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Ceramic matrix composites: Microstructure, properties and applications
Ceramic matrix composites: Microstructure, properties and applications
Date: 22 April 2011, 11:24

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By definition, composite materials are formed from two or more materials that have quite different properties. The resultant material has a heterogeneous microstructure with extraordinary performance that displays a combination of the best characteristics of the component materials. Composites are widely used because their overall properties can be engineered through microstructural design to become superior to those of the individual monolithic counterparts. Nature has provided some of the best-performing composites such as seashell nacre, bones, macadamia nutshells, wood and bamboo. These natural composites have superior mechanical efficiency in strength, hardness and toughness compared to many man-made composite materials. These biological composites display graded structures at several levels of hierarchy with length scales that range from micro- to nanometres.

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