Table of Contents

Cover

Title page

Copyright Page

Contributors

Chapter 1: Properties of Ceramics

Abstract

1.1. Introduction

1.2. Wear mechanisms of ceramics materials

1.3. Fundamental properties and selection criteria

1.4. Microstructural reinforcement of ceramics

1.5. Conclusion and outlook

Chapter 2: Deformation and Fracture of Ceramic Materials

Abstract

2.1. Deformation

2.2. Dislocation

2.3. Slip mechanism

2.4. Twinning mechanism

2.5. Fracture of ceramic materials

2.6. Indentation in ceramic materials

Chapter 3: Abrasive Processes

Abstract

3.1. Typology of abrasive processes

3.2. Tribology of abrasive processes

3.3. Single point scratch tests

3.4. Multi point scratch tests

3.5. General model of abrasive processes

3.6. Surface topography and surface integrity

Chapter 4: Grinding

Abstract

4.1. Fundamentals of grinding

4.2. Grinding tools

4.3. Conditioning of grinding wheels

4.5. Cooling lubrication

4.6. Environmental issues

4.8. Properties of ground surface

4.9. Grinding machines

Chapter 5: Honing and Superfinishing

Abstract

5.1. Typology of the honing process

5.2. Honing and superfinishing tools

5.3. Honing and superfinishing machines

5.4. Honing technology

5.5. Double face grinding

Chapter 6: Lapping and Polishing

Abstract

6.1. Introduction

6.2. Typology of processes with loose abrasives

6.3. Lapping

6.4. Polishing

6.5. Chemical compound polishing

6.6. Ultrasonic Lapping

6.7. Abrasive Flow Machining

Chapter 7: ELID Grinding and Polishing

Abstract

7.1. Introduction

7.2. Basic system

7.3. Basic principles

7.4. Electrical aspects of ELID grinding

7.5. Grinding wheels for ELID applications

7.6. ELID grinding of ceramics

7.7. Material removal mechanisms in grinding of ceramics and glasses

7.8. Comparison between ELID and other grinding techniques

7.9. Applications of ELID grinding

7.10. Conclusions

Chapter 8: Grind/Lap of Ceramics with UV-Bonded Diamond Wheels

Abstract

8.1. Introduction

8.2. UV bonding techniques

8.3. Manufacturing of UV-bonded diamond wheel

8.4. Kinematic analysis of grind/lap

8.5. Effects of UV-bonded wheel

8.6. Optimal methods for improving grind/lap of ceramics

Chapter 9: ELID Grinding with Lapping Kinematics

Abstract

9.1. Introduction

9.2. Fundamentals of ELID

9.3. Kinematics of the ELID grinding with lapping kinematics

9.4. Modifications, preparations, and setup

9.5. Results

Appendix: Applications to Optoelectronics Materials

Index

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