Encyclopedia of Materials, Parts and Finishes, Second Edition

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ISBN 9781566766616
Cat# TX66613



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  • Provides thorough explanations of terms in an easy-to-use encyclopedic format
  • Addresses processing very prominently, unlike most available books
  • Uses tables and illustrations when appropriate with explanatory text
  • Includes the new materials and forms that have been developed within the past twenty years
  • Summary

    During the past two decades, higher processing temperatures, more efficient engines at higher temperatures, and the use of a vacuum environment have led to the development of a number of important processing, fabrication, and industrial techniques, resulting in new material forms including: matrix composites, nano- and functionally graded structures, plastics, smart piezoelectric materials, shape memory alloys, intermetallics, ceramics, and fullerenes. The second edition of this encyclopedia covers the new materials that have been invented or modified in recent years and updates information on basic materials as well.

    Encyclopedia of Materials, Parts, and Finishes, Second Edition brings together in one concise volume the most up-to-date information on materials, forms and parts, finishes, and processes utilized in the industry. There is not a handbook currently on the market that incorporates as much materials information in one volume. The coverage of materials usage extends from the breadth of military and aerospace materials to commercial (aircraft, automotive, electronics) and basic materials (wood, rubber, etc.). Each entry provides thorough, straightforward definitions along with examples of corresponding materials, parts, or finishes. Like its predecessor, this encyclopedia will be an invaluable reference that belongs on the desk of every materials scientist and engineer.

    Table of Contents

    Encyclopedia Format, A to Z

    Editorial Reviews

    "…a great many new entries appear, including cutting edge applications (e.g., fuel cells, hybrid materials, ion-implantation, nanotechnology) …perhaps the most notable difference is the increased emphasis on processes (e.g., magnetic heating) in the 2nd edition."
    - E-Streams, Vol. 6. No. 3

    "The author manages to provide concise definitions that are not overly technical, making this work useful for undergraduates as well as more advanced readers. Recommended for libraries supporting mechanical, structural, and chemical engineering programs at the undergraduate to graduate level."
    - J.B. Napp, University of Toledo, in December 2002 issue of CHOICE