Conduction and induction heating:
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
London
Peregrinus
1990
|
| Schriftenreihe: | Institution of Electrical Engineers: IEE power engineering series
11 |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XXIII, 391 S. Ill., graph. Darst. |
| ISBN: | 0863411746 |
Internformat
MARC
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| 100 | 1 | |a Davies, E. J. |e Verfasser |4 aut | |
| 245 | 1 | 0 | |a Conduction and induction heating |c E. J. Davies |
| 264 | 1 | |a London |b Peregrinus |c 1990 | |
| 300 | |a XXIII, 391 S. |b Ill., graph. Darst. | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
| 490 | 1 | |a Institution of Electrical Engineers: IEE power engineering series |v 11 | |
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Datensatz im Suchindex
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| adam_text | CONDUCTION AND INDUCTION HEATING E. J. DAVIES PETER PEREGRINUS LTD. ON
BEHALF OF THE INSTITUTION OF ELECTRICAL ENGINEERS CONTENTS PAGE FOREWORD
XY PREFACE XVI AEKNOWLCDGMENTS XVIII LIST OF SYMBOLS XXI PART I DIRECT
RESISTANCE HEATING 1 FUNDAMENTAL* 3 1.1 INTRODUCTION 3 1.2 SIMPLE
ELECTRICA! EQUATIONS 4 1.3 SIMPLE ELECTROTHERMAL EQUATIONS 5 1.4
PRACTICAL MODIFICATIONS 8 1.5 CONTACTS 12 2 ALTERNATING CURRENTS IN
CONDUCTORS: THE SEMI-INFLNITE SLAB 13 2.1 THE PROBLEM 13 2.2 CURRENT
FLOW IN A SEMI-INFINITE SLAB 14 2.2.1 SKINDEPTH 17 2.2.2 CURRENT 18
2.2.3 POWER LOSS PER UNIT SURFACE AREA 19 2.2.4 EFFECTIVE RESISTANCE 19
2.2.5 ELECTRIC FIELD INTENSITY 20 2.2.6 SURFACE MAGNETIC FIELD INTENSITY
21 2.2.7 TOTAL FLUX 21 2.3 PHYSICAL INTERPRETATION 22 3 ALTERNATING
CURRENTS IN CONDUCTORS: WIDE RECTANGULAR SLAB 23 3.1 INTRODUCTION 23 3.2
CURRENT-DENSITY DISTRIBUTION 24 3.3 TOTAL CURRENT 26 3.4 POWER DENSITY
26 3.4.1 REAL AND REACTIVE POWER DENSITY USING EI 27 VIII CONTENTS 3.5
3.6 3.7 3.4.2 POWER IN CIRCUIT TERMS 3.4.3 POWER UNDER AC AND DC
CONDITIONS 3.4.4 POWER FACTOR 3.4.5 LIMITS OF SIZE: STRIP LOSS
APPROXIMATIONS 3,5.1 RESISTANCE 3.5.2 POWER DENSITY FLUX-DENSITY
DISTRIBUTION DEPTH OF PENETRATION ALTERNATING CURRENTS IN CONDUCTORS:
CIRCULAR CROSS-SECRION 4.1 4.2 4.3 4.4 4,5 SOLID CONDUETOR 4.1,1
SOLUTIONS OF THE BESSCL EQUATION 4.1.2 FUNCTIONS BER, BEI, KER, KEI
4.1.3 POLAR FORMS CURRENT-DENSITY DISTRIBUTION AND TOTAL CURRCNT IN A
SOLID CONDUETOR 4.2.1 PHASE ANGLE AND POWER FACTOR POWER 4.3.1 REAL
POWER 4.3.2 REACTIVC POWER 4.3.3 POWER FACTOR, USING P Z AND Q T CIRCUIT
QUANTITIES LOSS APPROXIMATIONS 4.5.1 RESISTANCE 4.5.2 RESISTANCE AT HIGH
FREQUENCIES 4.5.3 POWER HOLLOW CONDUCTORS: TUBES 5.1 5.2 5,3 5.4 5.5 5.6
5.7 5.8 INTRODUCTION EQUATIONS FOR TUBES CURRENT-DENSITY DISTRIBUTION
LOSS DENSITY TOTAL CURRENT POWER CIRCUIT QUANTITIES 5.7.1 POWER FACTOR
EXAMPLE CALCULATION: POWER LOSS CONSTANTS AND IMPEDANCE RATIOS FOR TUBE
WIRE AND STRIP HEATING 6.1 6.2 6,3 6.4 INTRODUCTION CONSTANT P AND (CFI
VARIABLE P AND (CY) 6.3.1 GENERAL 6.3.2 ANALYTICAL SOLUTION PRACTICAL
CONDITIONS 29 31 31 31 31 31 32 33 34 35 35 37 37 39 41 43 44 44 46 46
47 48 48 49 49 51 51 51 52 55 55 56 58 61 61 64 64 64 67 67 67 71
CONTENTS IX PART II INDUCTION HEATING 7 BASIC INDUCTION HEATING 75 7.1
INTRODUCTION 75 7.2 THE SEMI-INFINITE SLAB 76 7.3 DUALITY OF DRH AND
INDUCTION HEATING 77 7.4 DEPTH OF PENCTRATION 78 7.5 FLUX DENSITY,
CURRENT DENSITY AND ELECTRIC FIETD 78 7.6 TOTAL CURRENT GO 7.7 LOSS 80
7.8 TOTAL FLUX AND POWER FACTOR 82 7.9 POWER, USING THE POYNTING THEOREM
83 8 INDUCTION HEATING OF THIN SLABS 85 8.1 INTRODUCTION 85 8.2 MAGNCTIC
FIELD DISTRIBUTION 86 8.3 CURRENT-DENSITY DISTRIBUTION 87 8.4 FLUX
DISTRIBUTION 88 8.5 POWER G9 8.6 POWER FACTOR 91 8.7 DUALITY 91 9
INDUCTIOU HEATING OF CYLINDERS 93 93 94 95 96 99 101 102 10 INDUCTION
HEATING OF TUBES 103 10.1 RELATIONSHIP BETWEEN THE CONSTANTS A AND B IN
THE FIELD DISTRI- BUTION 103 10.2 MAGNETIC FIELD DISTRIBUTION 104 10.3
CURRENT-DENSITY DISTRIBUTION 105 10.4 LOSS-DENSITY DISTRIBUTION HO 10.5
POWER 112 10.5.1 TUBE POWER LOSS CONSTANT 115 10.5.2 TUBE REACTIVE POWER
LOSS CONSTANT 117 11 INDUCTION HEATING OF HOLLOW CYLINDER FROM INSIDE
118 11.1 MAGNETIC FIELD DISTRIBUTION 118 11.2 CURRENT-DENSITY
DISTRIBUTION 119 11.3 POWER LOSS 120 11.4 POWER FACTOR 121 9.1 9.2 9.3
9.4 9.5 9.6 9.7 BASIC PRINCIPLES MAGNCTIC FIELD DISTRIBUTION FLUX
DISTRIBUTION CURRENT-DENSITY DISTRIBUTION POWER POWER FACTOR DUALITY X
CONTENTS 12 EFFECTS OF CHANGING PERMEABILITY AND RESISTIVITY 123 12.1
INTRODUCTION 123 12.2 SCMI-INFINITE SLAB 123 12.2.1 CHANGE JX:
CONDUCTION. SCMI-INFINITE SLAB 123 12.2.2 CHANGE P.: INDUCTION,
SEMI-INFINITE SLAB 124 12.2.3 CHANGE P: CONDUCTION, SCMI-INFINITE SLAB
125 12.2.4 CHANGE P: INDUCTION, SEMI-INFINITE SLAB 125 12.3 THIN SLABS
AND CYLINDERS 125 12.3.1 CHANGE )T: CONDUCTION. THIN SLABS AND CYLINDERS
127 12.3.2 CHANGE P: CONDUCTION, THIN SLABS AND CYLINDERS 127 12.3.3
CHANGE P: INDUCTION, THIN SLABS AND CYLINDERS 127 12.3.4 CHANGE P:
INDUCTION, THIN SLABS AND CYLINDERS 127 12.4 COMBINED RESISTIVITY AND
PERMEABILITY CHANGES 127 12.4.1 CHANGE P AND P.: CONDUCTION,
SCMI-INFINITE SLAB 127 12.4.2 CHANGE P AND /C CONDUCTION, THIN SLAB 127
12.4.3 CHANGE P AND P.: CONDUCTION, CYLINDER 128 12.4.4 CHANGE P AND P:
INDUCTION 128 13 NON-LINEAR THEORY 130 14 PROXIMITY HEATING 133 14.1
SCANNING HEATING 135 PART III HEAT TRANSFER FOR ELECTROHEAT 15 BASIC
HEAT TRANSFER 139 15.1 INTRODUCTION 139 15.2 HEAT STORAGC: RCLATIONSHIP
BCTWEEN POWER, MEAN TEMPERALURE AND TIME 140 15.3 TEMPERATURE
DISTRIBUTION DURING HEATING 142 15.3.1 QUALITATIVE TREATMENT 142 15.3.2
MATHEMATICAL TREATMENT 143 15.3.3 GENERALISED VALUES IN TERMS OF
SURFACE-CENTRE TEMPERATURE DIFFERENCE 145 15.3.4 SURFACE TEMPERALURE 147
15.4 IDENLILY OF SLAB SOLUTIONS 151 16 -SOAKING CONDITIONS 152 16.1
INTRODUCTION 152 16.1.1 VALUC OF FINAL TEMPERALURE 0 M 152 16.1.2
SOLUTIONS FOR TEMPERATURE DISTRIBUTION 153 16.2 SOAKING OF SLAB
PREVIOUSLY HEALED FROM ONE SIDE 153 16.3 SOAKING OF SLAB PREVIOUSLY
HCATCD FROM BOTH SIDES 156 16.4 SOAKING OF CYLINDERS 156 17 RADIATION
159 17.1 TIME TO HEAT A BILLCT, INCLUDING RADIALION 159 17.2 TIME LO
HEAT A SLAB, INCLUDING RADIATION 160 CONTENTS XI 17.3 MEAN RADIATED
POWER OVER A TCMPCRATURC INTERVAL 161 17.4 COOLING BY RADIATION 162 18
EFFECT OF CURRENT DEPTH AND RADIATION 164 18.1 GENERAT HEAT-FLOW
EQUATION 164 18.2 LOSS DENSITY 165 18.3 RECTANGULAR SLAB: CONDUETION AND
INDUCTION HEATING !66 18.4 CYLINDRICAL BILLETS: CONDUETION AND INDUCTION
HEATING 172 18.4.1 INDUCTION 174 18.4.2 CONDUETION 176 18.5 EFFECT OF
RADIATION 178 19 HEAT TRANSFER DURING SURFACE HARDENING 180 19.1 SLAB
SUBJECTED TO SUDDEN INCREASE IN SURFACC TCMPCRATURC 180 19.2 SLAB
SUBJCCTCD TO A TCMPCRATURC 0(T) VARYING WILH LIME 182 19.3 SLAB
SUBJECTED TO A CONSTANT POWER-DENSITY 183 19.4 SLAB SUBJCCTCD TO A
SURFACC POWCR-DENSITY -:^ S (0 VARYING WILH TIMC 185 19.5 SLAB ALLOWED
TO SOAK 185 20 WATER COOLING IN CONDUETORS 186 20.1 GENERAL 186 20.2
TEMPERATURE DIFTERENCE 190 20.3 WATCR QUANTITY 190 20.4 ARRANGEMENT OF
COOUENG PATHS 191 20.5 PRESSURE DROPS 192 20.6 NON-CIRCULAR PIPES AND
DUETS 194 21 KILLET WITH INITIAL TEMPERATURE DISTRIBUTION 195 PART IV
PRACTICA! HEATING 22 THROUGH-HEATING BY INDUCTION 201 22.1 INTRODUCTION
TO APPLICATIONS OF THROUGH-HEATING 201 22.1.1 COMPARISON WITH
FOSSIL-FUEL-FIRCD HEATING FURNAEES 202 22.1.2 INDUCTION-HEATING
CONFIGURATIONS 203 22.2 TEMPERATURE EFFECTS 204 22.2.1 SPECIFIC HEAT 204
22.2.2 RESISTIVITY 207 22.3 HEAT RADIATION AND CONVECTION 209 22.4
TCMPCRATURC DISTRIBUTION IN INDUCTION THROUGH-HEATING 211 22.5 EFFECTS
OF CURRENT DEPTH AND RADIATED HEAT 213 22.6 TEMPERATURE DISTRIBUTIONS IN
A HEATING CYCLE 213 22.7 SELECTION OF FRCQUCNCICS FOR INDUCTION HEATING
217 22.8 COIL DESIGN FOR GIVEN APPLICATIONS 219 22.8.1 COIL DESIGN FOR
ALUMINIUM BILLET HEATER 219 22.8.2 COIL DESIGN FOR FERROMAGNETIC BILLETS
223 22.8.3 SEMI-EMPIRICAL APPROXIMATIONS 227 XII CONTENTS 22.9
EQUIVALENT CIRCUIT COIL-DESIGN METHOD 229 22.9.1 COUE DESAEGN FOR
FERROMAGNETIC BILLET: EQUIVALENT CIRCUIT METHOD 234 22.10 MECHANICAL
EONSLRUCTION OF COILS 237 22.11 SLAB REHEATING 240 22.12 TRAVELLING-WAVE
INDUCTION HEATING 242 22.12.1 ADVANTAGES OF TRAVELLING-WAVE INDUCTION
HEATING 244 22.12.2 COMPARISON OF TRAVELLING-WAVE INDUCTION HEATING WITH
THE ROSS COIL 244 22.12.3 IMPLEMENTATION OF TRAVELLING-WAVE HEATERS 245
22.13 MULTI-LAYER COILS 246 22.14 TAPCRCD HEATING FOR EXTRUSION 246
22.15 SCALE-MODEL ANALOGUE METHODS 247 22.16 HEATING OF POWDERED-METAI
PREFORMS FOR SINTERING 248 23 SURFACE HEATING BY INDUCTION 249 23.1
METALLURGICAL PRINCIPLES OF HEAT TREATMENT 251 23.1.1 TYPICAL
INDUETION-HARDENING STEELS 253 23.2 QUCNCHCS AND QUENCHING 257 23.3
SCLECTION OF FREQUENCY FOR INDUCTION HEAT-TREATMENT 261 23.4 TEMPERATURE
DISTRIBUTION IN INDUCTION SURFACE-HARDENING 267 23.4.1 CONSTANT SURFACE
TEMPERATURE 267 23.4.2 CONSTANT POWER INPUT 268 23.5 APPLICATION
SPEEIFICATIONS FOR COIL DESIGN 269 23.6 MECHANICAL CONSTRUETION OF COILS
272 24 OTHER APPLICATIONS OF INDUCTION HEATING 275 24.1 SOLDERING AND
BRAZING 275 24.1.1 BASIC JOINING TECHNIQUES 275 24.1.2 CHOICE OF
FREQUENCY 276 24.1.3 DESIGN CALCULATIONS 277 24.2 TUBE WCLDING 289
24.2.1 WORK COIL 290 24.2.2 IMPEDER 292 24.2.3 STRIP 294 24.2.4 SCAM
GUIDE 294 24.2.5 SQUEEZC ROLLS 295 24.3 HEATING OF RESIN KETTLES AND
OTHER VESSELS 296 24.4 PAINT DRYING 298 24.5 INDUCTION HEATING IN
PLASLIC WORKING 299 24.6 ANNEALING AND STRESS RELIEVING 300 24.6.1
TEMPERING 301 24.6.2 ANNEALING 301 24.6.3 STRESS RELIEVING 302 24.7
LONGITUDINAL FLUX INDUCTION HEATING 302 24.8 TRANSVERSE-FLUX HEATING 303
24.9 SEMICONDUCTOR PROECSSING 305 24.10 MISEELLANEOUS USES OF INDUCTION
HEATING 308 24.11 TRAVELLING-WAVE HEATERS 309 CONTENTS XIII 25 INDUCTION
MELTING 3]1 25.1 PRINCIPLES OF INDUCTION MELTING 311 25.1.1 CORELESS
INDUCTION FURNACES 312 25.1.2 CHANNEL INDUCTION FURNACES 315 25.2 THE
CORELESS INDUCTION FURNACC 317 25.2.1 REFRACTORY LININGS 317 25.2.2
WINDINGS 319 25.2.3 FLUX GUIDES 320 25.2.4 FRAME 321 25.2.5 ELECTRICA!
EONNECTIONS 321 25.2.6 CHOICE OF FREQUENCY 322 25.2.7 SIZES OF FURNACE
323 25.3 THE CHANNEL FURNACE 324 25.3.1 THE MAIN VESSEL 324 25.3.2 THE
INDUETOR 325 25.3.3 LOADING AND POURING 326 25.3.4 CHOICE OF SIZE 327
25.4 COTNPARISON OF CORELESS AND CHANNEL FURNACES 327 25.4.1 COMBINATION
METHODS 328 25.5 SPECIAL FEATURES IN MELTING FURNACES 329 25.5.1
FURNACES USING SEPARATE CRUCIBLES 329 25.5.2 VACUUM FURNACES 331 25.5.3
ROLLOVER FURNACES 333 26 DIRECT RESISTANCE HEATING 335 26.1 INTRODUCTION
335 26.2 AC VERSUS DC FOR DRH 336 26.2.1 UNRECLIFIED AC 336 26.2.2
RECTIFICD AC 337 26.2.3 COMPARISON: SINGLE PHASC 338 26.2.4 POLYPHASE AC
339 26.3 VALUE OF JI IN DRH 340 26.4 CONTACTS 340 26.4.1 CONTACT
MATERIALS 340 26.4.2 LIQUID METAL CONTACTS 341 26.5 PRACTICAL
APPLICATIONS; CASC STUDIES 341 26.5.1 SPRING WINDING 341 26.5.2 WARM
CROPPING 342 26.5.3 HEATING FOR FORGING 343 APPENDIX A.L RESISTIVITY,
SPECIFIC HEAT AND THERMAL CONDUETIVITY AS FUNCTIONS OF TEMPERATURE 345
APPENDIX A.2 RCLATIONS FOR TANH (1 + )0 351 APPENDIX A.3 BESSEL
FUNCTIONS AND VALUCS OF M 0 , A/,, N 0 AND N, FOR X*JL 353 XIV CONTENTS
APPENDIX A.4 CAKULATIONS FOR CURVCS OF P MBE AND / U , H E 363 APPENDIX
A.5 SOLUTION OF F W(MR)DR 379 381 REFERENCES I - 385 INDEX
|
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| id | DE-604.BV005621617 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T16:32:24Z |
| institution | BVB |
| isbn | 0863411746 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-003518915 |
| oclc_num | 300307250 |
| open_access_boolean | |
| owner | DE-91 DE-BY-TUM DE-703 |
| owner_facet | DE-91 DE-BY-TUM DE-703 |
| physical | XXIII, 391 S. Ill., graph. Darst. |
| publishDate | 1990 |
| publishDateSearch | 1990 |
| publishDateSort | 1990 |
| publisher | Peregrinus |
| record_format | marc |
| series | Institution of Electrical Engineers: IEE power engineering series |
| series2 | Institution of Electrical Engineers: IEE power engineering series |
| spelling | Davies, E. J. Verfasser aut Conduction and induction heating E. J. Davies London Peregrinus 1990 XXIII, 391 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Institution of Electrical Engineers: IEE power engineering series 11 Thermique Induktive Erwärmung (DE-588)4161593-1 gnd rswk-swf Induktive Erwärmung (DE-588)4161593-1 s DE-604 Institution of Electrical Engineers: IEE power engineering series 11 (DE-604)BV001896459 11 GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=003518915&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Davies, E. J. Conduction and induction heating Institution of Electrical Engineers: IEE power engineering series Thermique Induktive Erwärmung (DE-588)4161593-1 gnd |
| subject_GND | (DE-588)4161593-1 |
| title | Conduction and induction heating |
| title_auth | Conduction and induction heating |
| title_exact_search | Conduction and induction heating |
| title_full | Conduction and induction heating E. J. Davies |
| title_fullStr | Conduction and induction heating E. J. Davies |
| title_full_unstemmed | Conduction and induction heating E. J. Davies |
| title_short | Conduction and induction heating |
| title_sort | conduction and induction heating |
| topic | Thermique Induktive Erwärmung (DE-588)4161593-1 gnd |
| topic_facet | Thermique Induktive Erwärmung |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=003518915&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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