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基本説明
Highlights current design procedures, contemporary computation methods, and heat treating techniques for steels, cast irons, and ferrous and nonferrous metals, as well as strategies in heating for forging, rolling, extrusion, upsetting, coating, etc.
Full Description
Offering ready-to-use tables, diagrams, graphs, and simplified formulas for at-a-glance guidance in induction heating system design, this book contains numerous photographs, magnetic field plots, temperature profiles, case studies, hands-on guidelines, and practical recommendations to navigate through various system designs and avoid surprises in installation, operation, and maintenance. It covers basic principles, modern design concepts, and advanced techniques engineers use to model and evaluate the different types of manufacturing processes based on heating by induction. The handbook explains the electromagnetic and heat transfer phenomena that take place during induction heating.
Contents
Introduction Industrial Applications of Induction Heating Theoretical Background Temperature Measurement Heat Treatment by Induction Special Application of Induction Heating Induction Mass Heating Power Supplies for Modern Induction Heating Appendix A: Periodic Table of the Elements Appendix B: Conversions Appendix C: INDUCTOHEAT's "Fishbone" Diagram of Cracking Appendix D: Longitudinal Electromagnetic End Effect Appendix E: Required Inlet and Outlet Quench Flow vs. Pressure Appendix F: Dynamics of Single-Shot Induction Heating of 40 mm (0.04 m) OD Axle Shaft Appendix G: Cooling of Uniformly Heated (1315 * C/2400 * F) 0.152 m RCS Stainless Steel Bar (301 Series) During Its Transportation on Air Appendix H: Examples of Transient End Effect in the Bar Leading End Zone Appendix I: Temperature Distribution ( * C) During Heating and Quenching of a Double-Pin Feature of the V-8 Crankshaft and the Final Hardness Pattern Using SHarP-C Technology Index
