Handbook of induction heating:
Gespeichert in:
| Weitere Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
New York, NY
Dekker
2003
|
| Ausgabe: | 3. printing |
| Schriftenreihe: | Manufacturing engineering and materials processing
61 |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XI, 777 S. |
| ISBN: | 0824708482 |
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Datensatz im Suchindex
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| adam_text | HANDBOOK OF INDUCTION HEATING VALERY RUDNEV DON LOVELESS RAYMOND COOK
MICAH BLACK INDUCTOHEAT, INC. MADISON HEIGHTS, MICHIGAN, U.S.A. M K.
MARCEL DEKKER, INC. NEW YORK * BASEL DEKKIR CONTENTS PREFACE V
ACKNOWLEDGMENT VUE 1 INTRODUCTION 1 2 INDUSTRIAL APPLICATIONS OF
INDUCTION HEATING 11 2.1 HEAT TREATMENT BY INDUCTION 2.2 INDUCTION MASS
HEATING 2.3 SPECIAL APPLICATIONS OF INDUCTION HEATING 2.4 INDUCTION
MELTING 2.5 INDUCTION WELDING 2.6 CONCLUSION 3 THEORETICAL BACKGROUND 99
3.1 BASIC ELECTROMAGNETIC PHENOMENA IN INDUCTION HEATING 3.2 BASIC
THERMAL PHENOMENA IN INDUCTION HEATING 3.3 ESTIMATION OF THE REQUIRED
POWER AND DYNAMICS OF INDUCTION HEATING 3.4 ADVANCED INDUCTION
PRINCIPLES AND MATHEMATICAL MODELING 4 TEMPERATURE MEASUREMENT 185 4.1
COLOR INDICATORS 4.2 CONTACT-TYPE SENSORS (THERMOCOUPLES) 4.3 INFRARED
RADIATION THEORY AND NONCONTACT SENSORS (PYROMETERS) 5 HEAT TREATMENT BY
INDUCTION 219 5.1 MACHINE DESIGN FOR INDUCTION SURFACE AND THROUGH
HARDENMG 5.2 INDUCTION HEAT TREATMENT OF CRANK SHAFTS, CAM SHAFTS, AND
AXLE SHAFTS 5.3 RESIDUAL STRESSES AND CRACKING IN INDUCTION HEAT
TREATING 5.4 GEAR HARDENING 5.5 TEMPERING IX X CONTENTS 5.6 INDUCTION
HEAT TREATING OF POWDER METALS 5.7 ELECTROMAGNETIC END AND EDGE EFFECTS
IN INDUCTION HARDENING AND TEMPERING 5.8 LONGITUDINAL AND TRANSVERSE
HOLES, KEY WAYS, GROOVES, AND VARIOUS ORIENTED HOLLOW AREAS 5.9 MAGNETIC
FTUX CONTROL TECHNIQUES: ELECTROMAGNETIC SHIELDS, MAGNETIC SHUNTS, AND
MAGNETIC FLUX CONCENTRATORS (INTENSIFIERS) 5.10 HEAT TREATING COIL
FABRICATION, STORAGE, AND MAINTENANCE 5.11 BASICS OF METALLOGRAPHIC
SAMPLE PREPARATION AND MODERN EQUIPMENT FOR MICROSTRUCTURAL ANALYSIS 6
SPECIAL APPLICATION OF INDUCTION HEATING 409 6.1 JOINING APPLICATIONS
6.2 INDUCTION MELT-OUT (EOST-CORE TECHNOLOGY) 6.3 MOTOR ROTOR HEATING
6.4 DIE HEATING 7 INDUCTION MASS HEATING 447 7.1 APPLICATIONS, DESIGN
APPROACHES AND FUNDAMENTAL PRINCIPLES OF INDUCTION MASS HEATING PRIOR TO
METAL HOT WORKING 7.2 INLINE INDUCTION HEATING OF LONG CYLINDRICAL BARS
AND RODS 7.3 BILLET HEATING 7.4 BAR/BILLET/ROD END HEATING 7.5 SLUG
HEATING FOR SEMISOLID PROCESSING 7.6 INTRICACIES OF INDUCTION
WIRE/CABLE/ROPE HEATING 7.7 TUBE AND PIPE HEATING 7.8 SLAB, PLATE,
BLOOM, AND RECTANGULAR BAR HEATING 7.9 INLINE INDUCTION HEATING OF
STRIP, SHEET, PLATE, THIN SLAB, AND TRANSFER BAR 7.10 MATERIAL HANDLING
8 POWER SUPPLIES FOR MODERN INDUCTION HEATING 627 8.1 POWER-FREQUENCY
CONIBINATIONS 8.2 ELEMENTS OF POWER ELECTRONICS 8.3 TYPES OF INDUCTION
HEATING POWER SUPPLIES 8.4 LOAD-MATCHING 8.5 MEDIUM- AND HIGH-FREQUENCY
TRANSFORMERS FOR HEAT TREATING AND MASS HEATING 8.6 SPECIAL
CONSIDERATIONS FOR POWER SUPPLIES 8.7 SPECIAL CONSIDERATIONS FOR
INDUCTION BRAZING, SOLDERING, AND BONDING 8.8 SPECIAL CONSIDERATIONS FOR
INDUCTION HEATING POWER SUPPLIES IN MASS HEATING APPLICATIONS 8.9
SPECIAL CONSIDERATIONS FOR INDUCTION HEATING POWER SUPPLIES IN STRIP
PROCESSING APPLICATIONS CONTENTS 8.10 COMPARISON OF SOLID-STATE POWER
SUPPLIES AND VACUUM TUBE OSCTUATORS 8.11 THE IMPORTANCE OF HAVING A GOOD
POWER FACTOR 8.12 HARMONICS AND THEIR REDUCTION 8.13 POWER SUPPLY
COOLING 8.14 PROCESS CONTROL, MONITORING, AND QUALITY ASSURANCE
REFERENCES 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: RCQUIRED
INLET AND OUTLET QUENCH FLOW VS. PRESSURE APPENDIX F: DYNAMIC S OF
SINGLE-SHOT INDUCTION HEATING OF 40 MM (0.04 M) OD AXLE SHAFT APPENDIX
G: COOLING OF UNIFORAILY HEATED (13I5C/2400F) 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:
TEMPERATIIRE 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
|
| adam_txt |
HANDBOOK OF INDUCTION HEATING VALERY RUDNEV DON LOVELESS RAYMOND COOK
MICAH BLACK INDUCTOHEAT, INC. MADISON HEIGHTS, MICHIGAN, U.S.A. M K.
MARCEL DEKKER, INC. NEW YORK * BASEL DEKKIR CONTENTS PREFACE V
ACKNOWLEDGMENT VUE 1 INTRODUCTION 1 2 INDUSTRIAL APPLICATIONS OF
INDUCTION HEATING 11 2.1 HEAT TREATMENT BY INDUCTION 2.2 INDUCTION MASS
HEATING 2.3 SPECIAL APPLICATIONS OF INDUCTION HEATING 2.4 INDUCTION
MELTING 2.5 INDUCTION WELDING 2.6 CONCLUSION 3 THEORETICAL BACKGROUND 99
3.1 BASIC ELECTROMAGNETIC PHENOMENA IN INDUCTION HEATING 3.2 BASIC
THERMAL PHENOMENA IN INDUCTION HEATING 3.3 ESTIMATION OF THE REQUIRED
POWER AND DYNAMICS OF INDUCTION HEATING 3.4 ADVANCED INDUCTION
PRINCIPLES AND MATHEMATICAL MODELING 4 TEMPERATURE MEASUREMENT 185 4.1
COLOR INDICATORS 4.2 CONTACT-TYPE SENSORS (THERMOCOUPLES) 4.3 INFRARED
RADIATION THEORY AND NONCONTACT SENSORS (PYROMETERS) 5 HEAT TREATMENT BY
INDUCTION 219 5.1 MACHINE DESIGN FOR INDUCTION SURFACE AND THROUGH
HARDENMG 5.2 INDUCTION HEAT TREATMENT OF CRANK SHAFTS, CAM SHAFTS, AND
AXLE SHAFTS 5.3 RESIDUAL STRESSES AND CRACKING IN INDUCTION HEAT
TREATING 5.4 GEAR HARDENING 5.5 TEMPERING IX X CONTENTS 5.6 INDUCTION
HEAT TREATING OF POWDER METALS 5.7 ELECTROMAGNETIC END AND EDGE EFFECTS
IN INDUCTION HARDENING AND TEMPERING 5.8 LONGITUDINAL AND TRANSVERSE
HOLES, KEY WAYS, GROOVES, AND VARIOUS ORIENTED HOLLOW AREAS 5.9 MAGNETIC
FTUX CONTROL TECHNIQUES: ELECTROMAGNETIC SHIELDS, MAGNETIC SHUNTS, AND
MAGNETIC FLUX CONCENTRATORS (INTENSIFIERS) 5.10 HEAT TREATING COIL
FABRICATION, STORAGE, AND MAINTENANCE 5.11 BASICS OF METALLOGRAPHIC
SAMPLE PREPARATION AND MODERN EQUIPMENT FOR MICROSTRUCTURAL ANALYSIS 6
SPECIAL APPLICATION OF INDUCTION HEATING 409 6.1 JOINING APPLICATIONS
6.2 INDUCTION MELT-OUT (EOST-CORE TECHNOLOGY) 6.3 MOTOR ROTOR HEATING
6.4 DIE HEATING 7 INDUCTION MASS HEATING 447 7.1 APPLICATIONS, DESIGN
APPROACHES AND FUNDAMENTAL PRINCIPLES OF INDUCTION MASS HEATING PRIOR TO
METAL HOT WORKING 7.2 INLINE INDUCTION HEATING OF LONG CYLINDRICAL BARS
AND RODS 7.3 BILLET HEATING 7.4 BAR/BILLET/ROD END HEATING 7.5 SLUG
HEATING FOR SEMISOLID PROCESSING 7.6 INTRICACIES OF INDUCTION
WIRE/CABLE/ROPE HEATING 7.7 TUBE AND PIPE HEATING 7.8 SLAB, PLATE,
BLOOM, AND RECTANGULAR BAR HEATING 7.9 INLINE INDUCTION HEATING OF
STRIP, SHEET, PLATE, THIN SLAB, AND TRANSFER BAR 7.10 MATERIAL HANDLING
8 POWER SUPPLIES FOR MODERN INDUCTION HEATING 627 8.1 POWER-FREQUENCY
CONIBINATIONS 8.2 ELEMENTS OF POWER ELECTRONICS 8.3 TYPES OF INDUCTION
HEATING POWER SUPPLIES 8.4 LOAD-MATCHING 8.5 MEDIUM- AND HIGH-FREQUENCY
TRANSFORMERS FOR HEAT TREATING AND MASS HEATING 8.6 SPECIAL
CONSIDERATIONS FOR POWER SUPPLIES 8.7 SPECIAL CONSIDERATIONS FOR
INDUCTION BRAZING, SOLDERING, AND BONDING 8.8 SPECIAL CONSIDERATIONS FOR
INDUCTION HEATING POWER SUPPLIES IN MASS HEATING APPLICATIONS 8.9
SPECIAL CONSIDERATIONS FOR INDUCTION HEATING POWER SUPPLIES IN STRIP
PROCESSING APPLICATIONS CONTENTS 8.10 COMPARISON OF SOLID-STATE POWER
SUPPLIES AND VACUUM TUBE OSCTUATORS 8.11 THE IMPORTANCE OF HAVING A GOOD
POWER FACTOR 8.12 HARMONICS AND THEIR REDUCTION 8.13 POWER SUPPLY
COOLING 8.14 PROCESS CONTROL, MONITORING, AND QUALITY ASSURANCE
REFERENCES 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: RCQUIRED
INLET AND OUTLET QUENCH FLOW VS. PRESSURE APPENDIX F: DYNAMIC S OF
SINGLE-SHOT INDUCTION HEATING OF 40 MM (0.04 M) OD AXLE SHAFT APPENDIX
G: COOLING OF UNIFORAILY HEATED (13I5C/2400F) 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:
TEMPERATIIRE 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 |
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| spelling | Handbook of induction heating Valery Rudnev ... 3. printing New York, NY Dekker 2003 XI, 777 S. txt rdacontent n rdamedia nc rdacarrier Manufacturing engineering and materials processing 61 Furnaces Industrial applications Induction heating Induktive Erwärmung (DE-588)4161593-1 gnd rswk-swf Induktive Erwärmung (DE-588)4161593-1 s DE-604 Rudnev, Valery edt GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=016563851&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
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| subject_GND | (DE-588)4161593-1 |
| title | Handbook of induction heating |
| title_auth | Handbook of induction heating |
| title_exact_search | Handbook of induction heating |
| title_exact_search_txtP | Handbook of induction heating |
| title_full | Handbook of induction heating Valery Rudnev ... |
| title_fullStr | Handbook of induction heating Valery Rudnev ... |
| title_full_unstemmed | Handbook of induction heating Valery Rudnev ... |
| title_short | Handbook of induction heating |
| title_sort | handbook of induction heating |
| topic | Furnaces Industrial applications Induction heating Induktive Erwärmung (DE-588)4161593-1 gnd |
| topic_facet | Furnaces Industrial applications Induction heating Induktive Erwärmung |
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