Titlebook: Ceramic Matrix Composites; K. K. Chawla Book 1993 Springer-Verlag US 1993 cement.ceramics.fatigue.micromechanics

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Introduction,ly has characteristics better than or different from those of either component. The matrix phase is the continuous phase, while the distributed phase, commonly called the reinforcement phase, can be in the form of particles, whiskers or short fibers, continuous fibers or sheet. Figure 1.1 shows the

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Ceramic reinforcements,inforcing ceramic materials. They combine rather high strength and elastic modulus with high-temperature capability and a general freedom from environmental attack, making them attractive as reinforcements in high-temperature structural materials. It is convenient to divide the ceramic reinforcement

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Thermal stresses,s and CMCs. The analytical expressions obtained in section 8.1 and 8.2 have, of course, general validity. We shall then apply the results obtained in these sections to CMCs and derive some important guidelines to obtain enhanced fracture toughness in these materials.

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Interface mechanics and toughness, elusive property called toughness. We discussed the general features of interface and its importance in composites in Chapter 5. Now we look at the subject of tailoring this interface in CMCs with a view to obtaining an enhanced fracture toughness in these materials. We give some examples of the in

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