Induction heating handbook:
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| Main Authors: | , |
|---|---|
| Format: | Book |
| Language: | Undetermined |
| Published: |
London
McGraw-Hill
1979 circa
|
| Online Access: | Inhaltsverzeichnis |
| Physical Description: | XII, 426 S. Ill., graph. Darst. |
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MARC
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| 100 | 1 | |a Davies, Evan J. |e Verfasser |4 aut | |
| 245 | 1 | 0 | |a Induction heating handbook |c Evan J. Davies ; Peter Simpson* |
| 264 | 1 | |a London |b McGraw-Hill |c 1979 circa | |
| 300 | |a XII, 426 S. |b Ill., graph. Darst. | ||
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| 700 | 1 | |a Simpson, Peter |e Verfasser |4 aut | |
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Record in the Search Index
| _version_ | 1804116469615689728 |
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| adam_text | INDUCTION HEATING HANDBOOK JOHN DAVIES UNIVERSITY OF ASTON IN BIRMINGHAM
PETER SIMPSON MINISTRY OF DEFENCE MCGRAW-HILL BOOK COMPANY (UK) LIMITED
LONDON * NEW YORK * ST LOUIS * SAN FRANCISCO * AUCKLAND BOGOTA *
GUATEMALA * HAMBURG * JOHANNESBURG * LISBON * MADRID MEXICO * MONTREAL *
NEW DELHI * PANAMA * PARIS * SAN JUAN SAEO PAULO * SINGAPORE * SYDNEY *
TOKYO * TORONTO CONTENTS PREFACE XI CHAPTER 1 INTRODUCTION TO INDUCTION
HEATING 1 1.1 THE BACKGROUND TO INDUCTION HEATING 1 1.2
INDUCTION-HEATING PRINCIPLES 2 1.3 APPLICATIONS 5 1.4 POWER SYSTEMS 5
1.5 ECONOMICS, SAFETY, AND ENVIRONMENT 8 CHAPTER 2 THROUGH-HEATING BY
INDUCTION 10 2.1 INTRODUCTION TO APPLICATIONS OF THROUGH-HEATING 10 2.2
TEMPERATURE EFFECTS 17 2.3 HEAT RADIATION AND CONVECTION 24 2.4
TEMPERATURE DISTRIBUTION IN INDUCTION THROUGH-HEATING 26 2.5 EFFECTS OF
CURRENT DEPTH AND RADIATED HEAT 27 2.6 TEMPERATURE DISTRIBUTIONS IN A
HEATING CYCLE 28 2.7 SELECTION OF FREQUENCIES FOR INDUCTION
THROUGH-HEATING 30 2.8 APPLICATION SPECIFICATIONS FOR COIL DESIGN 33 2.9
EQUIVALENT CIRCUIT COIL-DESIGN METHOD 43 2.10 APPROXIMATE COIL-DESIGN
METHOD 49 2.11 MECHANICAL CONSTRUCTION OF COILS 55 2.12 SLAB REHEATING
58 2.13 TRAVELLING-WAVE INDUCTION HEATING 59 2.14 MULTI-LAYER COILS 63
2.15 TAPERED HEATING FOR EXTRUSION 64 2.16 SCALE-MODEL ANALOGUE METHODS
65 CHAPTER 3 SURFACE HEATING BY INDUCTION 67 3.1 METALLURGICAL
PRINCIPLES OF HEAT TREATMENT 71 3.2 QUENCHES AND QUENCHING . 77 3.3
SELECTION OF FREQUENCY IN INDUCTION HEAT TREATMENT 81 3.4 TEMPERATURE
DISTRIBUTION IN INDUCTION SURFACE HARDENING 87 3.5 APPLICATION
SPECIFICATIONS FOR COIL DESIGN 89 3.6 MECHANICAL CONSTRUCTION OF COILS
91 VII CHAPTER 4 OTHER APPLICATIONS OF INDUCTION HEATING 96 4.1
SOLDERING AND BRAZING 96 4.2 TUBE WELDING 109 4.3 HEATING OF RESIN
KETTLES AND OTHER VESSELS 118 4.4 PAINTDRYING 120 4.5 INDUCTION HEATING
IN PLASTIC WORKING 121 4.6 ANNEALMG AND STRESS RELIEVING 122 4.7
LONGITUDINAL FLUX INDUCTION HEATING 124 4.8 TRANSVERSE FLUX HEATING 124
4.9 SEMICONDUCTOR PROCESSING 126 4.10 MISCELLANEOUS USES OF INDUCTION
HEATING 131 CHAPTER 5 INDUCTION MELTING 135 5.1 PRINCIPLES OF INDUCTION
MEITERS 135 5.2 THE CORELESS INDUCTION FURNACE 142 5.3 THE CHANNEL
FURNACE 148 5.4 COMPARISONOF CORELESS AND CHANNEL FURNACES 152 5.5
SPECIAL FEATURES IN MELTING FURNACES 155 CHAPTER 6 SUPPLY-FREQUENCY
HEATING SYSTEMS 163 6.1 ADVANTAGES AND LIMITATIONS 163 6.2 LOAD MATCHING
165 6.3 CONTROL AND SWITCHGEAR 168 6.4 SOLID-STATE POWER REGULATORS 172
6.5 MEASUREMENTS AT SUPPLY FREQUENCIES 173 0.0 WORKHANDLING EQUIPMENT
174 6.7 MELTING FURNACE SYSTEM 177 6.8 FREQUENCY MULTIPLIERS 178 6.9
DUAL-FREQUENCY SYSTEMS 180 CHAPTER? MEDIUM-FREQUENCY MOTOR^MATOR SYSTEMS
181 /-L INTRODUCTION 181 7.2 PRINCIPLES OFTHEMEDIUM^REQUENCYGENERATOR
181 7.3 MECHAN.CAL FEATURES OFINDUCTOR-ALTERNATORS 187 7.4 ELECTNCAL
BEHAVIOUR OF THE GENERATOR 190 7.5 LOAD MATCHING AND TUNING 194 7.6
CONTROL SYSTEMS 198 7.7 AUTOMATIC VOLTAGE REGULATORS 200 CHAPTER 8
MEDIUM-FREQUENCY SOLID-STATE SYSTEMS 202 I T R T ^ V * * * * * ^
SOLID-STATE STATIC CON- 8 2 A R S S * F M E D L U M F R ^*Y
INDUCTION-HEATING 8.3 REQUIREMENTS OF THE STATIC INVERTER 203 8.4
SIBCON-CONTROLLEDRECTIFIERCHARACTERISTICS 204 ».: TSASIC INVERTER
SYSTEMS 205 8.6 SWEPT-FREQUENCY SYSTEMS 207 8.7 LOAD-RESONANT SYSTEM 210
VM 8.8 COMPARATIVE EFFICIENCIES AND IMPEDANCE CHARACTERISTICS 212 8.9
CONTROL AND PROTECTION 214 8.10 CONSTRUCTION AND LAYOUT 216 8.11 CAPITAL
AND RUNNING COSTS 218 8.12 COMPARISON BETWEEN INVERTERS AND
MOTOR-ALTERNATORS 219 CHAPTER9 RADIO-FREQUENCY SYSTEMS 221 9.1 THE BASIS
OF THE RADIO-FREQUENCY GENERATOR 221 9.2 INDUSTRIAL RF HEATING
OSCIILATOR VALVES 229 9.3 THE IDEAL INDUSTRIAL VALVE CHARACTERISTICS 230
9.4 CONSTRUCTION OF INDUSTRIAL TRIODE VALVES 231 9.5
MAGNETICALLY-FOCUSED TRIODE 235 9.6 CLASS C OSCIILATOR DESIGN 237 9.7
ANODE HT POWER SUPPLIES 245 9.8 CONTROL CIRCUITS 248 9.9 POWER CONTROL
SYSTEMS 249 9.10 LOAD-MATCHING OUTPUT CIRCUITS 254 9.11 RADIO-FREQUENCY
METERING 260 9.12 GENERATOR RELIABILITY 261 CHAPTER 10 ANCILLARY
EQUIPMENT 263 10.1 MEASUREMENT TECHNLQUES 263 10.2 SUPPLY-FREQUENCY
MEASUREMENTS 263 10.3 MEDIUM-FREQUENCY MEASUREMENTS 263 10.4
RADIO-FREQUENCY MEASUREMENTS 266 10.5 INTEGRATED MEASUREMENT AND CONTROL
268 10.6 TEMPERATURE MEASUREMENTS 270 10.7 MISCELLANEOUS MEASUREMENTS
272 10.8 TEMPERATURE CONTROL SYSTEMS 273 10.9 POWER CONTROL AND
REGULATION 275 10.10 CABLES AND BUSBARS 275 10.11 WORKHANDIING EQUIPMENT
280 CHAPTER 11 ECONOMICS 292 11.1 ECONOMICS AND THERMAL EFFICIENCIES OF
POWER SOURCES 292 11.2 COST ANALYSIS IN HARDENING AND WELDING 296 11.3
HEATING FOR FORGING COMPARISONS 298 11.4 COSTS OF MELTING FURNACES 304
11.5 MISCELLANEOUS ECONOMIC FACTORS 306 CHAPTER 12 THEORY OF INDUCTION
HEATING 307 12.1 INTRODUCTION 307 12.2 SKIN EFFECT FOR SEMI-INFINITE
SIAB 307 12.3 POWER AND FLUX FOR SEMI-INFINITE SLAB 314 12.4 POWER AND
FLUX INDUCED IN A WIDE RECTANGULAR SLAB 318 12.5 POWER AND FLUX IN A
SOLID CYLINDER 322 12.6 POWER INDUCED IN A HOLLOW CYLINDER 329 12.7
NON-LINEAR THEORY 335 12.8 PROXIMITY HEATING 337 IX CHAPTER 13 HEAT
TRANSFER 341 13.1 INTRODUCTION 341 13.2 REIATIONSHIP BETWEEN POWER M MN
T» M G FE^SF- 8 341 J.J.7 RECTANGUIAR SLAB 351 13.8 RADIATION 352 13.9
HEAT TRANSFER DURINE SURFACP H ^ * 11 1FT FTAU» ** . . . G »URIACE
NARDEMNG 356 CHAPKRU SAFELYAND ENVIRONMENT CONDITIO 373 SIBILITIES 374
EMPLOYEES RESPON- U4 F^ RNAFTIONAJ SAF TY REGULATIONS 375 14.4 IEC
SAFETY RECOMMENDATIONS 375 14.5 ENVIRONMENT AND TERMINOLOGY 377 APPENDIX
1 EIECTROHEATING TERMINOLOGY 379 ALI C ^ O N OF ELECTROHEAT E.UIPMENT
ACCORDING TO FREIEN- AI.2 TERMINOLOGY 379 APPENDIX 2 W ^ D B - ^ I N A A
B 383 A2 2 F^ BTHEATE ^ FROM ONE SIDE ONLY 383 A2-4 SOA K IN
GOFSIABPREVIOUS]YHEATEDFROMBOTHSIDES ^ A ^ I ^ ^ ^ ^ ^ ^ 394 A3.2 POWER
PLANT-QUAHTYOFENGINEERING 394 A3.3 CHCCEOF POWER PLANT FOR INDUCT.ON
FURNACE 397 A3 - 4 PRXS&Z^ -ZRZ- - APPENDIX 4 UNIT CONVERSION TABLES 407
APPENDIX 5 RE-STIVITY, SPECIFIC HEAT, AND THERMAL CONH , - TEMPERATURE
410 !U DERMAL CONDUCTIVITY AS FUNCTIONS OF REFERENCES 412 APPENDIX 3
A3.5 A3.6 INDEX 419
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| any_adam_object | 1 |
| author | Davies, Evan J. Simpson, Peter |
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| author_sort | Davies, Evan J. |
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| id | DE-604.BV002020372 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T15:39:00Z |
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| language | Undetermined |
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| physical | XII, 426 S. Ill., graph. Darst. |
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| publishDate | 1979 |
| publishDateSearch | 1979 |
| publishDateSort | 1979 |
| publisher | McGraw-Hill |
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| spelling | Davies, Evan J. Verfasser aut Induction heating handbook Evan J. Davies ; Peter Simpson* London McGraw-Hill 1979 circa XII, 426 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Simpson, Peter Verfasser aut GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=001319699&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Davies, Evan J. Simpson, Peter Induction heating handbook |
| title | Induction heating handbook |
| title_auth | Induction heating handbook |
| title_exact_search | Induction heating handbook |
| title_full | Induction heating handbook Evan J. Davies ; Peter Simpson* |
| title_fullStr | Induction heating handbook Evan J. Davies ; Peter Simpson* |
| title_full_unstemmed | Induction heating handbook Evan J. Davies ; Peter Simpson* |
| title_short | Induction heating handbook |
| title_sort | induction heating handbook |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=001319699&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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