Handbook of Machining with Grinding Wheels

摘要: THE BASIC PROCESS OF GRINDING Introduction From Craft to Science Basic Uses of Grinding Elements the System The Importance Abrasive Wheels for a Purpose Problem Solving References Parameters Process Temperatures Appendix: Drawing Form and Profile Tolerancing Material Removal Mechanisms Significance Wheel Topography Determination Kinematics Cutting Edge Engagement Fundamental in Ductile Materials Surface Formation Brittle-Hard Energy Transformation Shape Specification Balance Design High-Speed Bond Life Mount Chatter Suppression Nature Silicon Carbide Alumina (Alox)-Based Abrasives Electrofused Chemical Precipitation and/or Sintering Diamond CBN Grain Size Distributions Future Developments Postscript Single-Layer Electroplated (EP) Brazed Vitrified Conventional Bonds Resin Plastic Phenolic Polyimide Metal Other Systems Dressing Traverse with Stationary Tools Superabrasive Uniaxial Rotary Cross-Axis Discs Form-Roll Truing Conditioning Dynamics Forced Regenerative Vibrations Effect Workpiece Velocity Geometrical Interference between Vibration Behavior Various Operations Self-Excited Conclusions Wear Three Types Grains Assessment Coolants Properties Fluids Base Additives Application Results Environmental Aspects Supply Fluid Nozzles Influence Monitoring Processes Need Sensors Variables Sensor Peripheral Economics A Cost Comparison Based on an Available Machine Including Capital Investment Tooling as Replacement Multitasking Machines Hard-Turning Summary APPLICATION PROCESSES Cast Irons Steels Heat-Resistant Superalloys Ceramics Background Ceramic Physics ELID Technology Foundations Guideways Slideway Configurations Hydrostatic Slideways Recirculating Rolling Element Linear Axis Drives Motion Control AC Servodrive Ballscrew Motor Drive Spindle Motors Arrangements Large Small Units Spindles Miscellaneous Power Stiffness Requirements Dressers Examples Infeed Basics Reciprocating Creep Speed-Stroke Successful Feed Face Fine Lapping External Cylindrical Automotive Camlobe Punch Crankshaft Roll Internal Type Tool Selection Troubleshooting Centerless Relationships Geometry Workrest Speed Structure High Rate Economic Evaluation Mechanics Rounding Stability Dynamic Avoiding Critical Frequencies Recommendations Ultrasonic Assisted Variants Ultrasonic-Assisted Excitation Radial Assistance Axial Glossary Notation Use SI Index