Preface |
Generalized Model of Chip Formation / 1: |
Introduction / 1.1: |
Inadequacy of the Single-Shear Plane Model / 1.2: |
What is the Model of Chip Formation? / 1.3: |
System Concept in Metal Cutting / 1.4: |
Influence of Cutting Speed / 1.5: |
Formation of Saw-Toothed Chip / 1.7: |
Frequency of Chip Formation / 1.8: |
Formation of the Segmental Saw-Toothed Chip / 1.9: |
Applicability and Significance of Chip Formation Models / 1.10: |
References |
Energy Partition in the Cutting System / 2: |
Energy Flows in the Cutting System / 2.1: |
Physical Efficiency of the Cutting System / 2.3: |
Determination of the Work of Plastic Deformation in Metal Cutting / 2.4: |
Practical Analysis of the Physical Efficiency of the Cutting System / 2.5: |
Energy Balance of the Cutting System / 2.6: |
Methods of Improving Physical Efficiency of the Cutting System / 2.7: |
Tribology of the Tool-Chip and Tool-Workpiece Interfaces / 3: |
Tool-Chip Interface / 3.1: |
Tool-Workpiece Interface / 3.3: |
Temperature at the Interfaces / 3.4: |
Cutting Tool Wear, Tool Life and Cutting Tool Physical Resource / 4: |
Known Approaches / 4.1: |
Proper Assessment of Tool Wear / 4.3: |
Optimal Cutting Temperature - The First Metal Cutting Law / 4.4: |
Influence of Cutting Feed and Depth of Cut / 4.5: |
Influence of Tool Geometry / 4.6: |
Influence of Workpiece Diameter / 4.7: |
Plastic Lowering of the Cutting Edge / 4.8: |
Resource of the Cutting Wedge / 4.9: |
Design of Experiments in Metal Cutting Tests / 5: |
DOE in Machining: Terminology and Requirements / 5.1: |
Screening Test / 5.3: |
2k Factorial Experiment, Complete Block / 5.4: |
Group Method of Data Handling / 5.5: |
Improvements of Tribological Conditions / 6: |
Cutting Fluids (Coolants) / 6.1: |
Coatings / 6.2: |
Improving Tribological Conditions by Modification of Properties of the Work Material / 6.3: |
Basics, Definitions and Cutting Tool Geometry / Appendix A: |
Basic Terms and Definitions / A1: |
Reference Planes / A2: |
Angles: Definitions / A3: |
Determination of Uncut Chip Thickness for a General Case / A4: |
Experimental Determination of the Chip Compression Ratio (CCR) / Appendix B: |
General Experimental Techniques / B1: |
Design of Experiment / B2: |
Index |
Preface |
Generalized Model of Chip Formation / 1: |
Introduction / 1.1: |
Inadequacy of the Single-Shear Plane Model / 1.2: |
What is the Model of Chip Formation? / 1.3: |
System Concept in Metal Cutting / 1.4: |