- "14.5.5. Summary" -- "14.6. Conclusion" -- "Bibliography" -- "Chapter 15: Pressure Controlled Pumps " -- "15.1. Introduction" -- "15.2. Pump Description" -- "15.3. Analysis" -- "15.3.1. General" -- "15.3.2. Discharge Pressure" -- "15.3.3. Swash-Plate Equilibrium" -- "15.3.4. Actuator Pressures" -- "15.3.5. 3-Way Valve Flow" -- "15.3.6. 3-Way Valve Equilibrium" -- "15.3.7. Summary". "15.4. Dynamic Performance" -- "15.4.1. General" -- "15.4.2. Natural Frequency and Damping Ratio" -- "15.4.3. Time Response" -- "15.4.4. Bandwidth Frequency" -- "15.4.5. Summary" -- "15.5. Design" -- "15.5.1. General" -- "15.5.2. Bias-Spring Design" -- "15.5.3. Actuator Design" -- "15.5.4. Dynamic Response Design" -- "15.5.5. Summary" -- "15.6. Conclusion" -- "Bibliography" -- "Chapter 16: Conclusion " -- "Unit Conversions" -- "Length" -- "Area" -- "Mass" -- "Volume" -- "Density" -- "Temperature" -- "Pressure" -- "Flow" -- "Torque" -- "Angular Speed" -- "Force" -- "Linear Velocity" -- "Power" -- "Selected References".

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