Metal Cutting Theory

1. Introduction
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Part I. Non-Euclidean Cutting Tool Geometry

2. The Way of Expressing, Analyzing and Calculating Space Angles in a Plane
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3. The Way of Analyzing and Calculating Cutting Tool Angles in a Projective Plane
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4. A Study on Curved Edge Drills
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5. Approximate Solutions for Space Angle Problems
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Part II. Non-Free Cutting Mechanics

6. The Principle of Minimum Energy Dissipation in Metal Cutting
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7. The Chip-Ejection Interference and Compromise in Non-free Cutting
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8. Non-linear Synthetic Method for Modeling Modern Cutting Tools
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9. Bifurcation and Catastrophe in Metal Cutting Process
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10. The Principle and the Law for Free-Cutting Tool Design
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11. The Constraint Conditions for Free-Cutting Tool Design
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Part III. Non-Linear Machine Tool Dynamics

12. A Summary of the Theory on Machine Tool Chatter
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13. Non-linear Theory of Regenerative Chatter in Cutting Processes (I)
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14. Non-linear Theory of Regenerative Chatter in Cutting Processes (II)
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15. Early Diagnosis and Online Monitoring of Machine Tool Chatter
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16. On-Line Chatter Prevention Technology for NC Machine Tools
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Avainsanat: Engineering, Manufacturing, Machines, Tools, Vibration, Dynamical Systems, Control, Machinery and Machine Elements, Geometry