Worked Examples in Electrical Machines and Drives
Applied Electricity and Electronics
Published on 22. October 2013
300 pages
978-1-4831-3645-5 (ISBN)
Description
Worked Examples in Electrical Machines and Drives discusses methods in predicting and explaining electromechanical performance of several devices. The book is comprised of seven chapters that sequence the examples at increasing levels of difficulty. Chapter 1 provides an introduction and reviews the basic theories. The second chapter covers transformers, and the third chapter tackles d.c. machines. Chapter 4 is concerned with induction machines, while Chapter 5 deals with synchronous machines. Chapter 6 covers transient behavior, and Chapter 7 talks about power-electronic/electrical machine drives. The book will be of great use to students and instructors of schools concerned with electronic devices such as in electrical engineering, and can help enrich their lectures and practical classes.
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John Hindmarsh
Worked Examples in Electrical Machines and Drives
Book
08/1981
Elsevier
€11.77
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Content
Editor's PrefaceAuthor's PrefaceList of SymbolsChapter 1 Introduction and Review of Basic Theory 1.1 Aim of the Book 1.2 Foundation Theory 1.3 Equivalent Circuits 1.4 Power-Flow DiagramChapter 2 Transformers 2.1 Solution of EquationsChapter 3 D.C. Machines 3.1 Revision of Equations 3.2 Solution of Equations 3.3 Per-Unit Notation 3.4 Series Motors 3.5 Braking CircuitsChapter 4 Induction Machines 4.1 Revision of Equations 4.2 Solution of Equations 4.3 Constant-(Primary) Current Operation: Improved Starting Performance 4.4 Single-Phase Operation 4.5 Speed Control by Slip-Power RecoveryChapter 5 Synchronous Machines 5.1 Summary of Equations 5.2 Solution of Equations 5.3 Per-Unit Notation 5.4 Electromechanical Problems 5.5 Constant-Current Operation 5.6 Operating Charts 5.7 Multi-Machine Problems 5.8 Salient-Pole and Reluctance-Type Machines, Synchronizing PowerChapter 6 Transient Behavior 6.1 Transient EquationsChapter 7 Power-Electronic/Electrical Machine Drives 7.1 Chopper-Controlled D.C. Machine 7.2 Thyristor-Converter/D.C. Machine Drive 7.3 Power-Electronic Control of A.C. Machines 7.4 Comparison of D.C, Induction and Synchronous Machine-Drives with Power-Electronic Control 7.5 Mathematical and Computer Simulation of Machine SystemsAppendix Tutorial Examples with AnswersReferences
