Innovations In Advanced Materials and Manufacturing provides insights into the mechanics, characteristics, behavior, application, and manufacturing of advanced materials such as nanowires, 2D materials, biomaterials, smart materials, and more. The book discusses the materials themselves, with chapters dedicated to the mechanics and electronic and magnetic properties of nanomaterials, photonic, and phononic materials and devices, 2D magnetic materials, smart materials and coatings, metamaterials, and microdevices and sensors. Other sections cover manufacturing technologies and methods of previously discussed materials, outlining manufacturing techniques for additive manufacturing of metallic lattice structures, biomedical alloys, shape memory alloys, multifunctional polymer composites, nanocomposite structures, ceramics, and batteries.
1. Introduction - p. xv 2. Section 1: Materials - p. S1 3. 1 Mechanics of nanomaterials - p. 3 4. 2 Electronic and magnetic properties of nanomaterials - p. 47 5. 3 Photonic and phononic materials and devices - p. 73 6. 4 Two-dimensional magnetic materials - p. 103 7. 5 Smart materials and coatings - p. 127 8. 6 Metamaterials for terahertz applications - p. 147 9. 7 Computational techniques to model nanomaterials - p. 181 10. 8 Microdevices and sensors: Materials and fabrication - p. 215 11. Section 2: Manufacturing - p. S2 12. 9 Additive manufacturing of metallic lattice structures - p. 299 13. 10 Additive manufacturing of biomedical metal alloys - p. 357 14. 11 Additive manufacturing of ceramics - p. 415 15. 12 Additive manufacturing of shape memory materials - p. 461 16. 13 3D/4D printing of electromagnetic field-assisted multifunctional polymer composites - p. 493 17. 14 Manufacturing of ceramics I: Coating and drying - p. 513 18. 15 Manufacturing of ceramics II: Sintering - p. 545 19. 16 Manufacturing of batteries - p. 577 20. Index - p. 623
Innovations In Advanced Materials and Manufacturing provides insights into the mechanics, characteristics, behavior, application, and manufacturing of advanced materials such as nanowires, 2D materials, biomaterials, smart materials, and more. The book discusses the materials themselves, with chapters dedicated to the mechanics and electronic and magnetic properties of nanomaterials, photonic, and phononic materials and devices, 2D magnetic materials, smart materials and coatings, metamaterials, and microdevices and sensors. Other sections cover manufacturing technologies and methods of previously discussed materials, outlining manufacturing techniques for additive manufacturing of metallic lattice structures, biomedical alloys, shape memory alloys, multifunctional polymer composites, nanocomposite structures, ceramics, and batteries.
1. Introduction - p. xv 2. Section 1: Materials - p. S1 3. 1 Mechanics of nanomaterials - p. 3 4. 2 Electronic and magnetic properties of nanomaterials - p. 47 5. 3 Photonic and phononic materials and devices - p. 73 6. 4 Two-dimensional magnetic materials - p. 103 7. 5 Smart materials and coatings - p. 127 8. 6 Metamaterials for terahertz applications - p. 147 9. 7 Computational techniques to model nanomaterials - p. 181 10. 8 Microdevices and sensors: Materials and fabrication - p. 215 11. Section 2: Manufacturing - p. S2 12. 9 Additive manufacturing of metallic lattice structures - p. 299 13. 10 Additive manufacturing of biomedical metal alloys - p. 357 14. 11 Additive manufacturing of ceramics - p. 415 15. 12 Additive manufacturing of shape memory materials - p. 461 16. 13 3D/4D printing of electromagnetic field-assisted multifunctional polymer composites - p. 493 17. 14 Manufacturing of ceramics I: Coating and drying - p. 513 18. 15 Manufacturing of ceramics II: Sintering - p. 545 19. 16 Manufacturing of batteries - p. 577 20. Index - p. 623
