Blake Design of Mechanical Joints 2nd Edition by Harold Josephs, Ronald Huston ISBN 9781498766319 1498766315

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ISBN 10: 1498766315
ISBN 13: 9781498766319
Author: Harold Josephs, Ronald Huston

Blake Design of Mechanical Joints 2nd Edition by Harold Josephs, Ronald Huston Table of contents:

Chapter 1 Introduction

1.1 Historical Review

1.2 An Overview of Mechanical Joints

References

Chapter 2 Basic Concepts of Fasteners

2.1 Introduction

2.1.1 Adhesive Bonding

2.1.2 Brazing and Soldering

2.1.3 Rivets

2.1.4 Threaded Fasteners

2.1.5 Welded Joints

2.2 Design with Rivets

2.3 Design with Bolts

2.4 Selection of Bolt Materials

2.5 Stress and Strain of Bolted Joints

2.6 Torque Equations and Friction

2.7 Strength and Design Criteria

2.8 Control of Torque and Preload

2.9 Selection of Working Loads

2.10 Current View of Bolt Preload

2.11 Summary of Design Considerations

References

Symbols

Chapter 3 Concepts of Strength and Failure

3.1 Preliminary Considerations

3.2 Effect of Lateral Forces

3.3 Statically Indeterminate Beams

3.4 Cross-Section Geometry

3.4.1 Example

3.4.2 Approach

3.5 Combined Stress Criteria

3.6 Response in Shear

3.7 Torsion

3.8 Deflection Analyses

3.9 Buckling of Columns and Plates

3.10 Bending of Plates

3.11 Design of Curved Elements

3.12 Strength and Stability of Vessels

3.13 Early Experience with Stress and Fracture

3.14 Griffith Theory of Fracture

3.15 Behavior of Cracks

3.16 Detection of Crack Size

3.17 Ductile to Brittle Transition

3.18 Limitations and Implications of Fracture Control

3.19 Summary

References

Symbols and Acronyms

Chapter 4 Quality Measurement and Statistics

4.1 Introduction

4.2 Theory of Measurements

4.3 Statistical Analysis

4.4 Known Normal Distribution

4.5 Distribution Not Known to Be Normal

4.6 t-Statistic or the Student’s Statistic

4.7 Hypothesis Testing

4.8 Design Studies

4.8.1 Design Study 4.1

4.8.1.1 Solution

4.8.2 Design Study 4.2

4.8.2.1 Solution

4.8.3 Design Study 4.3

4.8.4 Design Study 4.4

4.8.4.1 Solution

4.8.5 Design Study 4.5

4.8.5.1 Solution

4.8.6 Design Study 4.6

4.8.7 Design Study 4.7

4.8.8 Design Study 4.8

4.9 Hypothesis Testing Based on a Two-Population Distribution

4.9.1 Large Sample Sizes

4.9.2 Small Sample Sizes

4.10 Summary Table of Tests Concerning Means

4.11 Design Studies of Two Population Means

4.11.1 Design Study 4.9

4.11.2 Design Study 4.10

4.11.3 Design Study 4.11

4.11.4 Design Study 4.12

4.12 Testing Variances from One Population: Use of the Chi-Square (x[sup(2)]) Distribution

4.13 Testing Variances from Two Populations: Use of the F-Distribution

4.14 Design Studies of Variances

4.14.1 Design Study 4.13

4.14.2 Design Study 4.14

4.14.3 Design Study 4.15

4.14.4 Design Study 4.16

4.15 Control Charts

4.16 Design Study for Control Charts

4.16.1 Design Study 4.17

References

Symbols

Chapter 5 Riveted and Bolted Joints

5.1 Basic Formulas for Rivets

5.2 Formulas for Eccentric Shear

5.3 Performance of Riveted Joints

5.4 Rigid Bolted Connections

5.5 Gasket Effects

5.6 Stiffness of a Flange in Compression

5.7 Conventional Diagram for the Bolt Preload

5.8 Theories of Joint Preload

5.9 Evaluation of Spring Constants

5.10 Symmetrical Splice Connection

5.11 Slip Coefficients

5.12 Load Transfer between Bearing and Shear

5.13 Determination of the Net Area of a Plate Subjected to Tension

5.14 Plate Edge Effects

5.15 Allowable Shear in Spliced Connections

5.16 Fatigue and Shear Lag Effects

5.17 Eccentric Joints

5.18 Prediction of Shear Loads

5.19 Prying Action on Bolts

5.20 Control of Joint Separation

5.21 Fastening of Plastics

5.22 Summary

5.23 Design Analyses

References

Symbols

Chapter 6 Flanges and Stiffeners

6.1 Introduction

6.2 Gasket Effects

6.3 Tightness Criterion

6.4 Spacing of Bolts

6.5 Mechanics of Flange Rotation

6.6 Design of Straight Flanges

6.7 Design of Ribbed Flanges

6.8 Stiffeners

6.9 Compact Flanges

6.10 Summary

6.11 Design Analyses

References

Symbols

Chapter 7 Clamps and Pipe Joints

7.1 Introduction

7.2 Interfaces, or Shrink, Fits

7.3 Split Hub Criteria

7.4 The Single-Pin Clevis Joint

7.5 A Rigid Clamp Application

7.6 Design of a C-Clamp

7.7 Vessel and Pipe Supports

7.8 Tubular Joints

7.9 Summary

7.10 Design Analyses

References

Symbols

Chapter 8 Joint Connections: Pins, Couplings, and Other Joint Fittings

8.1 Introduction

8.2 Design of Cotter Pin Joints

8.3 Key Connections

8.4 Splines

8.5 Pipe Couplings

8.6 Abutment Failure

8.7 Eyebar or Knuckle Joints

8.8 Structural

8.9 Chain Drives and Coupling Links

8.10 Wire Rope Fittings

8.11 High-Pressure Threaded Configurations

8.12 Summary

8.13 Design Analyses

References

Symbols

Chapter 9 Design of Welded Joints

9.1 Introduction

9.2 Typical Welded Joints

9.3 Allowable Weld Stresses

9.4 Crack Initiation and Fatigue

9.5 Design Assumptions

9.6 Analysis of Fillet Welds

9.7 Weld Line Formulas for Design

9.8 Welded Lap Joints

9.9 Beam Seat Connections

9.10 Column Base Plate Design

9.11 Welded Joints in Plate Girders

9.12 Special Welded Joints

9.13 Summary

9.14 Design Analyses

References

Symbols

Chapter 10 Membrane Joints

10.1 Introduction

10.2 Vacuum Barrier Technology

10.3 Design of a Circular Membrane

10.4 Behavior of Mylar Barriers

10.5 Metallic Diaphragm Experiment

10.6 Plastic Correction in Diaphragm Design

10.7 Spherical Cap Barriers

10.8 Rolling Diaphragm Interface

10.9 Summary

10.10 Design Analyses

References

Symbols

Chapter 11 Design for Adhesion

11.1 Introduction

11.2 Characteristics of Solid Surfaces

11.3 The Mechanics of Adhesion

11.4 Setting and Flow of Adhesives

11.5 The Concept of Stress

11.6 Stresses in Butt Adhesive Joints

11.7 Design of Lap Joints

11.8 Design of Scarf Joints

11.9 Peeling

11.10 Special Applications

11.11 Materials

11.12 Guide for Designers

11.13 A Current View of Adhesive Technology

11.14 Summary

11.15 Design Analyses

References

Symbols

Glossary

Index

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