Linked e-resources
Details
Table of Contents
Contributors
Preface
Acknowledgments
Technical advisory board members
Part 1. Product development and design: Chapter 1. Advanced manufacturing with cloud, internet of things, and sustainability; Chapter 2. Global manufacturing; Chapter 3. Design for manufacture and assembly; Chapter 4. Design of experiments; Chapter 5. Design for six sigma; Chapter 6. Value engineering; Chapter 7. Basic tools for tolerance analysis of mechanical assemblies; Chapter 8. Quality function deployment
Part 2. Manufacturing automation and technologies: Chapter 9. Computer-aided design and manufacturing; Chapter 10. CNC control; Chapter 11. Adaptive control for machining operations; Chapter 12. Manufacturing simulation; Chapter 13. Foundations of microsystems (MEMS) manufacturing; Chapter 14. Nanotechnology and nanomanufacturing; Chapter 15. Additive manufacturing or 3D scanning and printing
Part 3. Hot and cold working, welding, and fabrication: Chapter 16. Heat treatment: principles and practices; Chapter 17. Metalcasting processes; Chapter 18. Powder metallurgy; Chapter 19. Welding, brazing, and thermal cutting; Chapter 20. Pressworking; Chapter 21. Laser materials processing; Chapter 22. Abrasive jet machining
Part 4. Metalworking: Chapter 23. Metalcutting, turning, and milling; Chapter 24. Holemaking; Chapter 25. Threading; Chapter 26. Rolling process; Chapter 27. Tapping; Chapter 28. Fundamentals of gear and gear manufacturing; Chapter 29. Grinding technology; Chapter 30. Electrical discharge machining and electrochemical machining
Part 5. Robotics and machine vision: Chapter 31. Robotics and automation; Chapter 32. Machine vision
Part 6. Composites, plastic processes, and moldmaking: Chapter 33. Polymer-composites manufacturing processes; Chapter 34. Plastic molding processes; Chapter 35. Injection molds for thermoplastics
Part 7. Manufacturing system design: Chapter 36. Lean manufacturing; Chapter 37. Six sigma and lean manufacturing; Chapter 38. Flexible manufacturing systems; Chapter 39. Assembly system design; Chapter 40. Work cell design
Part 8. Industrial engineering: Chapter 41. Quality: inspection, test, risk management, and SPC; Chapter 42. Engineering economics; Chapter 43. Industrial ergonomics; Chapter 44. Work measurement; Chapter 45. Operations research in manufacturing; Chapter 46. Supply chain management: principles and structures.
Preface
Acknowledgments
Technical advisory board members
Part 1. Product development and design: Chapter 1. Advanced manufacturing with cloud, internet of things, and sustainability; Chapter 2. Global manufacturing; Chapter 3. Design for manufacture and assembly; Chapter 4. Design of experiments; Chapter 5. Design for six sigma; Chapter 6. Value engineering; Chapter 7. Basic tools for tolerance analysis of mechanical assemblies; Chapter 8. Quality function deployment
Part 2. Manufacturing automation and technologies: Chapter 9. Computer-aided design and manufacturing; Chapter 10. CNC control; Chapter 11. Adaptive control for machining operations; Chapter 12. Manufacturing simulation; Chapter 13. Foundations of microsystems (MEMS) manufacturing; Chapter 14. Nanotechnology and nanomanufacturing; Chapter 15. Additive manufacturing or 3D scanning and printing
Part 3. Hot and cold working, welding, and fabrication: Chapter 16. Heat treatment: principles and practices; Chapter 17. Metalcasting processes; Chapter 18. Powder metallurgy; Chapter 19. Welding, brazing, and thermal cutting; Chapter 20. Pressworking; Chapter 21. Laser materials processing; Chapter 22. Abrasive jet machining
Part 4. Metalworking: Chapter 23. Metalcutting, turning, and milling; Chapter 24. Holemaking; Chapter 25. Threading; Chapter 26. Rolling process; Chapter 27. Tapping; Chapter 28. Fundamentals of gear and gear manufacturing; Chapter 29. Grinding technology; Chapter 30. Electrical discharge machining and electrochemical machining
Part 5. Robotics and machine vision: Chapter 31. Robotics and automation; Chapter 32. Machine vision
Part 6. Composites, plastic processes, and moldmaking: Chapter 33. Polymer-composites manufacturing processes; Chapter 34. Plastic molding processes; Chapter 35. Injection molds for thermoplastics
Part 7. Manufacturing system design: Chapter 36. Lean manufacturing; Chapter 37. Six sigma and lean manufacturing; Chapter 38. Flexible manufacturing systems; Chapter 39. Assembly system design; Chapter 40. Work cell design
Part 8. Industrial engineering: Chapter 41. Quality: inspection, test, risk management, and SPC; Chapter 42. Engineering economics; Chapter 43. Industrial ergonomics; Chapter 44. Work measurement; Chapter 45. Operations research in manufacturing; Chapter 46. Supply chain management: principles and structures.