High-Temperature Polymeric Materials: Preparation, Properties, Modeling and Engineering Applications is a comprehensive reference book that delves into the development and applications of high-temperature polymeric materials. It begins with an in-depth overview of the preparation and properties of various high-temperature polymeric materials, including nano- and polymer blend-based composites, biopolymers, and fiber-reinforced composites tailored for high-temperature uses. The book serves as an essential resource for materials scientists, polymer scientists, and plastic engineers. Other important points in the book include chapters on behavioral modeling of polymer composites, computational modeling of aging effects, and numerical modeling and simulation of polymer failure at elevated temperatures.
The book also covers the applications of these materials in industries such as automotive, aviation, aerospace, and construction, making it a key reference for professionals involved in high-temperature polymeric materials.
1. 1. High-temperature polymers: an introduction in the context of engineering - p. 3 2. 2. High-temperature polymers: Methodology and factors affecting development - p. 23 3. 3. High-temperature polymers: synthesis and characterization - p. 51 4. 4. Nanocomposite-based high temperature polymers - p. 77 5. Chapter 5. Polymer blend–based high temperature composite materials - p. 111 6. 6. Fiber-reinforced high-temperature composite materials - p. 143 7. 7. Hybrid polymer–based high-temperature composite materials - p. 187 8. 8. Biopolymer composites for high temperature applications - p. 215 9. 9. Development of high temperature polymers via 3D printing approach: properties and limitation - p. 239 10. Part 2: Material modelling - p. P265 11. 10. Behavioral modeling of polymer composites at elevated temperature - p. 267 12. 11. Computational modeling of aging effects of high-temperature composite materials - p. 289 13. 12. Numerical modeling and simulation of polymer failure at elevated temperatures - p. 323 14. Part 3: Application - p. P367 15. 13. Application of high-temperature polymers in the automotive industry - p. 369 16. 14. Application of high-temperature polymers in the aviation industry - p. 393 17. 15. Application of high-temperature polymers in aerospace applications - p. 419 18. 16. Application of high-temperature polymers in building and construction - p. 447 19. 17. Application of high temperature biopolymers in building and construction - p. 463 20. Index - p. 489
High-Temperature Polymeric Materials: Preparation, Properties, Modeling and Engineering Applications is a comprehensive reference book that delves into the development and applications of high-temperature polymeric materials. It begins with an in-depth overview of the preparation and properties of various high-temperature polymeric materials, including nano- and polymer blend-based composites, biopolymers, and fiber-reinforced composites tailored for high-temperature uses. The book serves as an essential resource for materials scientists, polymer scientists, and plastic engineers. Other important points in the book include chapters on behavioral modeling of polymer composites, computational modeling of aging effects, and numerical modeling and simulation of polymer failure at elevated temperatures.
The book also covers the applications of these materials in industries such as automotive, aviation, aerospace, and construction, making it a key reference for professionals involved in high-temperature polymeric materials.
1. 1. High-temperature polymers: an introduction in the context of engineering - p. 3 2. 2. High-temperature polymers: Methodology and factors affecting development - p. 23 3. 3. High-temperature polymers: synthesis and characterization - p. 51 4. 4. Nanocomposite-based high temperature polymers - p. 77 5. Chapter 5. Polymer blend–based high temperature composite materials - p. 111 6. 6. Fiber-reinforced high-temperature composite materials - p. 143 7. 7. Hybrid polymer–based high-temperature composite materials - p. 187 8. 8. Biopolymer composites for high temperature applications - p. 215 9. 9. Development of high temperature polymers via 3D printing approach: properties and limitation - p. 239 10. Part 2: Material modelling - p. P265 11. 10. Behavioral modeling of polymer composites at elevated temperature - p. 267 12. 11. Computational modeling of aging effects of high-temperature composite materials - p. 289 13. 12. Numerical modeling and simulation of polymer failure at elevated temperatures - p. 323 14. Part 3: Application - p. P367 15. 13. Application of high-temperature polymers in the automotive industry - p. 369 16. 14. Application of high-temperature polymers in the aviation industry - p. 393 17. 15. Application of high-temperature polymers in aerospace applications - p. 419 18. 16. Application of high-temperature polymers in building and construction - p. 447 19. 17. Application of high temperature biopolymers in building and construction - p. 463 20. Index - p. 489
