xx Marilyn Fluid Power Test
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Table of Contents
Abbreviated Contents
xx Marilyn Fluid Power Test
- Fluid Power
- Copyright © 2025
- Preface
- About the Authors
- Reviewers
- Acknowledgments
- New to This Edition
- Features of the Textbook
- Tools for Student and Instructor Success
- Brief Contents
- Contents
- Section 1 Fluid Power Principles
- 1 Introduction to Fluid Power The Fluid Power Field
- 2 Fluid Power Systems The Basic System
- 3 Safety and Health Promoting Proper Practices
- 4 Basic Physical Principles Applications to Fluid Power Systems
- 5 Fluid Power Standards and Symbols Language of the Industry
- Section 2 Hydraulic Systems
- 6 Hydraulic Fluid The Energy Transmitting Medium
- Chapter 6 Outline
- Chapter 6 Introduction
- Chapter 6 Learning Objectives
- Chapter 6 Key Terms
- 6.1 Functions of a Hydraulic Fluid
- 6.2 Performance Characteristics of a Hydraulic Fluid
- 6.3 Commonly Used Hydraulic Fluids
- 6.4 Hydraulic Fluid Additives
- 6.5 Hydraulic Fluid Specifications
- 6.6 Handling and Maintaining Hydraulic Fluids
- Chapter 6 Review
- 7 Source of Hydraulic Power Power Units and Pumps
- Chapter 7 Outline
- Chapter 7 Introduction
- Chapter 7 Learning Objectives
- Chapter 7 Key Terms
- 7.1 Power Unit
- 7.2 Basic Pump
- 7.3 Basic Pump Classifications
- 7.4 Pump Design, Operation, and Application
- 7.5 Additional Design Features of Pumps
- 7.6 Pump and Power Unit Design and Operating Considerations
- Chapter 7 Review
- 8 Fluid Storage and Distribution Reservoirs, Conductors, and Connectors
- 9 Actuators Workhorses of the System
- 10 Controlling the System Pressure, Direction, and Flow
- Chapter 10 Outline
- Chapter 10 Introduction
- Chapter 10 Learning Objectives
- Chapter 10 Key Terms
- 10.1 Primary Control Functions in a Hydraulic System
- 10.2 Basic Structure and Features of Control Valves
- 10.3 Valve Operation and Springs, Fluid Pressure, and Fluid Flow
- 10.4 Pressure Control Devices
- 10.5 Directional Control Devices
- 10.6 Flow Control Devices
- Chapter 10 Review
- 11 Accumulators Pressure, Flow, and Shock Control Assistance
- Chapter 11 Outline
- Chapter 11 Introduction
- Chapter 11 Learning Objectives
- Chapter 11 Key Terms
- 11.1 Basic Functions of an Accumulator
- 11.2 Accumulator Design and Operation
- 11.3 Functions of Accumulator Circuits
- 11.4 Selecting and Sizing Accumulators
- 11.5 Setup and Maintenance of Accumulators
- Chapter 11 Review
- 12 Conditioning System Fluid Filtration and Temperature Control
- Chapter 12 Outline
- Chapter 12 Introduction
- Chapter 12 Learning Objectives
- Chapter 12 Key Terms
- 12.1 Need for Fluid Conditioning
- 12.2 Contaminants and Their Sources
- 12.3 Effects of Contamination
- 12.4 System Operating Temperature
- 12.5 Controlling and Removing Contaminants
- 12.6 Filter System Maintenance
- 12.7 Controlling Fluid Temperature
- Chapter 12 Review
- 13 Applying Hydraulic Power Typical Circuits and Systems
- Chapter 13 Outline
- Chapter 13 Introduction
- Chapter 13 Learning Objectives
- Chapter 13 Key Terms
- 13.1 Basic Circuits and Their Use in System Analysis and Design
- 13.2 Design and Operation of Basic Pressure-Related Circuits
- 13.3 Design and Operation of Basic Flow-Related Circuits
- 13.4 Design and Operation of Basic Motion-Related Circuits
- 13.5 Design and Operation of Circuits with Other Functions
- Chapter 13 Review
- Section 3 Pneumatic Systems
- 14 Compressed Air The Energy Transmitting Medium
- 15 Source of Pneumatic Power Compressed-Air Unit and Compressor
- 16 Conditioning and Distribution of Compressed Air Controlling Dirt, Moisture, Temperature, and Pressure
- 17 Work Performers of Pneumatic Systems Cylinders, Motors, and Other Devices
- 18 Controlling a Pneumatic System Pressure, Direction, and Flow
- Chapter 18 Outline
- Chapter 18 Introduction
- Chapter 18 Learning Objectives
- Chapter 18 Key Terms
- 18.1 Primary Control Functions in a Pneumatic Circuit
- 18.2 Basic Control Valve Design and Structure
- 18.3 Pressure Control Methods and Devices
- 18.4 Directional Control Methods and Devices
- 18.5 Flow Control Methods and Devices
- 18.6 Special-Purpose Control Valves and Other Devices
- 18.7 Selecting and Sizing Pneumatic Components
- Chapter 18 Review
- 19 Applying Pneumatic Power Typical Circuits and Systems
- Chapter 19 Outline
- Chapter 19 Introduction
- Chapter 19 Learning Objectives
- Chapter 19 Key Terms
- 19.1 Basic Circuits and System Analysis and Design
- 19.2 Workstation Air-Preparation Components
- 19.3 Controlling System Air Pressure
- 19.4 Controlling System Airflow Rate
- 19.5 Controlling Actuator Motion
- 19.6 Circuits for Other System Functions
- Chapter 19 Review
- Appendix A Fluid Power Symbols Review
- Appendix B Math Review
- Glossary
- Index