Design Theory of Fluidic Components - 1st Edition - ISBN: 9780124102507, 9780323148238

Design Theory of Fluidic Components

1st Edition

Authors: Joseph M. Kirshner
eBook ISBN: 9780323148238
Imprint: Academic Press
Published Date: 28th January 1975
Page Count: 492
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Description

Design Theory of Fluidic Components is an 11-chapter text that discusses the most pertinent results of fluidics research and in closely related fields.
After providing an overview of the basic components and design theory of fluidics, this book goes on exploring the passive fluid components and the theory of jets. The following chapters specifically deal with the factors that give rise to lumped resistance, capacitance, and inductance, as well as the fluid transients in lines. These topics are followed by discussions on various jet velocity distributions and a simplified theory of motion of jets in a pressure gradient. The remaining six chapters are devoted to the active fluidic components, and begin with an examination of the characteristic curves that are necessary to describe the performance of the active components. These chapters also cover the extent to which the performance of specific fluidic components can be predicted analytically. This book is of great value to fluidic research engineers and graduate mechanical engineering students.

Table of Contents


Preface

Acknowledgments

Chapter 1 Introduction to Fluidics

1.1 Introduction

1.2 The Basic Components

1.3 Circuit Considerations

Chapter 2 Passive Components

2.1 Resistance

2.2 General Fluidic Resistance

2.3 Entrance Resistance

2.4 Wall Shear Resistance

2.5 Exit Resistance

2.6 A Typical Fluidic Resistance

2.7 Fluid Diodes

2.8 Resistance Networks

2.9 Capacitance

2.10 Inertance or Inductance

Problems

Nomenclature

References

Chapter 3 Distributed Fluid Passive Components

3.1 Introduction to Transmission Lines

3.2 Distributed Parameter Theory

3.3 Lumped Parameter Approximations

3.4 Propagation Models for Circular Fluid Lines

3.5 Propagation Models for Rectangular Fluid Lines

3.6 Lumped Modeling of Fluidic Circuits

3.7 Circuit Theory

3.8 Frequency Response of Fluid Line Circuits

3.9 Impulse and Step Response of Fluid Lines

3.10 The Method of Characteristics

3.11 The Method of Characteristics for Small-Amplitude Signals

3.12 The Quasi Method of Characteristics for Small-Amplitude Signals

3.13 The Method of Characteristics for Large-Amplitude Signals

3.14 Matching

3.15 The Method of Characteristics for Fluidic Line Circuits

Problems

Nomenclature

References

Chapter 4 Jet Flows

4.1 Introduction

4.2 Laminar-Free Jets from Infinitesimal Apertures

4.3 Turbulent-Free Jets from Infinitesimal Apertures

4.4 Turbulent-Free Jets from Finite Apertures

4.5 Experimental Results on Plane Turbulent Jets

Problems

Nomenclature

References

Chapter 5 Jet Dynamics

5.1 General Development of Jet Dynamics

5.2 Response of Jet to an Impulse Function

5.3 Constant Pressure Gradient

5.4 Oscillating Pressure Gradient

5.5 Propagating Pressure Gradient

5.6 Transverse Impedance of a Jet

5.7 The Effects of Feedback (Edgetones)

5.8 Velocity Profile of Oscillating Jet

5.9 Effect of the Jet on the Pressure Field

Problems

Nomenclature

References

Chapter 6 Static Characteristic Curves

6.1 Introduction

6.2 Concept of Source and Load

6.3 The Two-Terminal Pair

6.4 Proportional Amplifier Characteristics

6.5 Bistable Switch

6.6 NOR Elements

6.7 Passive Logic Elements

Problems

Nomenclature

References

Chapter 7 The Impact Modulator

7.1 Introduction

7.2 Centerline Total Pressure Decay of Free and Impinging Jets

7.3 The Effects of Control Flows on the Plate Decay Factor

7.4 Source Flow Modulation

7.5 Impact Modulator Pressure Gain

Problems

Nomenclature

References

Chapter 8 The Vortex Triode

8.1 Historical Introduction

8.2 Basic Description of Vortex Triode

8.3 Analyses of the Vortex Triode

8.4 Vortex Triode Design Chart

8.5 The Vortex Triode as a Proportional Amplifier

Problems

Suggested Term Papers

Nomenclature

References

Chapter 9 The Beam Deflection Amplifier

9.1 Historical Introduction

9.2 Basic Operating Principles

9.3 Introduction to Amplifier Static Analysis

9.4 Analysis of Input Region

9.5 Effect of the Vents

9.6 Analysis of the Output Region

9.7 The Output Characteristics

9.8 Aspect Ratio

9.9 Introduction to Dynamic Analysis

9.10 The Input Impedance

9.11 The Transfer Function

9.12 Evaluation of the Impedances and of k5

9.13 Staging of Amplifiers

Problems

Suggested Term Papers

Suggested Research Projects

Nomenclature

References

Chapter 10 The Bistable Switch

10.1 Early History

10.2 Principles of Operation

10.3 Wall Attachment Theories

10.4 Theory of the Bistable Switch

Problems

Nomenclature

References

Chapter 11 The Transition NOR

11.1 Introduction

11.2 Performance Criteria

11.3 Supply Characteristics

11.4 Transfer Characteristics

11.5 Input and Output Characteristics

11.6 Performance Optimization

11.7 Modified Verhelst Diagram

11.8 Dynamic Response

11.9 Alternate Transition Element Configurations

Problems

Suggested Research Projects

Nomenclature

References

Appendix A Circular Transmission Line Characteristics for Air

Appendix Β Rectangular Transmission Line Characteristics for Air

Appendix C Weighting Factors for Circular Sections

Appendix D Weighting Factors for Rectangular Sections

Appendix Ε Computer Programs

Index

Details

No. of pages:
492
Language:
English
Copyright:
© Academic Press 1975
Published:
Imprint:
Academic Press
eBook ISBN:
9780323148238

About the Author

Joseph M. Kirshner