Fundamentals of Materials Science and Engineering: An Integrated Approach – William D. Callister – 5th Edition

Description

In this Present the basic fundamentals at a level appropriate for college/university students who have completed their freshman courses in calculus, chemistry, and physics. • Present the topic in a logical order, from the simple to the most complex. Each chapter builds on the content of the above • If a topic or concept is worth covering, then it is worth covering in sufficient detail and to the extent that students have the opportunity to fully understand it without having to consult other sources, , in most cases, some practical relevance is provided.

• Inclusion of features in the book that speed up the learning process, to include the following: photographs/illustrations (some in full color), Learning objectives, “”Why study . . .” and “Important Materials” items (to provide relevance), “Concept check” questions (to assess conceptual understanding), end-of-chapter questions and problems (to develop understanding of concepts and problem-solving skills), Answers at the end of the book to selected problems (to verify the accuracy of the work),
Answers at the end of the book to selected problems (to verify the accuracy of the work),
Respuestas al final del libro a problemas seleccionados (para verificar la precisión del trabajo),
Back-of-book answers to selected problems (to check accuracy of work),
Respuestas al final del libro a problemas seleccionados (para verificar la precisión del trabajo),
summary tables at the end of the chapter containing key equations and equation symbols, and a glossary (for easy reference). • Use of new educational technologies to improve teaching and learning processes.

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  • 1 Introduction
    2 Atomic structure and interatomic boding
    3 Structures of matals and ceramics
    4 Polymer structures
    5 Imperfections in solids
    6 Diffusion
    7 Mechanical properties
    8 Deformation and strengthening mechanisms
    9 Failure
    10 Phase diagrams
    11 Phase transformations
    12 Electrical properties
    13 Types and applications of materials
    14 Synthesis, fabrication, and processing of materials
    15 Composites
    16 Corrosion and degradation of materials
    17 Thermal properties
    18 Magnetic properties
    19 Optical properties
    20 Economic, environmental, and societal issues in materials science and engineering

    Appendix A The international system of units
    Appendix B Properties of selected engineering materials
    Appendix C Costs and relative costs for selected engineering materials
    Appendix D Repeat unit structures for common polymers
    Appendix E Glass transition and melting temperatures for common polymeric materials
    Glossary
    Answers to selected problems
    Index
  • Citation

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