Ceramic Nanocomposites: Interface Design, Properties and Applications provides a detailed review of the latest advances in this field. The book thoroughly explores every aspect, from preparation techniques to performance testing and practical applications. It not only shares the latest research findings but also systematically summarizes various preparation methods and design strategies. Sections focus on the selection of nanofillers, interface optimization techniques, and how these factors influence key properties of the resultant composites such as mechanical strength, thermal stability, and electrical properties.
Additionally, the book extensively discusses the application prospects of nanocomposites in high-performance electronics, biomedical, and energy storage, and conversion sectors, offering a systematic theoretical and practical perspective. This makes it a comprehensive guide for developing new ceramic nanocomposite materials and promoting their industrial applications.
1. Title of Book - p. i 2. Cover Image - p. i 3. Title Page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iv 6. Contributors - p. xiii 7. 1 Processing routes of different ceramic nanocomposites: Processing methods and parameters - p. 1 8. 2 Enhancement of monolithic ceramic materials: Enhancing the interface in the ceramic composites - p. 49 9. 3 Insights into ceramic interaction with the polymer backbone - p. 99 10. 4 Interface design for effective ceramic nanocomposites - p. 135 11. 5 Impact of new properties of ceramic nanocomposites on final products - p. 165 12. 6 Mechanical behavior of ceramic nanocomposites: Interfacial mechanics of ceramic composites - p. 195 13. 7 Nanoparticle reinforced silicon carbide - p. 227 14. 8 Fiber-reinforced glass ceramic nanocomposites - p. 255 15. 9 Nanocrystalline ceramic materials and carbon nanotube - p. 279 16. 10 Ceramic nanocomposites in tissue engineering applications - p. 319 17. 11 Ceramic nanocomposites in bone implant applications - p. 345 18. 12 Ceramic nanocomposites in 3D printing - p. 371 19. 13 Ceramic nanocomposites in coating applications - p. 405 20. 14 Ceramic nanocomposites in high performance structures - p. 433 21. 15 Ceramic nanocomposites in membrane applications - p. 477 22. 16 Additive manufacturing in ceramic nanocomposites - p. 519 23. 17 Computational tools in the development of new ceramic materials - p. 543 24. 18 Ceramic nanocomposites in thermal management and energy storage - p. 573 25. 19 Design of high-performance ceramic nanocomposites - p. 607 26. 20 Case studies of practical applications of ceramic nanocomposites - p. 633 27. 21 Advances in green ceramic nanocomposites: Recent and future opportunities - p. 685 28. Index - p. 721
Ceramic Nanocomposites: Interface Design, Properties and Applications provides a detailed review of the latest advances in this field. The book thoroughly explores every aspect, from preparation techniques to performance testing and practical applications. It not only shares the latest research findings but also systematically summarizes various preparation methods and design strategies. Sections focus on the selection of nanofillers, interface optimization techniques, and how these factors influence key properties of the resultant composites such as mechanical strength, thermal stability, and electrical properties.
Additionally, the book extensively discusses the application prospects of nanocomposites in high-performance electronics, biomedical, and energy storage, and conversion sectors, offering a systematic theoretical and practical perspective. This makes it a comprehensive guide for developing new ceramic nanocomposite materials and promoting their industrial applications.
1. Title of Book - p. i 2. Cover Image - p. i 3. Title Page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iv 6. Contributors - p. xiii 7. 1 Processing routes of different ceramic nanocomposites: Processing methods and parameters - p. 1 8. 2 Enhancement of monolithic ceramic materials: Enhancing the interface in the ceramic composites - p. 49 9. 3 Insights into ceramic interaction with the polymer backbone - p. 99 10. 4 Interface design for effective ceramic nanocomposites - p. 135 11. 5 Impact of new properties of ceramic nanocomposites on final products - p. 165 12. 6 Mechanical behavior of ceramic nanocomposites: Interfacial mechanics of ceramic composites - p. 195 13. 7 Nanoparticle reinforced silicon carbide - p. 227 14. 8 Fiber-reinforced glass ceramic nanocomposites - p. 255 15. 9 Nanocrystalline ceramic materials and carbon nanotube - p. 279 16. 10 Ceramic nanocomposites in tissue engineering applications - p. 319 17. 11 Ceramic nanocomposites in bone implant applications - p. 345 18. 12 Ceramic nanocomposites in 3D printing - p. 371 19. 13 Ceramic nanocomposites in coating applications - p. 405 20. 14 Ceramic nanocomposites in high performance structures - p. 433 21. 15 Ceramic nanocomposites in membrane applications - p. 477 22. 16 Additive manufacturing in ceramic nanocomposites - p. 519 23. 17 Computational tools in the development of new ceramic materials - p. 543 24. 18 Ceramic nanocomposites in thermal management and energy storage - p. 573 25. 19 Design of high-performance ceramic nanocomposites - p. 607 26. 20 Case studies of practical applications of ceramic nanocomposites - p. 633 27. 21 Advances in green ceramic nanocomposites: Recent and future opportunities - p. 685 28. Index - p. 721
