Cyber-Physical and Gentelligent Systems in Manufacturing and Life Cycle explores the latest technologies resulting from the integration of sensing components throughout the production supply chain, and the resulting possibilities to improve efficiency, flexibility, and product quality. The authors present cutting edge research into data storage in components, communication devices, data acquisition, as well as new industrial applications.
Detailed technical descriptions of the tools are presented in addition to discussions of how these systems have been used, the benefits they provide, and what industry problems they could tackle in the future. This is essential reading for researchers and production engineers interested in the potential of cyber physical systems to optimize all parts of the supply chain.
1. 1: Introduction - p. xii 2. 2: Sensors, data storage and communication technologies - p. 6 3. 2.1 Employment of geometrical properties - p. 10 4. 2.2 Employment of subsurface properties - p. 48 5. 2.3 Employment of magnetic effects in magnesium alloys - p. 108 6. 2.4 Employment of electrical effects - p. 159 7. 2.4.1 Microsensors on film substrates - p. 161 8. 2.4.2 Direct deposition of sensors on technical surfaces - p. 187 9. 2.4.2.1 Introduction - p. 187 10. 2.4.2.2 Development of a humidity sensor element - p. 189 11. 2.4.2.3 Development of an insulation layer - p. 194 12. 2.4.2.4 Structuring of sensors with shadow masks - p. 195 13. 2.4.2.5 The new sputter coating system - p. 200 14. 2.4.2.6 Manufacturing and characterization of sensors - p. 204 15. 2.4.3 Laser patterning of thin film strain sensors on technical surfaces - p. 210 16. 2.5 Integrated communication systems - p. 223 17. 3: Applications in manufacturing - p. 278 18. 3.1 Process planning and control in a networked production - p. 280 19. 3.2 Intelligent manufacturing systems - p. 306 20. 3.2.1 Feeling machine - p. 308 21. 3.2.2 Sensory workpieces - p. 316 22. 3.2.3 Feeling clamping system - p. 332 23. 3.2.4 Teachless process monitoring for single item production - p. 353 24. 3.2.5 Online monitoring and control of tool deflection in milling - p. 368 25. 3.2.6 Tempering control of forging processes by integration of cavities - p. 378 26. 3.3 Transfer of basic research into industrial applications - p. 398 27. 4: Applications in the product life cycle - p. 407 28. 5: Examples of application - p. 456 29. Index - p. 471
Cyber-Physical and Gentelligent Systems in Manufacturing and Life Cycle explores the latest technologies resulting from the integration of sensing components throughout the production supply chain, and the resulting possibilities to improve efficiency, flexibility, and product quality. The authors present cutting edge research into data storage in components, communication devices, data acquisition, as well as new industrial applications.
Detailed technical descriptions of the tools are presented in addition to discussions of how these systems have been used, the benefits they provide, and what industry problems they could tackle in the future. This is essential reading for researchers and production engineers interested in the potential of cyber physical systems to optimize all parts of the supply chain.
1. 1: Introduction - p. xii 2. 2: Sensors, data storage and communication technologies - p. 6 3. 2.1 Employment of geometrical properties - p. 10 4. 2.2 Employment of subsurface properties - p. 48 5. 2.3 Employment of magnetic effects in magnesium alloys - p. 108 6. 2.4 Employment of electrical effects - p. 159 7. 2.4.1 Microsensors on film substrates - p. 161 8. 2.4.2 Direct deposition of sensors on technical surfaces - p. 187 9. 2.4.2.1 Introduction - p. 187 10. 2.4.2.2 Development of a humidity sensor element - p. 189 11. 2.4.2.3 Development of an insulation layer - p. 194 12. 2.4.2.4 Structuring of sensors with shadow masks - p. 195 13. 2.4.2.5 The new sputter coating system - p. 200 14. 2.4.2.6 Manufacturing and characterization of sensors - p. 204 15. 2.4.3 Laser patterning of thin film strain sensors on technical surfaces - p. 210 16. 2.5 Integrated communication systems - p. 223 17. 3: Applications in manufacturing - p. 278 18. 3.1 Process planning and control in a networked production - p. 280 19. 3.2 Intelligent manufacturing systems - p. 306 20. 3.2.1 Feeling machine - p. 308 21. 3.2.2 Sensory workpieces - p. 316 22. 3.2.3 Feeling clamping system - p. 332 23. 3.2.4 Teachless process monitoring for single item production - p. 353 24. 3.2.5 Online monitoring and control of tool deflection in milling - p. 368 25. 3.2.6 Tempering control of forging processes by integration of cavities - p. 378 26. 3.3 Transfer of basic research into industrial applications - p. 398 27. 4: Applications in the product life cycle - p. 407 28. 5: Examples of application - p. 456 29. Index - p. 471
