Modern Dressing and Grinding Technologies, Volume 1: Principles, Tools, and Process Fluids provides a thorough and practical exploration of the principles, processes, and tools fundamental to modern dressing and grinding operations. It highlights advanced grinding and dressing tool design, the use of process fluids and nozzles, and how these elements impact process efficiency. This volume also addresses tool wear mechanisms, thermal effects and their quantification, the grindability of diverse materials, and the resulting surface and subsurface quality of workpieces. Integrating foundational theories with practical applications and case studies, this handbook serves as a valuable resource for advancing both academic and industrial understanding. Key areas of focus include the parameters and correlations governing dressing and grinding processes, the properties and applications of abrasive materials, and the design and manufacturing of conventional and superabrasive tools.
1. Modern Dressing and Grinding Technologies - p. i 2. Cover image - p. i 3. Title page - p. i 4. Table of Contents - p. i 5. Copyright - p. iv 6. Dedication - p. v 7. About the author - p. xi 8. Preface - p. xiii 9. Acknowledgments - p. xv 10. 1 Principles of grinding processes - p. 1 11. 2 Grain-workpiece material interactions: Exploring material removal mechanisms, grinding forces and energy dynamics - p. 51 12. 3 Abrasives - p. 77 13. 4 Bonds in bonded grinding and dressing tools - p. 125 14. 5 Conventional and superabrasive grinding tools - p. 153 15. 6 Design and microtopography of grinding tools - p. 183 16. 7 Principles of dressing processes - p. 227 17. 8 Dressing tools - p. 271 18. 9 Wear phenomena in dressing and grinding tools - p. 311 19. 10 Thermal aspects of the grinding - p. 345 20. 11 Workpiece surface and subsurface quality - p. 379 21. 12 Grindability of different materials - p. 401 22. 13 Process fluids - p. 433 23. 14 Process fluid delivery and nozzles in grinding - p. 461 24. Index - p. 495
Modern Dressing and Grinding Technologies, Volume 1: Principles, Tools, and Process Fluids provides a thorough and practical exploration of the principles, processes, and tools fundamental to modern dressing and grinding operations. It highlights advanced grinding and dressing tool design, the use of process fluids and nozzles, and how these elements impact process efficiency. This volume also addresses tool wear mechanisms, thermal effects and their quantification, the grindability of diverse materials, and the resulting surface and subsurface quality of workpieces. Integrating foundational theories with practical applications and case studies, this handbook serves as a valuable resource for advancing both academic and industrial understanding. Key areas of focus include the parameters and correlations governing dressing and grinding processes, the properties and applications of abrasive materials, and the design and manufacturing of conventional and superabrasive tools.
1. Modern Dressing and Grinding Technologies - p. i 2. Cover image - p. i 3. Title page - p. i 4. Table of Contents - p. i 5. Copyright - p. iv 6. Dedication - p. v 7. About the author - p. xi 8. Preface - p. xiii 9. Acknowledgments - p. xv 10. 1 Principles of grinding processes - p. 1 11. 2 Grain-workpiece material interactions: Exploring material removal mechanisms, grinding forces and energy dynamics - p. 51 12. 3 Abrasives - p. 77 13. 4 Bonds in bonded grinding and dressing tools - p. 125 14. 5 Conventional and superabrasive grinding tools - p. 153 15. 6 Design and microtopography of grinding tools - p. 183 16. 7 Principles of dressing processes - p. 227 17. 8 Dressing tools - p. 271 18. 9 Wear phenomena in dressing and grinding tools - p. 311 19. 10 Thermal aspects of the grinding - p. 345 20. 11 Workpiece surface and subsurface quality - p. 379 21. 12 Grindability of different materials - p. 401 22. 13 Process fluids - p. 433 23. 14 Process fluid delivery and nozzles in grinding - p. 461 24. Index - p. 495
