Electrical Machines

Price: 650.00 INR

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ISBN:

9780199472635

Publication date:

28/06/2017

Paperback

905 pages

241.0x159.0mm

Price: 650.00 INR

We sell our titles through other companies
Disclaimer :You will be redirected to a third party website.The sole responsibility of supplies, condition of the product, availability of stock, date of delivery, mode of payment will be as promised by the said third party only. Prices and specifications may vary from the OUP India site.

ISBN:

9780199472635

Publication date:

28/06/2017

Paperback

905 pages

241.0x159.0mm

Electrical Machines is designed for the students of electrical and allied engineering programs to explain the principle, construction, and working mechanism of various AC and DC Machines.

Suitable for: students of electrical and allied engineering programs

Rights:  World Rights

Description

Electrical Machines is designed for the students of electrical and allied engineering programs to explain the principle, construction, and working mechanism of various AC and DC Machines.

The book begins with introductory chapters on electromechanical conversion theory, which forms the underlying principle of machines. It then discusses the principles, working, operating characteristics, and control of various DC machines, followed by detailed chapters on Transformers and AC Machines. The last chapter of the book is devoted to the principles and working of certain special machines such as BLDC, Universal Motor, and Hysteresis Motor.

Table of contents

  1. Magnets and Magnetism
  2. Basic Concepts of Electrical Machines
  3. Theory, Construction, and Operation of DC Machines
  4. Operating Characteristics and Applications of DC Machines
  5. Control, Performance, and Testing of DC Machines
  6. Single-phase Transformers
  7. Three-phase Transformers
  8. Theory, Construction, and Operation of Three-phase Induction Motors
  9. Analysis and Performance of Three-phase Induction Motors
  10. Starting, Speed Control, and Braking of Three-phase Induction Motors
  11. Construction, Principle, and Operation of Synchronous Generators
  12. Parallel Operation and Stability of Alternators
  13. Synchronous Motors
  14. Single-phase Induction Motors
  15. Special Machines

Features

  • Presents detailed chapters on theory, analysis, performance, and control aspects of various machines
  • Pedagogy includes around 314 solved examples, 303 short and long answer questions, 159 multiple choice questions, and 137 numerical problems
  • Includes examples illustrated through MATLAB simulation as well
  • Presents photographs of real machines and associated schematics
  • Includes a chapter on Special Machines


ONLINE RESOURCE

For Faculty
  • Chapter-wise PPTs
  • Solutions Manual

For Students
  • MCQ Test Generator
  • Additional MATLAB codes
  • Additional Reading Material

Description

Electrical Machines is designed for the students of electrical and allied engineering programs to explain the principle, construction, and working mechanism of various AC and DC Machines.

The book begins with introductory chapters on electromechanical conversion theory, which forms the underlying principle of machines. It then discusses the principles, working, operating characteristics, and control of various DC machines, followed by detailed chapters on Transformers and AC Machines. The last chapter of the book is devoted to the principles and working of certain special machines such as BLDC, Universal Motor, and Hysteresis Motor.

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Table of contents

  1. Magnets and Magnetism
  2. Basic Concepts of Electrical Machines
  3. Theory, Construction, and Operation of DC Machines
  4. Operating Characteristics and Applications of DC Machines
  5. Control, Performance, and Testing of DC Machines
  6. Single-phase Transformers
  7. Three-phase Transformers
  8. Theory, Construction, and Operation of Three-phase Induction Motors
  9. Analysis and Performance of Three-phase Induction Motors
  10. Starting, Speed Control, and Braking of Three-phase Induction Motors
  11. Construction, Principle, and Operation of Synchronous Generators
  12. Parallel Operation and Stability of Alternators
  13. Synchronous Motors
  14. Single-phase Induction Motors
  15. Special Machines

Read More