Metal Cutting Mechanics

摘要: Introduction General Reasons for Studying Metal Cutting History of Basic Problems Requiring Solution Parallel-Sided Deformation Zone Theory The Role Engineering Plasticity in Studies Application the Slip Line Method to Analysis Shear Model with Parallel Boundaries Plastic Strain Rate Work Material Consideration What Has Be Predicted According Existing Theories Review Attempts Made Predict Flow Stress Reality? Experimental Verification Cause Significant Discrepancy Reported Results Nature Polycrystalline Materials Fracture Ductile Polycrystalline/Fracture Determination Mechanism System Approach Observation Part Existent on Chip Formation and Assemblage Finite Element Simulation Computational Details Applications FEM Discussions Methodology Similarity Methods Temperature Measurements Force Appendix: Tool Geometry A1 - Tool-in-Hand A2 Tool-in-Machine (Setting System) A3 Tool-in-Use A4 Uncut Cross-Section Non-Free Non-Orthogonal Conditions