Encyclopedia of Smart Materials

1. Introduction to Smart Coatings - p. iii 2. Techniques for Coating Applications - p. iii 3. Section 10 - p. iii 4. 3D Printing and Functional Surfaces - p. iii 5. Additive Manufacturing: An Overview - p. iii 6. Fused Deposition Modeling – A State of Art Review and Future Applications - p. iii 7. Prospect of 3D Printing for Recycling of Plastic Product to Minimize Environmental Pollution - p. iii 8. Additive Manufacturing in Medicine - p. iii 9. Recent Advances in Additive Biomanufacturing - p. iii 10. Four-Dimensional Printing for Clinical Dentistry - p. iii 11. Surface Texture for Geospatial Imaging Printed Product Using 3D Printer Technology - p. iii 12. Experimental Investigation and Optimization of FDM Process Parameters for Build Cost and Mechanical Properties Using I-Optimal Design - p. iii 13. Section 11 - p. iii 14. Smart Coating and Thin Film for Energy and Biomedical Applications - p. iii 15. Inorganic Thin Film Materials for Solar Cell Applications - p. iii 16. Section 12 - p. iii 17. Smart Coatings for Engineering Applications - p. iii 18. Smart Coatings Against Corrosion - p. iii 19. Smart Tribological Coating - p. iii 20. Coatings for Dental Applications - p. iii 21. Surface Modification on Titanium Alloy for Biomedical Applications - p. iii 22. Laser Surface Modification of Ceramic Coating Materials - p. iii 23. Material Response With High Power Laser in Surface Treatment of Ferrous Alloys - p. iii 24. Surface Roughness Characteristics in Finish Electro-Discharge Machining Process - p. iii 25. Mechanical Characterization of Laser Generated High Strength Alloys Produced by Powder Deposition Techniques – Analytical Review - p. iii 26. Effects of Solid Fly Ash on Wear Behaviour of AA6063 Aluminum Alloy - p. iii 27. Vol 2 - p. iii 28. Part 3 - p. iii 29. Energy Storage Materials and Energy Harvesting - p. iii 30. Section 13 - p. iii 31. Energy Storage Materials - p. iii 32. Introduction to Energy Storage Materials - p. iii 33. Classification of Energy Storage Materials - p. iii 34. Characteristics of Electrochemical Energy Storage Materials in Light of Advanced Characterization Techniques - p. iii 35. Carbon Based Energy Storage Materials - p. iii 36. Effect of Microstructure on Energy Storage Properties - p. iii 37. In-Situ Growth of MOF for Energy Conversion and Storage Devices - p. iii 38. Section 14 - p. iii 39. Materials for Battery Applications - p. iii 40. Materials for a New Generation of Batteries - p. iii 41. Graphene Materials for Batteries - p. iii 42. Ionic Liquids Batteries - p. iii 43. Lithium-Ion Batteries - p. iii 44. Materials for Sodium-Ion Batteries - p. iii 45. Metal Air Batteries - p. iii 46. Metal Organic Framework in Batteries - p. iii 47. Na-Ion Batteries - p. iii 48. Optimization and Management of Redox Flow Batteries - p. iii 49. Organic Battery Materials - p. iii 50. Progress in the Use of Metal Chalcogenides for Batteries - p. iii 51. Redox Flow Batteries - p. iii 52. Sustainability Issues in Manufacturing and Operation of Metal Air Batteries - p. iii 53. Sustainability Issues in Manufacturing and Operation of Second-Generation Flow Batteries - p. iii 54. Vanadium Air/Redox Flow Batteries - p. iii 55. Vanadium: A Transition Metal for Sustainable Energy Storing in Redox Flow Batteries - p. iii 56. Section 15 - p. iii 57. Materials for Hydrogen and Fuel Cell Application - p. iii 58. Energy Harvesting Materials: Overview - p. iii 59. Introduction to Materials for PEMFC Electrodes - p. iii 60. Materials in PEM Fuel Cells - p. iii 61. Materials for Fuel Cell Membranes - p. iii 62. Bipolar Plate Materials - p. iii 63. Developments of Foam Materials for Fuel Cell Technology - p. iii 64. Metal-Organic Frameworks in Membrane of Fuel Cells - p. iii 65. Metal-Organic Framework (MOF) in Fuel Cells - p. iii 66. Fuel Cell Technologies, Applications, and State of the Art. A Reference Guide - p. iii 67. Advances in Solid Oxide Fuel Cell Materials - p. iii 68. Electrode Materials for Fuel Cells - p. iii 69. Capacity of Ammonia Borane to Store Hydrogen - p. iii 70. Nanocrystalline Mg2Ni for Hydrogen Storage - p. iii 71. Photocatalysts for Hydrogen Production - p. iii 72. Section 16 - p. iii 73. Materials for Supercapacitors - p. iii 74. Materials for Polymer Electrolyte Membrane Fuel Cells (PEMFCs): Electrolyte Membrane, Gas Diffusion Layers and Bipolar Plates - p. iii 75. Advances in Electrode Materials - p. iii 76. Graphene Based Materials for Supercapacitors and Fuel Cells - p. iii 77. Metal Organic Frameworks (MOFs) in Supercapacitors - p. iii 78. Progress of Metal Chalcogenides in Supercapacitors - p. iii 79. Carbon Nanotubes for Microsupercapacitors - p. iii 80. Section 17 - p. iii 81. Thermal Energy Storage Materials - p. iii 82. Organic Phase Change Materials - p. iii 83. Classifications of Thermal Energy Storage Materials - p. iii 84. Solid Waste Materials for Energy Storage Applications - p. iii 85. Section 18 - p. iii 86. Energy Harvesting Materials - p. iii 87. Overview on Energy Harvesting Materials - p. iii 88. Applications of Graphene for Energy Harvesting - p. iii 89. Waste Heat Recovery Applications Incorporating Phase Change Materials - p. iii 90. Metamaterials for Energy Harvesting - p. iii 91. Industrial Challenges of MOFs in Energy Applications - p. iii 92. Copper-Based Metal-Organic Frameworks (MOFs) for Electroreduction of CO2 - p. iii 93. Metal-Organic Frameworks in Photocatalysis - p. iii 94. Recent Progress of Metal-Organic Frameworks (MOFs) as Electrodes for Capacitive Deionization (CDI) Desalination - p. iii 95. Role of Nanotechnology in Photocatalysis - p. iii 96. Role of Photocatalysis in Green Energy Production - p. iii 97. Role of Photocatalysts in Air Purification - p. iii 98. Role of Photocatalysts in Organic Pollutants Degradation - p. iii 99. Phase Change Materials Integrated Into Solar Parabolic Collectors - p. iii 100. Electrolytes, Dyes, and Perovskite Materials in Third Generation Photovoltaic Cells - p. iii 101. Novel Smart Photocatalysis for Energy Production and Environment Applications - p. iii 102. Influence of Nanostructures in Perovskite Solar Cells - p. iii 103. Progress in Thin Film Solar Cell and Advanced Technologies for Performance Improvement - p. iii 104. Progress in Development of CZTS for Solar Photovoltaics Applications - p. iii 105. Bio-Based Materials in Photocatalysis - p. iii 106. Microalgae Cultivation Technologies - p. iii 107. Micro-Macroalgae Properties and Applications - p. iii 108. Advances in Photocatalytic Materials for Waste Water Treatment Applications - p. iii 109. Advances in Porous Materials - p. iii 110. Classifications of Porous Materials for Energy Applications - p. iii 111. Fe-Cu Metastable Alloy - p. iii 112. Magnetic-Particulate Recording Media: Advanced - p. iii 113. Electrochemical Reduction of CO2 on Cu-Based Heterogeneous Catalysts - p. iii 114. Approaches for Impregnation of Activated Carbon for Wastewater Treatment - p. iii 115. Bio-Based Adsorbents in Water/Wastewater Treatment - p. iii 116. Vol 3 - p. iii 117. Part 4 - p. iii 118. Quantum Materials, Nanomaterials, and Metamaterials - p. iii 119. Section 19 - p. iii 120. Metamaterial - p. iii 121. Advances in Acoustic Metamaterials - p. iii 122. Applications of Metamaterials - p. iii 123. Biomimetic Materials for Engineering Applications - p. iii 124. Characteristics of Acoustic Metamaterials - p. iii 125. Metamaterials: Classifications and Characteristics - p. iii 126. Metamaterial for Crashworthiness Applications - p. iii 127. Metallic Meta-Biomaterial as Biomedical Implants - p. iii 128. Section 20 - p. iii 129. Graphene - p. iii 130. Graphene as a Material – An Overview of its Properties and Characteristics and Development Potential for Practical Applications - p. iii 131. Potential of Graphene for Miniature Sensors and Conducting Devices in Biomedical Applications - p. iii 132. Effect on Electrical Conductivity of Graphene Nanoparticle Filled Epoxy Conductive Ink - p. iii 133. Section 21 - p. iii 134. Micromaterial - p. iii 135. Functional Membranes for Enhanced Rotational Flow Control on Centrifugal Microfluidic Platforms - p. iii 136. Stimuli-Controlled Fluid Control and Microvehicle Movement in Microfluidic Channels - p. iii 137. Materials for Microsystems - p. iii 138. Section 22 - p. iii 139. Quantum Material - p. iii 140. Applications of Quantum Dots - p. iii 141. Quantum Dots: Types and Characteristics - p. iii 142. Spintronic Materials and Devices - p. iii 143. Section 23 - p. iii 144. Nanomaterial - p. iii 145. Advances in ZnO-Material Based UV Photodetectors - p. iii 146. Computational Modeling of Thermal Phenomena in Nanomaterials for Building Applications - p. iii 147. Emerging Nanoscale Phase-Change Memories: A Summary of Device Scaling Studies - p. iii 148. Microstructure and Mechanical Properties of Boron Sheet Metal Steels in Hot Press Forming Process With Nanofluid as a Coolant - p. iii 149. Using Nanoparticles for Thermal Enhancement of Phase Change Materials - p. iii 150. Nanofluids: Thermal Conductivity and Applications - p. iii 151. Nano-Heterostructure Metal Oxide Gas Sensors: Opportunities and Challenges - p. iii 152. Nanomaterials Theory and Applications - p. iii 153. Nanoscale Materials for Self-Cleaning and Antibacterial Applications - p. iii 154. Nanostructured Materials: Bioengineering Platforms for Sensing Nucleic Acids - p. iii 155. Recent Progress in Fabrication of Nanostructured Carbon Monolithic Materials - p. iii 156. Role of Nanomaterials in the Detoxification of Harmful Dyes - p. iii 157. Synthesis and Properties of Nanostructured Cermet Coatings - p. iii 158. The Introduction of Cobalt Ferrite Nanoparticles as a Solution for Magnetostrictive Applications - p. iii 159. Deformation Twinning in Nanocrystalline Metals - p. iii 160. Invisible Fluorinated Materials for Optical Sensing - p. iii 161. Nanoscale Memristor - p. iii 162. Sintering Behavior of Cobalt Ferrite Nanoparticles Prepared by the Sol–Gel Technique - p. iii 163. Synthesis of One Dimensional Nanostructures of TiO2 by Thermal Oxidation - p. iii 164. Section 24 - p. iii 165. Ferroic Material - p. iii 166. Ferroelectric Polymers PVDF and P(VDF–TrFE) Films and Their Composites With Either Graphene or Graphene Oxide: Molecular Modeling and Experimental Observations - p. iii 167. Ferroelectrics and Their Applications - p. iii 168. Vol 4 - p. iii 169. Part 5 - p. iii 170. Piezoelectric and Magnetostrictive Materials - p. iii 171. Section 25 - p. iii 172. Piezoelectricity - p. iii 173. Fundamentals of Piezoelectrics - p. iii 174. Section 26 - p. iii 175. Piezoelectric Materials - p. iii 176. Piezoelectric Ceramics - p. iii 177. Piezoelectric III-V and II-VI Semiconductors - p. iii 178. Flexoelectric Materials - p. iii 179. Section 27 - p. iii 180. Applications of Magnetostrictive Materials - p. iii 181. Piezoelectric Sensors - p. iii 182. Introduction to Magnetostrictive Actuators - p. iii 183. Magnetostrictive Actuators - p. iii 184. Energy Harvesting Using Magnetic Shape Memory Alloys - p. iii 185. Section 28 - p. iii 186. Applications of Piezoelectrics - p. iii 187. Piezoelectric Energy Harvesting - p. iii 188. Magnetostrictive Sensors - p. iii 189. Section 29 - p. iii 190. Magnetostriction - p. iii 191. Magnetostriction Fundamentals - p. iii 192. Section 30 - p. iii 193. Magnetostrictive Materials - p. iii 194. Rare-Earth Substituted Magnetostrictive Ferrites: A Case Study of Gadolinium (Gd) Substituted Cobalt Ferrite - p. iii 195. Magnetostrictive Ni-Mn-Based Heusler Alloys - p. iii 196. Nanostructured Ferrites: Structure, Properties and Performance - p. iii 197. Section 31 - p. iii 198. Strain-Coupled Piezoelectric/Magnetostrictive Composites - p. iii 199. Bulk Magnetoelectric Composites - p. iii 200. Strain-Mediated Magnetoelectric Effects - p. iii 201. Thin-Film-Based Magnetoelectric Heterostructures - p. iii 202. Applications of Strain-Coupled Magnetoelectric Composites - p. iii 203. Part 6 - p. iii 204. Thermally Driven Smart Materials - p. iii 205. Effect of Temperature on Shape Memory Materials - p. iii 206. Industrial Applications for Shape Memory Alloys - p. iii 207. Smart Materials for Sensing - p. iii 208. Part 7 - p. iii 209. Thermal, Electrochemical and Electronic Materials - p. iii 210. Smart Materials: The Next Generation - p. iii 211. Smart Electronic Materials - p. iii 212. Applications of Nanofluids in Cooling of Electronic Components - p. iii 213. Overview of Thermoelectric Materials - p. iii 214. Advances in Shape-Stabilized Phase Change Materials - p. iii 215. Advances in Grout Materials in Borehole Heat Exchangers - p. iii 216. Foam-Based Composite Phase Change Materials - p. iii 217. Investigation on the Use of Phase Change Materials in Geothermal Energy Applications - p. iii 218. Advances in Electrolytes for Sodium-Sulfur Batteries - p. iii 219. Progress of Biomaterials Applications in Supercapacitors - p. iii 220. Solid State Electrolytes - p. iii 221. Nanostructured Materials as Electrocatalysts for Electrochemical CO2 Reduction - p. iii 222. Bio-Based Carbon Materials for Capacitive Deionization CDI Desalination Processes - p. iii 223. Carbon-Based Nanomaterial for Emerging Desalination Technologies: Electrodialysis and Capacitive Deionization - p. iii 224. Vol 5 - p. iii 225. Part 8 - p. iii 226. Magnetic Materials and Smart Materials for Specific Applications - p. iii 227. Section 32 - p. iii 228. Magnetic Materials - p. iii 229. Structural Features of Magnetic Materials - p. iii 230. Soft Magnetic Materials - p. iii 231. Applications of Magnetic Materials - p. iii 232. Multiscale Modeling of Magnetic Materials - p. iii 233. Numerical Simulation of Magnetic Materials - p. iii 234. Ferroelectric and Antiferroelectric Liquid Crystals - p. iii 235. Applications of Magnetic Materials and Spintronics in Smart Systems - p. iii 236. Theory and Applications of Magnetoelectric Materials - p. iii 237. Section 33 - p. iii 238. Electrorheological Fluids - p. iii 239. Characteristics of Electrorheological Fluids - p. iii 240. Modeling of Electrorheological Fluids - p. iii 241. Using Electro-Rheological Fluids in Shock Absorbers - p. iii 242. Electrorheological Fluid Based Clutches and Brakes - p. iii 243. Section 34 - p. iii 244. Magnetorheological Fluids - p. iii 245. Introduction to Magnetorheological Fluids - p. iii 246. Key Elements of Magnetorheological Fluids - p. iii 247. Physics of Magnetorheological Fluids - p. iii 248. Modeling Behavior of Magnetorheological Fluids - p. iii 249. Rheological Analysis of Magnetorheological Fluids - p. iii 250. Experimental Studies on Magnetorheological Fluids - p. iii 251. Magnetorheological Fluid Applications - p. iii 252. Application of Magnetorheological Fluids (MRF) in a Suspension System - p. iii 253. Applications of Magnetorheological (MR) Fluids in the Biomedical Field - p. iii 254. Physicochemical and Viscoelastic Properties of Magnetorheological Solids - p. iii 255. Section 35 - p. iii 256. Magnetostrictive Materials - p. iii 257. Multiscale Modeling of Magnetostrictive Materials - p. iii 258. Magnetostrictive Materials for Sensing Applications - p. iii 259. Magnetostrictive Cobalt Ferrite, Nanoparticles Preparation and Magnetic Characterization - p. iii 260. Section 36 - p. iii 261. Magnetocaloric - p. iii 262. Magnetocaloric Materials - p. iii 263. Overview on Magnetic Refrigeration - p. iii 264. Magnetic Refrigeration: From Theory to Applications - p. iii 265. Applications on Magnetocaloric Materials - p. iii 266. Iron-Based Magnetocaloric Materials - p. iii 267. Magnetic Refrigeration Materials at Micro-Scale - p. iii 268. Magnetic Refrigeration Materials: Challenges and Future Perspectives - p. iii 269. Section 37 - p. iii 270. Smart Materials for Specific Applications - p. iii 271. Cadmium Telluride and Cadmium Zinc Telluride as Detector Materials and Their Practical Applications - p. iii 272. Dynamic Recrystallization and its Effect on Microstructure and Texture Evolution in Magnesium Alloys - p. iii 273. Film Deposition Processes Based on Eco-Friendly, Flexible, and Transparent Materials for High-Performance Resistive Switching - p. iii 274. Metal-Semiconductor Contacts in Industrial Applications and Processing - p. iii 275. Osteoinductive Biomaterials - p. iii 276. Progress in Development of Beta Titanium Alloys for Biomedical Applications - p. iii 277. Prospect of Graphene for Use as Sensors in Miniaturized and Biomedical Sensing Devices - p. iii 278. Recent Advances in ZnO Based Ultraviolet Photodetectors - p. iii 279. Subject Index - p. iii 280. Authors - p. iii