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ISBN10: 0071357580 | ISBN13: 9780071357586
ISBN10: 0071357580
ISBN13: 9780071357586
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Publisher's Note: Products purchased from Third Party sellers are not guaranteed by the publisher for quality, authenticity, or access to any online entitlements included with the product. Solve, correct, and avoid critical material failure problems Expertly analyze failures in common materials with Failure Analysis of Engineering Materials. This investigatory/analytical tool by Charles R. Brooks and Ashok Choudhury is a time-saving, one-stop reference for engineers. A soundly written introduction to principals and practices, it’s invaluable for failure inquiries involving metals, ceramics, plastics, composites, and electronic materials. You get: * Practical, hands-on help with selecting and justifying analytic methods * Numerous case studies that illustrate the use of analytical tools to determine the condition of the material * Comparative fractographs to help you pinpoint fracture type.
Chapter 1: Introduction Chapter 2: Mechanical Aspects and Macroscopic Fracture-Surface Orientation Chapter 3: Fracture Mechanisms and Microfractographic Features Chapter 4: Fracture Modes and Macrofractographic Features Chapter 5: Failure Analysis of Composites Chapter 6: Electronic Failure Analysis Chapter 7: Case Studies Appendix A: Temperature Conversions Appendix B: Metric Conversion Factors Appendix C: Converting Common Units from the English to the Metric (SI) Appendix D: Rockwell C and B Hardness Numbers for Steel Appendix E: The Relations Between ASTM Grain Size and Average Grain "Diameter" Appendix F: Comments on Magnification Markers Appendix G: Acronyms Used in Electronic Failure Analysis Index
Chapter 3: Fracture Mechanisms and Microfractographic Features Chapter 4: Fracture Modes and Macrofractographic Features Chapter 5: Failure Analysis of Composites Chapter 6: Electronic Failure Analysis Chapter 7: Case Studies Appendix A: Temperature Conversions Appendix B: Metric Conversion Factors Appendix C: Converting Common Units from the English to the Metric (SI) Appendix D: Rockwell C and B Hardness Numbers for Steel Appendix E: The Relations Between ASTM Grain Size and Average Grain "Diameter" Appendix F: Comments on Magnification Markers Appendix G: Acronyms Used in Electronic Failure Analysis Index
Chapter 5: Failure Analysis of Composites Chapter 6: Electronic Failure Analysis Chapter 7: Case Studies Appendix A: Temperature Conversions Appendix B: Metric Conversion Factors Appendix C: Converting Common Units from the English to the Metric (SI) Appendix D: Rockwell C and B Hardness Numbers for Steel Appendix E: The Relations Between ASTM Grain Size and Average Grain "Diameter" Appendix F: Comments on Magnification Markers Appendix G: Acronyms Used in Electronic Failure Analysis Index
Chapter 7: Case Studies Appendix A: Temperature Conversions Appendix B: Metric Conversion Factors Appendix C: Converting Common Units from the English to the Metric (SI) Appendix D: Rockwell C and B Hardness Numbers for Steel Appendix E: The Relations Between ASTM Grain Size and Average Grain "Diameter" Appendix F: Comments on Magnification Markers Appendix G: Acronyms Used in Electronic Failure Analysis Index
Appendix B: Metric Conversion Factors Appendix C: Converting Common Units from the English to the Metric (SI) Appendix D: Rockwell C and B Hardness Numbers for Steel Appendix E: The Relations Between ASTM Grain Size and Average Grain "Diameter" Appendix F: Comments on Magnification Markers Appendix G: Acronyms Used in Electronic Failure Analysis Index
Appendix D: Rockwell C and B Hardness Numbers for Steel Appendix E: The Relations Between ASTM Grain Size and Average Grain "Diameter" Appendix F: Comments on Magnification Markers Appendix G: Acronyms Used in Electronic Failure Analysis Index
Appendix F: Comments on Magnification Markers Appendix G: Acronyms Used in Electronic Failure Analysis Index
Index
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