Sensors in Manufacturing, Volume 1

Copyright © 2001 Wiley-VCH Verlag GmbH

Sensors in Manufacturing, Volume 1

Editor(s): H.K. Tönshoff, I. Inasaki

Published Online: 31 MAY 2002

Print ISBN: 9783527295586

Online ISBN: 9783527600021

DOI: 10.1002/3527600027

Series Editor(s): J. Hesse, J.W. Gardner, W. Göpel

About this Book

Product Information

About The Product

A treatment of on-line monitoring techniques for optimizing various manufacturing processes while also making them safer. The book looks at the latest developments in sensors for quality control or preventing downtime, as well as environmental protection in the form of emission monitoring and waste reduction. Although the text concentrates on practical applications, it also provides readers with the necessary basic principles.

Table of contents

    1. You have free access to this content
      Frontmatter and Index (pages i–xix)

    2. Chapter 1.1

      Fundamentals: Roles of Sensors in Manufacturing and Application Ranges (pages 1–6)

      I. Inasaki and H. K. Tönshoff

    3. Chapter 1.2

      Fundamentals: Principles of Sensors in Manufacturing (pages 6–23)

      D. Dornfeld

    4. Chapter 1.3

      Fundamentals: Sensors in Mechanical Manufacturing – Requirements, Demands, Boundary Conditions, Signal Processing, Communication Techniques, and Man-Machine Interfaces (pages 24–45)

      T. Moriwaki

    5. Chapter 2

      Sensors for Machine Tools and Robots (pages 47–70)

      H. K. Tönshoff

    6. Chapter 3.1

      Sensors for Workpieces: Macro-Geometric Features (pages 71–98)

      A. Weckenmann

    7. Chapter 3.2

      Sensors for Workpieces: Micro-Geometric Features (pages 98–123)

      A. Weckenmann

    8. Chapter 3.3

      Sensors for Workpieces: Sensors for Physical Properties (pages 123–142)

      B. Karpuschewski

    9. Chapter 4.1

      Sensors for Process Monitoring: Casting and Powder Metallurgy (pages 143–171)

      H. D. Haferkamp, M. Niemeyer, J. Weber and R. Wertheim

    10. Chapter 4.2

      Sensors for Process Monitoring: Metal Forming (pages 172–202)

      E. Doege, F. Meiners, T. Mende, W. Strache and J. W. Yun

    11. Chapter 4.3

      Sensors for Process Monitoring: Cutting Processes (pages 203–235)

      I. Inasaki, B. Karpuschewski and H. K. Tönshoff

    12. Chapter 4.4

      Sensors for Process Monitoring: Abrasive Processes (pages 236–272)

      I. Inasaki and B. Karpuschewski

    13. Chapter 4.5

      Sensors for Process Monitoring: Laser Processing (pages 272–277)

      V. Kral and O. Hillers

    14. Chapter 4.6

      Sensors for Process Monitoring: Electrical Discharge Machining (pages 277–286)

      T. Masuzawa

    15. Chapter 4.7

      Sensors for Process Monitoring: Welding (pages 286–307)

      H. D. Haferkamp, F. v. Alvensleben, M. Niemeyer, W. Specker and M. Zelt

    16. Chapter 4.8

      Sensors for Process Monitoring: Coating Processes (pages 307–325)

      K.-D. Bouzakis, N. Vidakis and G. Erkens

    17. Chapter 4.9

      Sensors for Process Monitoring: Heat Treatment (pages 326–342)

      P. Mayr and H. Klümper-Westkamp

    18. Chapter 5.1

      Developments in Manufacturing and Their Influence on Sensors: Ultra-Precision Machining: Nanometric Displacement Sensors (pages 343–353)

      E. Brinksmeier

    19. Chapter 5.2

      Developments in Manufacturing and Their Influence on Sensors: High-Speed Machining (pages 354–357)

      H. K. Tönshoff

    20. Chapter 5.3

      Developments in Manufacturing and Their Influence on Sensors: Micro-Machining (pages 357–363)

      M. Weck

    21. Chapter 5.4

      Developments in Manufacturing and Their Influence on Sensors: Environmental Awareness (pages 363–376)

      F. Klocke

    22. You have free access to this content
      List of Symbols and Abbreviations (pages 377–381)

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