Ceramic-and Carbon-matrix Composites

1 Ceramic-matrix composites.- 1.1 Structural materials.- 1.1.1 Theoretical fundamentals.- 1.1.2 Technology.- 1.1.3 Machining techniques.- 1.1.4 Joining (brazing) of ceramic materials.- 1.1.5 Mechanical properties.- 1.1.6 Engineering.- 1.2 Functional materials.- 1.2.1 Ceramic composites for electronics.- 1.2.2 Ferroelectrics, piezoelectrics, and high-temperature superconductors.- References.- 2 Glass ceramic-based composites.- 2.1 Glass ceramic-based materials reinforced with metallic fibres and nets.- 2.1.1 Moulding of materials.- 2.1.2 Thermomechanical properties of metallic Net-reinforced glass ceramics.- 2.1.3 Investigation of interaction at matrix-fibre interface.- 2.2 Ceramic fibre-reinforced glass ceramic composites.- 2.2.1 Reinforced glass ceramics.- 2.2.2 Mechanical and corrosion properties of reinforced glass ceramics after one-sided radiant heating.- 2.2.3 Chemical stability of glass ceramic-based composites at elevated temperatures.- 2.2.4 Structure of composites.- 2.3 Particle-filled glass ceramic-based materials.- 2.3.1 Filled glass ceramics.- 2.3.2 Composites with nonmetallic particles.- 2.3.3 Impact of microstructure of glass-ceramic matrices on properties of composites.- References.- 3 Carbon-Based Composites.- 3.1 Theoretical fundamentals of development of carbon-based composites.- 3.1.1 Structure of materials.- 3.1.2 Mechanics of carbon-carbon composites.- 3.1.3 Physicochemical features of carbon-carbon composites.- 3.2 Technology of product manufacture from carbon-based materials.- 3.2.1 Winding of preforms.- 3.2.2 Lay-up.- 3.2.3 Weaving of three-dimensional structures.- 3.2.4 Braiding.- 3.2.5 Assembling of multidirectional skeletons.- 3.2.6 Manufacturing technology for two-dimensional composites.- 3.2.7 Manufacturing technology for three-and four-dimensional composites.- 3.3 Structure and properties of composites.- 3.3.1 Properties and application of two-dimensional composites.- 3.3.2 Friction-purpose carbon-carbon composites.- 3.3.3 Three-and four-dimensional composites.- 3.4 Carbon-and carbide-matrix composites.- 3.4.1 Requirements for Structural Constituents of three-dimensionally reinforced high-temperature heat-resistant composites.- 3.4.2 Manufacturing technology for carbon fibre-refractory carbide composites.- 3.4.3 Mechanical properties of carbon fibre-silicon carbide materials.- 3.4.4 Heat resistance of carbon-carbide matrix materials.- References.