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ESTM007-13 Ceramic Materials (3-1-4)
Syllabus:
Ceramic materials: history and obtention. Ceramic raw materials. Ionic and covalent bonding in ceramic
materials. Ceramic microstructure. Crystalline structure and structural defects. Silicate structure. Binary and
ternary phase diagrams. Grain growth in ceramic materials. Solid state reactions. Processing of ceramic
materials. Drying and sintering. Glasses technology. Properties and applications of ceramic and glasses.
Recommendation:
Materials Science.
Required texts:
● KINGERY, W.D.; BOWEN, H.K.; UHLMANN, D.R.; Introduction To Ceramics, Series: Wiley Series On
The Science And Technology Of Materials, 1976.
● RICE, ROY W.; Ceramic Fabrication Technology, CRC, 2002.
● REED, James S.; Principles Of Ceramics Processing, Wiley-Interscience; 2 Edição, 1995.
● VAN VLACK, Lawrence H.; Elements of Materials Science and Engineering, 6th edition, Pearson,
1989.
Additional texts:
● RICHERSON, David W.; Modern ceramic engineering: processing, and use in design. 3a. ed.. Boca
Raton: CRC Press, 2006.
● CHIANG, Y.M.; BIRNIE, D.P.; KINGERY, W.D.; Physical ceramics: principles for ceramic science and
engineering. New York: J. Wiley, c1997.
● BARSOUM, M.W.; Fundamentals of Ceramics. Taylor/Francis, 2003.
● ENGINEERED MATERIALS HANDBOOK, vol. 4: Ceramics and Glasses, ASM Intern., 1991.
● CARTER, C. B.; NORTON, M. G. Ceramic Materials: science and engineering, Springer 1st edition
2007.
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