Encyclopedia of Materials: Composites

1. Introduction to Metal Matrix Composite Materials: An Introduction - p. iii 2. Fundamentals of Metal Matrix Composites - p. iii 3. An Insight Into Metal Matrix Composites With Micron Size Reinforcement - p. iii 4. An Insight Into Metal Matrix Composites With Nano Size Reinforcement - p. iii 5. An Insight Into Magnesium Based Metal Matrix Composites With Hybrid Reinforcement - p. iii 6. Metal Based Composites With Metastable/Amorphous Reinforcements - p. iii 7. Development and Properties of Amorphous Particles Reinforced Al Matrix Nanocomposites - p. iii 8. Metal Matrix Syntactic Composites - p. iii 9. Insight Into Layered Metal Matrix Composites - p. iii 10. Eco-friendly Metal Matrix Composites - p. iii 11. Liquid Phase Processing of Metal Matrix Composites - p. iii 12. Solid Phase Processing of Metal Matrix Composites - p. iii 13. Two Phase Processing of Metal Matrix Composites - p. iii 14. Additive Manufacturing of Metal Matrix Composites - p. iii 15. Severe Plastic Deformation Processing of Metal Matrix Composites - p. iii 16. Friction Stir Processing of Metal Matrix Composites - p. iii 17. An Insight Into Processing Maps of Metal Matrix Composites - p. iii 18. Microstructural Aspects of Metal-Matrix Composites - p. iii 19. Tensile Characteristics of Metal Matrix Composites - p. iii 20. Tensile Response of Al-Based Nanocomposites - p. iii 21. Compressive Response of Aluminum Metal Matrix Composites - p. iii 22. Fatigue Behavior of Magnesium Matrix Composites - p. iii 23. High-Temperature Properties of Metal Matrix Composites - p. iii 24. Creep Characteristics of Metal Matrix Composites - p. iii 25. Tribological Properties of Light Metal Matrix Composites - p. iii 26. Mechanical and Tribological Properties of Aluminum Based Metal Matrix Nanocomposites - p. iii 27. Damping Characteristics of Metal Matrix Composites - p. iii 28. Electromagnetic Shielding Capabilities of Metal Matrix Composites - p. iii 29. Corrosion Characteristics of Metal Matrix Composites - p. iii 30. Coating Technologies for Metal Matrix Composites - p. iii 31. Biocompatibility of Metal Matrix Composites Used for Biomedical Applications - p. iii 32. Joining of Metal Matrix Composites - p. iii 33. High Performance Machining of Metal Matrix Composites - p. iii 34. Application of Metal Matrix Composites in Engineering Sectors - p. iii 35. Metal Matrix Composites for Automotive Components in Depth Case Study: Development of Automotive Brake Disc - p. iii 36. Application of Metal Matrix Composites in Non-Structural Applications - p. iii 37. Section 2: Polymer Matrix Composite Materials, Edited by Dermot Brabazon - p. iii 38. Introduction: Polymer Matrix Composite Materials - p. iii 39. Particulate Reinforced Polymer Matrix Composites - p. iii 40. Overview of Mechanical and Physicochemical Properties of Polymer Matrix Composites - p. iii 41. Processing of Polymers and Their Composites: A Review - p. iii 42. Tailored Behavior of Polymer Matrix Composite Materials - p. iii 43. Effect of Particle Size and Content of Crumb Rubber on the Dynamic Properties of Passenger Tyre Tread Using Finite Element Method - p. iii 44. Overview of Surface Roughness Effect on Silver Nanoparticle Filled Epoxy Composites - p. iii 45. Polymer Single-Screw Extrusion With Metal Powder Reinforcement - p. iii 46. Polymer Twin Screw Extrusion With Filler Powder Reinforcement - p. iii 47. The Effect of In-Situ-Formed Silver Nanoparticles on the Morphological Properties of Epoxy Resin Filled Composites - p. iii 48. Toughening Mechanisms of Devulcanized Rubber Modified Epoxy Based Composites Reinforced With Zirconia - p. iii 49. Polymer Nanocomposite Characterization and Applications - p. iii 50. Fibre Reinforced Polymer Matrix Composites - p. iii 51. Effect of Fiber Orientation on the Mechanical Properties of Laminated Polymer Composites - p. iii 52. Tensile Properties of Woven Intra-Ply Carbon/Kevlar Reinforced Epoxy Hybrid Composite at Sub-Ambient Temperature - p. iii 53. Thermoplastic Composites for Fused Deposition Modeling Filament: Challenges and Applications - p. iii 54. Biomedical Applications of Polymer Matrix Composites - p. iii 55. Hydroxyapatite Based Polymer Composites for Regenerative Medicine Applications - p. iii 56. Biopolymer Matrix Composite for Drug Delivery Applications in Cancer - p. iii 57. Covalent and Electrostatic Protein-Polysaccharide Systems for Encapsulation of Nutraceuticals - p. iii 58. Polymer Matrix Composites Containing Carbon Nanomaterials for Medical Applications - p. iii 59. Biopolymer Matrix Composites for New Medical Applications - p. iii 60. Poly(methyl methacrylate)-Based Composite Bone Cements With Different Types of Reinforcement Agents - p. iii 61. Hydrogel Composite Films for Wound Healing - p. iii 62. Polymer Composites for Organ Reconstruction - p. iii 63. Overview of Additive Manufacturing Biopolymer Composites - p. iii 64. Marine Polysaccharide-Based Composite Hydrogels - p. iii 65. Other Application Areas for Polymer Matrix Composites - p. iii 66. Multifunctional Polymer Matrix Composites - p. iii 67. Polymer Matrix Composite Materials for Aerospace Applications - p. iii 68. Tribology of Polymer Matrix Composites Within the Automotive Industry - p. iii 69. Polymer Matrix Composites Materials for Water and Wastewater Treatment Applications - p. iii 70. Nanomaterial-Incorporated Polymer Composites for Industrial Effluent: From Synthesis to Application - p. iii 71. New and Emerging Processing Methods for Polymer Matrix Composites - p. iii 72. Additive Manufacturing of Polymer Matrix Composites - p. iii 73. New Design Consideration of Polymer Matrix Composite Materials - p. iii 74. Thermal and Morphological Analyses of Polymer Matrix Composites - p. iii 75. A New Design of Epoxy Based Composites Reinforced With Devulcanized Rubber, Alumina Fiber and BN - p. iii 76. Development of Low-Cost Graphene-Polymer Blended In-House Filament for Fused Deposition Modeling - p. iii 77. PLA Composite Matrix as Functional Prototypes for Four Dimensional Applications - p. iii 78. Extrusion-Based Additive Manufacturing Techniques for Biomedical Applications - p. iii 79. Preparation and Applications of Synergically Combined Polymer Matrix Composites - p. iii 80. Section 3: Ceramics Matrix Composites, Edited by Fatima Zivic - p. iii 81. Ceramics Matrix Composites: An Introduction - p. iii 82. General Overview and Applications of Ceramic Matrix Composites (CMCs) - p. iii 83. Processing Routes for Ceramic Matrix Composites (CMCs) - p. iii 84. Manufacturing of Fiber-Reinforced Ceramic Matrix Composites by Filament Winding and Freeze Gelation - p. iii 85. Porous Oxide Ceramic Matrix Composites – Properties, Manufacturing, and Applications - p. iii 86. Fabrication Methods and Characterization Techniques for Porous Ceramic Materials - p. iii 87. Factors Affecting the Porosity and Mechanical Properties of Porous Ceramic Composite Materials - p. iii 88. Ceramic Matrix Composites With Carbon Nanophases: Development, Structure, Mechanical and Tribological Properties and Electrical Conductivity - p. iii 89. Polymer-Ceramic Nanocomposites and Converging Technologies - p. iii 90. Metal Particles as Additives in Ceramic Composite Materials: A Review of Mechanical Properties and Their Origin - p. iii 91. Static Mechanical Characterization of Ceramic Matrix Composites (CMCs) - p. iii 92. Hardness and Non-Destructive Testing (NDT) of Ceramic Matrix Composites (CMCs) - p. iii 93. Radiation Induced Effects in CMCs for Advanced Nuclear Energy Systems - p. iii 94. Laser Physics and Modeling in Relation to Ceramic Matrix Composites - p. iii 95. Investigations for Performance Analysis of Ceramic Composites for Bearing Applications - p. iii 96. Modeling of Mechanical Behaviour of Fiber Reinforced Composites - p. iii 97. Material Modeling of Concrete - p. iii 98. Application of Ceramic Matrix Composite in Automotive Industry - p. iii 99. Ion Conducting Materials: Superionic Conductors and Solid-State Ionics - p. iii 100. Possibility of Using Carbon Nanotubes in Water and Wastewater Treatment - p. iii 101. Application of Bioceramics in Ophthalmology - p. iii 102. Biomaterials for Bone Tissue Engineering: Properties and Applications - p. iii 103. Ceramic Matrix Composites in Total Hip Arthroplasty - p. iii 104. Application of Ceramic Matrix Composites in Drug Delivery Systems - p. iii 105. Advanced Dental Ceramics - p. iii 106. Section 4: Smart Composite Materials, Edited by Eva Pellicer - p. iii 107. Smart Composite Materials: An Introduction - p. iii 108. Smart Composites and Their Applications - p. iii 109. Composite Metamaterials: Types and Synthesis - p. iii 110. 3D and 4D Printing of Functional and Smart Composite Materials - p. iii 111. Halochromic Composite Materials - p. iii 112. Smart Protection of Carbon-Reinforced Composite Materials and CFRP-Metal Joints - p. iii 113. Nanoporous Composites With Converse Magnetoelectric Effects for Energy-Efficient Applications - p. iii 114. Magnetocaloric Composite Materials - p. iii 115. Piezoelectric Polymer Composites for Sensors and Actuators - p. iii 116. Magnetic Shape Memory Composites - p. iii 117. Modeling the Behavior of Shape Memory Alloys and Memory Alloy-Based Devices - p. iii 118. Thermoresponsive Polymer Nanocomposites - p. iii 119. Smart Cellulose Composites: Advanced Applications and Properties Prediction Using Machine Learning - p. iii 120. Section 5: Processing of Composite Materials and Physical Characteristics, Edited by Dermot Brabazon - p. iii 121. Introduction: Processing of Composite Materials and Physical Characteristics - p. iii 122. Metal Matrix Composites - p. iii 123. Processing Methods and Property Evaluation of CNT Based Metal Matrix Nano-Composites - p. iii 124. Casting Routes for Production of Metallic Based Composite Parts - p. iii 125. Powder Metallurgy Routes for Composite Materials Production - p. iii 126. Production of Metal Matrix Composites Via Additive Manufacturing - p. iii 127. Matrix and Reinforcement Materials for Metal Matrix Composites - p. iii 128. Composite Materials Production for Automobile Applications - p. iii 129. Routes for the Joining of Metal Matrix Composite Materials - p. iii 130. Emerging Technologies for In-Situ MMC Production - p. iii 131. Accumulative Roll Bonding Route for Composite Materials Production - p. iii 132. Friction Stir Processing Route for Metallic Matrix Composite Production - p. iii 133. Solid State Routes for Composite Materials Production - p. iii 134. Green Materials and Production of Metallic Composite Materials - p. iii 135. Surface Composites by Friction Stir Processing - p. iii 136. Magnesium-Based Composites for Degradable Implant Applications - p. iii 137. Metal Matrix Composite Syntactic Foams for Light-Weight Structural Materials - p. iii 138. Polymer Matrix Composites - p. iii 139. Functionally Grade Composite Material Production - p. iii 140. Development of Polymer Composites by Additive Manufacturing Process - p. iii 141. Properties for Polymer, Metal and Ceramic Based Composite Materials - p. iii 142. Ceramic Matrix Composites - p. iii 143. Fundamentals of Spark Plasma Sintering for Metallic, Ceramic, and Polymer Matrix Composites Production - p. iii 144. Materials Used Within Polymer Matrix Composites (PMCs) and PCM Production Via Additive Manufacturing - p. iii 145. Investigations of Graphene Reinforced Acrylonitrile-Butadiene-Styrene Matrix Prototypes Produced Via Functional Deposition Modeling (FDM) - p. iii 146. Processability of High Metal and Ceramic Concentration Compounds - p. iii 147. New/Emerging Developments in Composites - p. iii 148. Composites for Sensors and Actuators - p. iii 149. Multi-Material Production of 4D Shape Memory Polymer Composites - p. iii 150. Section 6: Design Methods for Composite Materials, Edited by Robertt Valente - p. iii 151. Design Methods for Composite Materials: Preface - p. iii 152. Neural Based Optimization of Composite Curing Process - p. iii 153. 3D Topology Optimization of Continuous Fiber-Reinforced Structures - p. iii 154. Using a Meshless Method to Predict the Strength of Adhesive Single Lap Joints - p. iii 155. Homogenizing the Elastic Properties of Composite Material Using the NNRPIM - p. iii 156. Design Criteria for Pultruded Structural Elements - p. iii 157. Assessment of the Added Value of Multiscale Modeling of Concrete for Structural Analysis of Segmental Tunnel Rings - p. iii 158. Section 7: Nature Based and Inspired Composite Materials, Edited by Mohamed El Mansori - p. iii 159. Nature Based and Inspired Composite Materials: An Introduction - p. iii 160. Bio Composite Material: Review and its Applications in Various Fields - p. iii 161. Properties of Fiber-Matrix Interfaces of Natural Fiber Composites - p. iii 162. Multiscale Structure of Plant Fibers - p. iii 163. Mechanical Properties of Natural Fiber Composites - p. iii 164. Multiscale Tribo-Mechanical Behavior of Natural Fiber Composites - p. iii 165. Mechanical Properties and Water Sorption of Chemically Modified Natural Fiber-Based Composites - p. iii 166. Machining Behavior of Natural Fiber Composites - p. iii 167. Multiscale Machinability Analysis of Natural Fiber Composites - p. iii 168. Numerical Modeling of the Machining Behavior of Natural Fiber Composites - p. iii 169. Eco-Friendly Composites for Brake Pads From Agro Waste: A Review - p. iii 170. Section 8: Life Cycle Analysis and Sustainability of Composite Materials, Edited by Lorna Fitzsimons - p. iii 171. Life Cycle Analysis and Sustainability of Composite Materials: An Introduction - p. iii 172. Undertaking an LCA for Composites: Challenges and Limitations - p. iii 173. Life Cycle Engineering of Composite Materials - p. iii 174. Carbon Footprint of Waste-Derived Composites - p. iii 175. Energy Management for Composite Materials Manufacturing: Energy and Exergy Analyses - p. iii 176. Additive Manufacturing for Sustainability of Composite Materials Production - p. iii 177. Recycling of Elastomer and Polymer Matrix Composites - p. iii 178. Material Design-for-eXcellence Framework – Application to Composites - p. iii 179. Section 9: Joining of Composite Materials, Edited by Antonello Astarita - p. iii 180. Joining of Composite Materials: An Introduction - p. iii 181. Introduction to the Joining of Composites - p. iii 182. Joining of Polymer Matrix Composites (PMCs) – Adhesive Bonding - p. iii 183. Dissimilar Joining of PMCs to Metals – Adhesive Bonding - p. iii 184. Mechanical Properties and Non-Destructive Evaluations of Joints Based on Polymer Composites - p. iii 185. Joining of Polymer Matrix Composites Through Friction Stir Processes - p. iii 186. Joining of PMC to Concrete for Structural Applications - p. iii 187. Mechanical Joining of Stacks - p. iii 188. Mechanical Joining of Composites: Drilling Related Aspects - p. iii 189. Subject Index - p. iii 190. Authors - p. iii