Precision CNC Machining for High-Performance Gears: Theory and Technology covers basic theories and methods, key technologies, and machining equipment in precision CNC machining of high-performance gears. Sections cover research status and development trends of machining technologies and CNC machining equipment of high-performance gears, calculation theories of the precision modification method of high-performance gears, methods of reducing the machining principle errors of high-performance gears, the modeling method of multi-source errors and the compensation technique of CNC gear machine tools, the key technologies of precision CNC gear machine tools, the optimization method of the process parameters of hobbing and grinding, key technologies, and more.
1. Chapter 1. Introduction - p. 1 2. Chapter 2. Computational theory for precision machining of high-performance gear - p. 49 3. Chapter 3. Method to reduce the principle errors in high-performance gear machining - p. 87 4. Chapter 4. Modeling methods and compensation techniques for multisource errors of the CNC gear machine tool - p. 143 5. Abstract - p. 143 6. 4.1 Modeling and sensitivity analysis of the geometric error - p. 144 7. 4.2 Tool error modeling of the CNC gear machine tool - p. 161 8. 4.3 Modeling the force-induced geometric error in CNC gearing machines - p. 176 9. 4.4 Establishment of the thermal error model of the CNC gear machine tool - p. 186 10. 4.5 Multisource errors compensation for the CNC gear machine tool - p. 206 11. References - p. 238 12. Chapter 5. Design and optimization of the precision CNC gear machine tool - p. 241 13. Chapter 6. Optimization method of the grinding process parameters - p. 305 14. Chapter 7. High-speed dry-cutting process and automatic production line of gear - p. 347 15. Index - p. 373
Precision CNC Machining for High-Performance Gears: Theory and Technology covers basic theories and methods, key technologies, and machining equipment in precision CNC machining of high-performance gears. Sections cover research status and development trends of machining technologies and CNC machining equipment of high-performance gears, calculation theories of the precision modification method of high-performance gears, methods of reducing the machining principle errors of high-performance gears, the modeling method of multi-source errors and the compensation technique of CNC gear machine tools, the key technologies of precision CNC gear machine tools, the optimization method of the process parameters of hobbing and grinding, key technologies, and more.
1. Chapter 1. Introduction - p. 1 2. Chapter 2. Computational theory for precision machining of high-performance gear - p. 49 3. Chapter 3. Method to reduce the principle errors in high-performance gear machining - p. 87 4. Chapter 4. Modeling methods and compensation techniques for multisource errors of the CNC gear machine tool - p. 143 5. Abstract - p. 143 6. 4.1 Modeling and sensitivity analysis of the geometric error - p. 144 7. 4.2 Tool error modeling of the CNC gear machine tool - p. 161 8. 4.3 Modeling the force-induced geometric error in CNC gearing machines - p. 176 9. 4.4 Establishment of the thermal error model of the CNC gear machine tool - p. 186 10. 4.5 Multisource errors compensation for the CNC gear machine tool - p. 206 11. References - p. 238 12. Chapter 5. Design and optimization of the precision CNC gear machine tool - p. 241 13. Chapter 6. Optimization method of the grinding process parameters - p. 305 14. Chapter 7. High-speed dry-cutting process and automatic production line of gear - p. 347 15. Index - p. 373
