245 10 |a Modern ceramic engineering : |b properties, processing, and use in design / |c David W. Richerson, William E. Lee.

260 __ |a Boca Raton, Florida ; |a London ; |a New York : |b CRC, CRC Press, Taylor & Francis Group, |c 2018.

300 __ |a 1 online resource (xxiii, 812 pages) : |b illustrations (some color), charts

505 00 |g Part I. |t Ceramics as Engineering Materials. What is a ceramic? -- |t History of ceramics. -- |t Applications: engineering with ceramics. -- |g Part II. |t Structure and Properties. Atomic bonding and crystal structure. -- |t Crystal chemistry and specific crystal structures. -- |t Phase equilibria and phase equilibrium diagrams. -- |t Physical and thermal behavior. -- |t Mechanical behavior and measurement. -- |t Time, temperature, and environmental effects on properties. -- |t Electrical behavior. -- |t Dielectric, magnetic, and optical behavior. -- |g Part III. |t Processing of Ceramics. Introduction to ceramic fabrication approaches including powder processing. -- |t Shape-forming processes. -- |t Densification. -- |t Final machining. -- |t Quality assurance. -- |g Part IV. |t Design with Ceramics. Design considerations. -- |t Design approaches. -- |t Failure analysis. -- |t Toughening of ceramics. -- |g Part V. |t Applying Ceramics to Real-World Challenges. Solving past challenges: case studies. -- |t Where next for ceramics? Future trends and challenges. -- |g Appendices: -- |t A. Glossary. -- |t B. Effective ionic radii for cations and anions. -- |t C. The periodic table of the elements.

856 4_ |u http://www.itextbook.cn/f/book/bookDetail?bookId=bb35d30a4e8f40b6acf2ad74c386e531 |z An electronic book accessible through the World Wide Web; click to view