Avraham Harnoy is Professor and Director of the Bearings and Lubrications Laboratory in the Mechanical Engineering Department, New Jersey Institute of Technology, Newark. The author or coauthor of numerous professional publications, he has had many years  of diversified industrial and academic experience and has conducted extensive research in bearings design and lubrication. Dr. Harnoy received the D.Sc. degree from the Israel Institute of Technology, Haifa.

• Preface, Symbols, Chapter 1. Classification and Selection of Bearings, Chapter 2. Lubricant Viscosity, Chapter 3. Fundamental Properties of Lubricants, Chapter 4. Principles of Hydrodynamic Lubrication, Chapter 5. Basic Hydrodynamic Equations, Chapter 6. Long Hydrodynamic Journal Bearing, Chapter 7. Short Journal Bearings, Chapter 8. Design Charts for Finite-Length Journal Bearings, Chapter 9. Practical Applications of Journal Bearings, Chapter 10. Hydrostatic Bearings, Chapter 11. Bearing Materials, Chapter 12. Rolling Element Bearings, Chapter 13 Selection and Design of Rolling Bearings, Chapter 14. Testing of Friction and Wear, Chapter 15. Hydrodynamic Bearings Under Dynamic Conditions, Chapter 16. Friction Characteristics, Chapter 17. Modeling Dynamic Friction, Chapter 18. Case Study: Composite Bearing-Rolling Element and Fluid Film in Series, Chapter 19. Non-Newtonian Viscoelastic Effects, Chapter 20. Orthopedic Joint Implants, Appendix A. Units and Definitions of Material Properties, Appendix B. Numerical Integration, Bibliography, Index

Avraham Harnoy is Professor and Director of the Bearings and Lubrications Laboratory in the Mechanical Engineering Department, New Jersey Institute of Technology, Newark. The author or coauthor of numerous professional publications, he has had many years  of diversified industrial and academic experience and has conducted extensive research in bearings design and lubrication. Dr. Harnoy received the D.Sc. degree from the Israel Institute of Technology, Haifa.

• Preface, Symbols, Chapter 1. Classification and Selection of Bearings, Chapter 2. Lubricant Viscosity, Chapter 3. Fundamental Properties of Lubricants, Chapter 4. Principles of Hydrodynamic Lubrication, Chapter 5. Basic Hydrodynamic Equations, Chapter 6. Long Hydrodynamic Journal Bearing, Chapter 7. Short Journal Bearings, Chapter 8. Design Charts for Finite-Length Journal Bearings, Chapter 9. Practical Applications of Journal Bearings, Chapter 10. Hydrostatic Bearings, Chapter 11. Bearing Materials, Chapter 12. Rolling Element Bearings, Chapter 13 Selection and Design of Rolling Bearings, Chapter 14. Testing of Friction and Wear, Chapter 15. Hydrodynamic Bearings Under Dynamic Conditions, Chapter 16. Friction Characteristics, Chapter 17. Modeling Dynamic Friction, Chapter 18. Case Study: Composite Bearing-Rolling Element and Fluid Film in Series, Chapter 19. Non-Newtonian Viscoelastic Effects, Chapter 20. Orthopedic Joint Implants, Appendix A. Units and Definitions of Material Properties, Appendix B. Numerical Integration, Bibliography, Index

Avraham Harnoy is Professor and Director of the Bearings and Lubrications Laboratory in the Mechanical Engineering Department, New Jersey Institute of Technology, Newark. The author or coauthor of numerous professional publications, he has had many years  of diversified industrial and academic experience and has conducted extensive research in bearings design and lubrication. Dr. Harnoy received the D.Sc. degree from the Israel Institute of Technology, Haifa.

• Preface, Symbols, Chapter 1. Classification and Selection of Bearings, Chapter 2. Lubricant Viscosity, Chapter 3. Fundamental Properties of Lubricants, Chapter 4. Principles of Hydrodynamic Lubrication, Chapter 5. Basic Hydrodynamic Equations, Chapter 6. Long Hydrodynamic Journal Bearing, Chapter 7. Short Journal Bearings, Chapter 8. Design Charts for Finite-Length Journal Bearings, Chapter 9. Practical Applications of Journal Bearings, Chapter 10. Hydrostatic Bearings, Chapter 11. Bearing Materials, Chapter 12. Rolling Element Bearings, Chapter 13 Selection and Design of Rolling Bearings, Chapter 14. Testing of Friction and Wear, Chapter 15. Hydrodynamic Bearings Under Dynamic Conditions, Chapter 16. Friction Characteristics, Chapter 17. Modeling Dynamic Friction, Chapter 18. Case Study: Composite Bearing-Rolling Element and Fluid Film in Series, Chapter 19. Non-Newtonian Viscoelastic Effects, Chapter 20. Orthopedic Joint Implants, Appendix A. Units and Definitions of Material Properties, Appendix B. Numerical Integration, Bibliography, Index