Advanced Cutting and Machining Processes for Composites and Biocomposites focuses on the latest advances in this important research field, covering a broad range of composites and presenting various case studies related to conventional and unconventional cutting processes in terms of optimization, cutting analysis, and cutting tools. Key challenges in terms of quality and their impact on the final product are also discussed in detail. The book also contains experimental studies that explain how various machining and cutting techniques can be used to obtain the best results by controlling different operating input parameters.
This will be a valuable reference resource for materials scientists, designers, manufacturers, and engineers as it provides extensive information on cutting and machining of composite materials as well as the cutting properties of these materials. It also presents experimental results and final concepts that will benefit manufacturers to achieve efficient cutting operations to avoid defects and reduce their impact on the final product.
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. List of contributors - p. xi 7. About the editors - p. xv 8. Preface - p. xix 9. 1. Parameter optimization for machining of carbon fiber-reinforced polymer–aluminum composite laminates - p. 1 10. 2. The development of coating materials used for cutting tools: a review - p. 53 11. 3. Ultrasound machining of composites: a review - p. 73 12. 4. Cutting and machinability of 3D-printed carbon fiber epoxy composites reinforced with thermoplastic polyurethane: investigating impact shock-damping effects - p. 89 13. 5. Machinability and mechanical properties of TiAl intermetallic-based composites reinforced with niobium, molybdenum, and tungsten - p. 107 14. Micro machinability and design of TiAl intermetallic-based composites reinforced with TiB2-TiC produced by sinter-forging - p. 123 15. Advanced machinability process for copper matrix composites reinforced with Fe3O4-NiO-Co produced by sinter+forging: electrical and magnetic properties - p. 135 16. 8. Advanced machining of green design polymer based composites reinforced with recycled natural fibers - p. 147 17. 9. Enhanced machinability of AA7075 based hybrid composites reinforced with nickel aluminide, copper and ceramics - p. 163 18. Design of polyethylene-based composites reinforced with copper and magnetic iron oxide (Fe3O4) for aerospace applications: magnetic-microwave absorption - p. 179 19. 11. Advanced machinability-sustainability of polymer (LDPE-PU-EPEPS) based composites reinforced with natural rubber, vermiculite, carbon, and glass fibers: experimental and numerical analyses - p. 197 20. 12. Cutting and machinability effect on the design of polymer-based hybrid composites reinforced with rubber, short glass fiber, and vermiculite - p. 221 21. 13. Multihole making on composite panel – a feasibility study - p. 239 22. 14. Cutting temperature’s impact on surface quality in carbon fiber-reinforced polymer material in up and down-milling : different geometrical router/burr tool designs - p. 283 23. 15. Advances in surface polishing as a surface modification method for 3D-printed components - p. 301 24. 16. Thermal damage on carbon fiber reinforced polymer (CFRP) machined surface during end milling of CFRP - p. 321 25. 17. Tool wear and hole quality in drilling carbon fiber reinforced polymer / aluminum 7075 stacks - p. 345 26. 18. Cut quality characteristics of wood–plastic composite by single-mode fiber laser - p. 367 27. 19. Tool wear in machining processes for fiber-reinforced polymer composites - p. 387 28. Index - p. 401
Advanced Cutting and Machining Processes for Composites and Biocomposites focuses on the latest advances in this important research field, covering a broad range of composites and presenting various case studies related to conventional and unconventional cutting processes in terms of optimization, cutting analysis, and cutting tools. Key challenges in terms of quality and their impact on the final product are also discussed in detail. The book also contains experimental studies that explain how various machining and cutting techniques can be used to obtain the best results by controlling different operating input parameters.
This will be a valuable reference resource for materials scientists, designers, manufacturers, and engineers as it provides extensive information on cutting and machining of composite materials as well as the cutting properties of these materials. It also presents experimental results and final concepts that will benefit manufacturers to achieve efficient cutting operations to avoid defects and reduce their impact on the final product.
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. List of contributors - p. xi 7. About the editors - p. xv 8. Preface - p. xix 9. 1. Parameter optimization for machining of carbon fiber-reinforced polymer–aluminum composite laminates - p. 1 10. 2. The development of coating materials used for cutting tools: a review - p. 53 11. 3. Ultrasound machining of composites: a review - p. 73 12. 4. Cutting and machinability of 3D-printed carbon fiber epoxy composites reinforced with thermoplastic polyurethane: investigating impact shock-damping effects - p. 89 13. 5. Machinability and mechanical properties of TiAl intermetallic-based composites reinforced with niobium, molybdenum, and tungsten - p. 107 14. Micro machinability and design of TiAl intermetallic-based composites reinforced with TiB2-TiC produced by sinter-forging - p. 123 15. Advanced machinability process for copper matrix composites reinforced with Fe3O4-NiO-Co produced by sinter+forging: electrical and magnetic properties - p. 135 16. 8. Advanced machining of green design polymer based composites reinforced with recycled natural fibers - p. 147 17. 9. Enhanced machinability of AA7075 based hybrid composites reinforced with nickel aluminide, copper and ceramics - p. 163 18. Design of polyethylene-based composites reinforced with copper and magnetic iron oxide (Fe3O4) for aerospace applications: magnetic-microwave absorption - p. 179 19. 11. Advanced machinability-sustainability of polymer (LDPE-PU-EPEPS) based composites reinforced with natural rubber, vermiculite, carbon, and glass fibers: experimental and numerical analyses - p. 197 20. 12. Cutting and machinability effect on the design of polymer-based hybrid composites reinforced with rubber, short glass fiber, and vermiculite - p. 221 21. 13. Multihole making on composite panel – a feasibility study - p. 239 22. 14. Cutting temperature’s impact on surface quality in carbon fiber-reinforced polymer material in up and down-milling : different geometrical router/burr tool designs - p. 283 23. 15. Advances in surface polishing as a surface modification method for 3D-printed components - p. 301 24. 16. Thermal damage on carbon fiber reinforced polymer (CFRP) machined surface during end milling of CFRP - p. 321 25. 17. Tool wear and hole quality in drilling carbon fiber reinforced polymer / aluminum 7075 stacks - p. 345 26. 18. Cut quality characteristics of wood–plastic composite by single-mode fiber laser - p. 367 27. 19. Tool wear in machining processes for fiber-reinforced polymer composites - p. 387 28. Index - p. 401
