Foundations of materials science and engineering William F. Smith, Javad Hashemi, Francisco Presuel-Moreno

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Chapter 1. Introduction to materials science and engineering -- Chapter 2. Atomic structure and bonding -- Chapter 3. Crystal and amorphous 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 materials -- Chapter 16. Magnetic properties -- Chapter 17. Biological materials and biomaterials

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The subject of materials science and engineering is an essential course to engineers and scientists from all disciplines. With advances in science and technology, development of new engineering fields, and changes in the engineering profession, todays engineer must have a deeper, more diverse, and up-to-date knowledge of materials-related issues. At a minimum, all engineering students must have the basic knowledge of the structure, properties, processing, and performance of various classes of engineering materials. This is a crucial first step in the materials selection decisions in everyday rudimentary engineering problems. A more in-depth understanding of the same topics is necessary for designers of complex systems, forensic (materials failure) analysts, and research and development engineers/scientists.

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