The Science and Engineering of Cutting: The Mechanics and Processes of Separating, Scratching and Puncturing Biomaterials, Metals and Non-metals, Second Edition has been updated to include new developments in the mechanics of cutting, introducing topics such as friction modeling, oblique cutting of polymers, nano-sectioning, ultraprecision cutting, new methods for determining the fracture toughness of welds and glued joints, finite element simulations of cutting, and much more. The book also looks at new applications, such as improvements in the design of wood cutting machinery, body armor,…mehr
The Science and Engineering of Cutting: The Mechanics and Processes of Separating, Scratching and Puncturing Biomaterials, Metals and Non-metals, Second Edition has been updated to include new developments in the mechanics of cutting, introducing topics such as friction modeling, oblique cutting of polymers, nano-sectioning, ultraprecision cutting, new methods for determining the fracture toughness of welds and glued joints, finite element simulations of cutting, and much more. The book also looks at new applications, such as improvements in the design of wood cutting machinery, body armor, and the employment of greater 'slice-push' methods in food-cutting machinery.
Kai Cheng was appointed Chair Professor in Manufacturing Systems and Head of Advanced Manufacturing & Enterprise Engineering (AMEE) Department at Brunel University. His current research focuses on design of high precision machines, ultraprecision and micro-cutting, smart tooling and smart machining, and sustainable manufacturing systems. He is currently leading the Ultraprecision and Micro/Nano Manufacturing Theme at Brunel University and working on a number of projects funded by the EPSRC, NATEP Program, RAEng, Innovative UK program, EU Horizon 2020 Programs, and industry.
Inhaltsangabe
1. Controlled and Uncontrolled Separation of Parts: Cutting, Scraping, and Spreading 2. Fracture Mechanics and Friction 3. Simple Orthogonal Cutting of Floppy, Brittle, and Ductile Materials 4. Types of Chip: Load Fluctuations, Scaling, and Deformation Transitions 5. Slice-Push Ratio: Oblique Cutting and Curved Blades, Scissors, Guillotining, and Drilling 6. Cutting with More than One Edge: Scratching, Grinding, Abrasive Wear, Engraving, and Sculpting 7. Sawing, Chisels, and Files 8. Punching Holes 9. Sharpness and Bluntness 10. Unrestrained and Restrained Workpieces: Dynamic Cutting 11. Cutting in Biology, Paleontology, and Medicine 12. Food and Food-Cutting Devices and Wire Cutting 13. Teeth as Cutting Tools 14. Burrowing in Soils, Digging, and Ploughing 15. Unintentional and Accidental Cutting 16. Cutting with High Precision 17. Cutting of Components with Complex Geometries and Freeform Surfaces 18. The Science and Engineering of Cutting: Holistic Approaches and Future Perspectives
1. Controlled and Uncontrolled Separation of Parts: Cutting, Scraping, and Spreading 2. Fracture Mechanics and Friction 3. Simple Orthogonal Cutting of Floppy, Brittle, and Ductile Materials 4. Types of Chip: Load Fluctuations, Scaling, and Deformation Transitions 5. Slice-Push Ratio: Oblique Cutting and Curved Blades, Scissors, Guillotining, and Drilling 6. Cutting with More than One Edge: Scratching, Grinding, Abrasive Wear, Engraving, and Sculpting 7. Sawing, Chisels, and Files 8. Punching Holes 9. Sharpness and Bluntness 10. Unrestrained and Restrained Workpieces: Dynamic Cutting 11. Cutting in Biology, Paleontology, and Medicine 12. Food and Food-Cutting Devices and Wire Cutting 13. Teeth as Cutting Tools 14. Burrowing in Soils, Digging, and Ploughing 15. Unintentional and Accidental Cutting 16. Cutting with High Precision 17. Cutting of Components with Complex Geometries and Freeform Surfaces 18. The Science and Engineering of Cutting: Holistic Approaches and Future Perspectives
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