TAILIEUCHUNG - BASIC HYDRAULIC SYSTEMS AND COMPONENTS

This subcourse is designed to provide instruction on the concept and operation of the basic components of the hydraulic system. It also describes the various components of a typical hydraulic system, their construction and functions, and their relationship to each other. | SUBCOURSE AL0926 EDITION A BASIC HYDRAULIC SYSTEMS AND COMPONENTS BASIC HYDRAULIC SYSTEMS AND COMPONENTS Subcourse Number AL 0926 EDITION A US Army Aviation Logistics School Fort Eustis Virginia 23604-5439 4 Credit Hours Edition Date September 1994 SUBCOURSE OVERVIEW This subcourse is designed to provide instruction on the concept and operation of the basic components of the hydraulic system. It also describes the various components of a typical hydraulic system their construction and functions and their relationship to each other. When the term hydraulics is applied to aircraft it means a method of transmitting power from one location to another through the use of a confined fluid. The functions performed by hydraulic systems in aircraft include assisting in flight control extending and retracting landing gear positioning flaps operating hoists raising and lowering cargo doors and starting engines. The hydraulic systems used in Army aircraft are dependable and relatively trouble-free. The maintenance requirements are small in comparison to the work the system performs. i AL0926 This subcourse is to be completed on a self-study basis. You will grade your lessons as you complete them using the lesson answer keys which are enclosed. If you have answered any question incorrectly study the question reference shown on the answer key and evaluate all possible solutions. There are no prerequisites for this subcourse. This subcourse reflects the doctrine which was current at the time it was prepared. In your own work situation always refer to the latest official publications. Unless otherwise stated the masculine gender of singular pronouns is used to refer to both men and women. TERMINAL LEARNING OBJECTIVE ACTION You will demonstrate a knowledge of the basic components of the hydraulic system including the devices which actuate discharge and control the flow of hydraulic fluid and those devices which sense control and limit hydraulic pressure. CONDITIONS You will use the

• Tự động hoá
• HYDRAULIC SYSTEM
• COMPONENTS
• temperature controller
• industrial automation
• remote control software
• automation curriculum
• Hydraulic performance
• Drip irrigation system
• Hydraulic performance of dripper installed
• Evaluation of hydraulic performance
• Hydraulic jacks
• BM 14 multiple launch rocket system
• Vibration of the launcher
• Hydraulic jacks on elastic ground
• Combat vehicles
• Dynamic calculation model of launcher
• Journal of Science and Technology
• A hydraulic regenerative braking system
• Modeling and experimental results
• The transmission system on the vehicle
• The proposed kinetic recovery system
• Hydraulic single tube shock absorber
• Semi active suspension system
• PID controller
• System's substantial performance
• Non controlled system
• Purpose
• Agenda
• Conclusions
• Hydraulic System Interfaces
• System Design
• design drivers
• Nuclear engineering and technology
• Thermal hydraulic study of air cooled passive decay heat removal system
• Air cooled passive decay heat removal system
• APRþ under extended station blackout
• Extended Station Blackout
• Journal of Automation and Control Engineering
• System identification using genetic programming
• Electro hydraulic actuator
• The relation of these sub functions–whole system
• The tree structure genetic programming algorithm
• Development of a suitable model
• Hydraulic simulation
• Integrated urban draingage system
• Water Resources Engineering
• Urban flooding
• Dissertation summary
• Multivariate analysis of critical parameters influencing the reliability
• Thermal hydraulic passive safety system
• Critical parameters influencing the reliability
• Two multivariate analysis methods
• The identified key CPs
• Water cooled steam generator
• Doctoral thesis summary
• Hydraulic and hydrological factors of the Huong river system’s downstream
• The impact of irrigation
• Hydropower construction and climate change
• Thao Long dam
• Variable power assisted steering
• electronically controled hydraulic system
• the computer
• speed sensor and targers
• Rear axle assembly
• monitoring
• Inline drip emitter
• Drip irrigation
• Hydraulic parameters
• Emission uniformity
• Field condition
• System Models
• Suspension System
• Hydraulic Systems
• Control System
• Transmission Control
• Servo Control
• Volume flow rate
• Irrigation system
• Water hammer
• Pumping system
• Water surges
• Clutch system
• Service standard
• Tightening torque
• Special tools components
• Clutch cover and disc
• Hydraulic clutch
• Nuclear engineering and design
• Super Critical Water cooled Reactor
• Several thermal–hydraulic codes
• System code
• Safety analysis
• Subsurface drainage
• Hydraulic conductivity
• Water table and infiltration
• Soil hydrologic parameters
• Subsurface drainage system
• Foreword
• Systems Interaction
• Primary Flight Control
• Cable and Pulley System
• Simple Mechanical
• Hydraulic Actuation
• Multiple Redundancy Actuation
• The management of quality
• Open channel flow
• Compressible flow
• The centrifugal pump
• Matching pumps to system characteristics
• The hydraulic jump
• Tạp chí khoa học
• Active suspension
• Hydraulic actuator
• Adaptive robust control
• Automotive suspension systems
• Safety analysis methodology for aged candu nuclear reactors
• Safety analysis methodology
• Slow Loss of Regulation
• Heat Transport System
• The thermal hydraulic analysis
• Crop yield
• Crop intensity
• TBP command area
• Hydrogeological structure
• Surface water
• Hydrogeological windows
• Strained hydraulic
• Red river water system
• Morphological characteristics