E-Book, Englisch, Band Volume 2, 369 Seiten, Web PDF
Hammond Electrical Machines & Drives
4. Auflage 2013
ISBN: 978-1-4832-9336-3
Verlag: Elsevier Science & Techn.
Format: PDF
Kopierschutz: 1 - PDF Watermark
E-Book, Englisch, Band Volume 2, 369 Seiten, Web PDF
Reihe: Applied Electricity and Electronics
ISBN: 978-1-4832-9336-3
Verlag: Elsevier Science & Techn.
Format: PDF
Kopierschutz: 1 - PDF Watermark
Containing approximately 200 problems (100 worked), the text covers a wide range of topics concerning electrical machines, placing particular emphasis upon electrical-machine drive applications. The theory is concisely reviewed and focuses on features common to all machine types. The problems are arranged in order of increasing levels of complexity and discussions of the solutions are included where appropriate to illustrate the engineering implications. This second edition includes an important new chapter on mathematical and computer simulation of machine systems and revised discussions of unbalanced operation, permanent-magnet machines and universal motors. New worked examples and tutorial problems have also been added.
Autoren/Hrsg.
Weitere Infos & Material
1;Front Cover;1
2;Electrical Machines and Drives: Worked Examples;4
3;Copyright Page;5
4;Table of Contents;12
5;Dedication;6
6;Editor's Preface;8
7;Author's Preface to the Second Edition;9
8;Author's Preface to the First Edition;10
9;List of Symbols;16
10;CHAPTER 1. INTRODUCTION AND REVIEW OF BASIC THEORY;20
10.1;1.1 Aim of the Book;20
10.2;1.2 Foundation Theory;22
10.3;1.3 Equivalent Circuits;35
10.4;1.4 Power-flow Diagram;39
11;CHAPTER 2. TRANSFORMERS;42
11.1;2.1 Solution of Equations;42
11.2;2.2 Symmetrical Components;57
12;CHAPTER 3. D.C. MACHINES;61
12.1;3.1 Revision of Equations;61
12.2;3.2 Solution of Equations;63
12.3;3.3 Per-unit Notation;76
12.4;3.4 Series Motors;84
12.5;3.5 Braking Circuits;96
12.6;3.6 Permanent-magnet Machines;100
13;CHAPTER 4. INDUCTION MACHINES;105
13.1;4.1 Revision of Equations;105
13.2;4.2 Solution of Equations;111
13.3;4.3 Constant-(primary) Current Operation: Improved Starting Performance;132
13.4;4.4 Unbalanced and Single-phase Operation;149
13.5;4.5 Speed Control by Slip-power Recovery;156
14;CHAPTER 5. SYNCHRONOUS MACHINES;162
14.1;5.1 Summary of Equations;163
14.2;5.2 Solution of Equations;167
14.3;5.3 Per-unit Notation;174
14.4;5.4 Electromechanical Problems;177
14.5;5.5 Constant-current Operation;191
14.6;5.6 Operating Charts;202
14.7;5.7 Multi-machine Problems;205
14.8;5.8 Salient-pole and Reluctance-type Machines, Synchronising Power;208
15;CHAPTER 6. TRANSIENT BEHAVIOUR;216
15.1;6.1 Transient Equations;217
16;CHAPTER 7. POWER-ELECTRONIC /ELECTRICAL MACHINE DRIVES;254
16.1;7.1 Chopper-controlled D.C. Machine;255
16.2;7.2 Thyristor Converter/D.C. Machine Drive;262
16.3;7.3 Power-electronic Control of A.C. Machines;267
16.4;7.4 Comparison of D.C, Induction and Synchronous Machine-drives with Power-electronic Control;276
17;CHAPTER 8. MATHEMATICAL AND COMPUTER SIMULATION OF MACHINE SYSTEMS;282
17.1;8.1 Organisation of step-by-step solutions;283
17.2;8.2 Simulations for polyphase A.C. Machines;286
17.3;8.3 Simulations for chopper-controlled D.C. Machines;301
17.4;8.4 Simulations for Thyristor Bridge/D.C Machine Systems;318
18;APPENDIX A: VOLTAGE/CURRENT/POWER RELATIONSHIPS FOR BRIDGE-RECTIFIER CIRCUITS;327
19;APPENDIX B: SUMMARY OF EQUATIONS FOR d-q SIMULATIONS;331
20;APPENDIX C: TUTORIAL EXAMPLES WITH ANSWERS;337
21;ANSWERS TO TUTORIAL EXAMPLES;361
22;REFERENCES;369
