Title page
by Yaobao Yin
Electro Hydraulic Control Theory and Its Applications Under Extreme Environment
- Cover image
- Title page
- Table of Contents
- Copyright
- Preface
- Abstract
- Chapter 1. Overview
- Chapter 2. Hydraulic Fluid and Electrohydraulic Servo Valves
- Chapter 3. Jet-Pipe Electrohydraulic Servo Valve
- Chapter 4. Aircraft Hydraulic Power System
- Chapter 5. Aircraft Electrohydraulic Servo Control Technology
- 5.1. Electrohydraulic control technology
- 5.2. Elastic O-type ring sealing technology
- 5.3. Aircraft electrohydraulic servo technology
- 5.4. Control actuation system of anti-aircraft missile
- 5.5. Auxiliary power unit of anti-aircraft missile
- 5.6. Aircraft gas turbine pump hydraulic power application technology
- 5.7. Power-matching design of hydraulic rudder system
- Chapter 6. Flow-Matching Control of Asymmetrical Hydraulic Valve and Asymmetrical Hydraulic Cylinder
- Chapter 7. Pressure Characteristics of Symmetrical Uneven Underlap Hydraulic Slide Valves
- Chapter 8. Single Stage Overflow Valve in Aerocraft Hydraulic Control Systems
- 8.1. Characteristics and working principle of single stage overflow valve with balanced piston and fixed orifice
- 8.2. Working point and basic characteristics
- 8.3. Influence of structural parameters on dynamic characteristics
- 8.4. Valve characteristics in vibration environment
- 8.5. Influence of operation point of overflow valve on frequency of missile electrohydraulic energy system
- Chapter 9. Hydraulic Pressure Reducing Valve for Aircraft
- Chapter 10. Hydraulic Components in Extreme Temperature Environments
- Chapter 11. Electrohydraulic Servo Valve in Vibration and Impact Environment
- 11.1. Mathematical model of electrohydraulic servo valve in vibration and impact
- 11.2. Electrohydraulic servo valve in unit step acceleration environment
- 11.3. Electrohydraulic servo valve in unit pulse acceleration environment
- 11.4. Electrohydraulic servo valve under vibration condition
- 11.5. Conclusions
- Chapter 12. Electrohydraulic Servo Valves in Centrifugal Environments
- 12.1. Acceleration composition theorem with circular transport motion
- 12.2. Electrohydraulic servo valves in a centrifugal environment of uniformly circular motion
- 12.3. Electrohydraulic servo valves in a centrifugal environment of uniformly accelerated circular motion
- 12.4. Null bias of electrohydraulic servo valves in a centrifugal environment
- 12.5. Performance of electro hydraulic servo valves in a centrifugal environment
- 12.6. Layout measures of electrohydraulic servo valves in vibration, impact and centrifugal environments
- Chapter 13. Optimal Design of the Electrohydraulic Servo Valve
- 13.1. Optimal design of the electrohydraulic servo valve based on amplitude margin
- 13.2. Optimal design of the torque motor integrated stiffness of the electrohydraulic servo valve
- 13.3. Electrohydraulic servo valve with compensating throttle
- 13.4. Asymmetrical nozzle flapper type single-stage electrohydraulic servo valve
- 13.5. Asymmetry of the nozzle flapper valve of the two-stage electrohydraulic servo valve with force feedback
- Chapter 14. Marine Hydraulic Technology
- Index
Electro Hydraulic Control Theory and Its Applications Under Extreme Environment
Editor
Yaobao Yin
School of Mechanical Engineering, Tongji University, P.R. China
Translated by
Jiangwei Wu
Shanghai Maritime University, P.R. China
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