Foundations of materials science and engineering / William F. Smith and Javad Hashemi.

By: Smith, William F. (William Fortune), 1931-Contributor(s): Hashemi, JavadMaterial type: TextTextSeries: McGraw-Hill series in materials science and engineeringPublisher: Singapore : McGraw-Hill, c2011Edition: Fifth editionDescription: xix, 1070 pages : ill. (some col.)Content type: text Media type: unmediated Carrier type: volumeISBN: 9780071311144 [paperback]Subject(s): MaterialsDDC classification: Online resources: Publisher description | Table of contents
Contents:
Contents: Chapter 1 Introduction to materials science and engineering -- Chapter 2 Atomic structure and bonding -- Chapter 3 Crystal and amophous structure in materials -- Chapter 4 Solidification and crystalline imperfections -- Chapter 5 Thermally activated processes and diffusion in solids -- Chapter 6 Mechanical properties of metals I -- Chapter 7 Mechanical properties of metals II -- Chapter 8 Phase diagrams -- Chapter 9 Engineering alloys -- Chapter 10 Polymeric materials -- Chapter 11 Ceramics -- Chapter 12 Composite materials -- Chapter 13 Corrosion -- Chapter 14 Electrical properties of materials -- Chapter 15 Optical properties and superconductive material -- Chapter 16 Magnetic properties -- Chapter 17 Biological materials and biomaterials.
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Book Book
Filipiniana (Reserve)
620.11 Sm51 2011 (Browse shelf) Available 3UCBL000010244

Contents: Chapter 1 Introduction to materials science and engineering -- Chapter 2 Atomic structure and bonding -- Chapter 3 Crystal and amophous structure in materials -- Chapter 4 Solidification and crystalline imperfections -- Chapter 5 Thermally activated processes and diffusion in solids -- Chapter 6 Mechanical properties of metals I -- Chapter 7 Mechanical properties of metals II -- Chapter 8 Phase diagrams -- Chapter 9 Engineering alloys -- Chapter 10 Polymeric materials -- Chapter 11 Ceramics -- Chapter 12 Composite materials -- Chapter 13 Corrosion -- Chapter 14 Electrical properties of materials -- Chapter 15 Optical properties and superconductive material -- Chapter 16 Magnetic properties -- Chapter 17 Biological materials and biomaterials.

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