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Electrical Machinery 7th Edition by Dr PS Bimbhra ISBN 9788174091734 8174091734

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Electrical Machinery 7th Edition Dr P S Bimbhra Digital Instant Download

Author(s): Dr P S Bimbhra
ISBN(s): 9788174091734, 8174091734
Edition: 7th
File Details: PDF, 64.85 MB
Language: english
SKU: EB-10602484 Category: Tag:

Electrical Machinery 7th Edition by Dr PS Bimbhra – Ebook PDF Instant Download/Delivery: 9788174091734 ,8174091734
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Product details:

ISBN 10: 8174091734
ISBN 13: 9788174091734
Author: Dr PS Bimbhra

This thoroughly revised and updated edition presents a rigorous and comprehensive treatment of transformers and more common types of rotating electrical machines types. Each chapters begins with rudimentary concepts and is so developed, that an average student can easily comprehend it.
Salient Features
In-depth coverage of transformers, d.c. Machines, 3-phase synchronous and induction machines.
Highlights that electrical machines operate on the same basic principles.
Devotes a chapter on electromechanical-energy-conversion principles and another on d.c./a.c. Machine windings.
Drive aspects and applications are discussed for each machine type.
Clearity of presentation is enhanced by illustrative figures and examples selected from questions-papers of important Universities, IAS, IES and GATE.
Includes numerous problems, conceptual questions and objective-type questions (with answers) to help the reader master the basic concepts.
This edition also includes: electrical machinery overview, energy efficiency and resent advances; 3-phase transformers; 3-phase induction generation; appendices on magnetic circuits, 3-phase circuits and short-answer type questions.
All these features contribute towards making this book and ideal text for undergraduate students of degree classes. Practising engineers, through self-study, will also find this volume useful to them.

Electrical Machinery 7th Edition Table of contents:

Part 1: Introduction to Electrical Machinery

  1. Introduction to Electrical Machines
    1.1. Basic Concepts and Definitions
    1.2. Classification of Electrical Machines
    1.3. Operating Principles of Electrical Machines
    1.4. Construction and Features of Electrical Machines
    1.5. Applications of Electrical Machines

  2. Magnetic Circuits and Electromagnetic Induction
    2.1. Magnetic Field and Flux
    2.2. Magnetic Circuits and Laws
    2.3. Electromagnetic Induction
    2.4. Faraday’s Laws of Induction
    2.5. Magnetic Materials

Part 2: Direct Current (DC) Machines

  1. DC Generators
    3.1. Construction of DC Generators
    3.2. Types of DC Generators
    3.3. Principle of Operation
    3.4. EMF Equation of DC Generators
    3.5. Characteristic Curves of DC Generators
    3.6. Applications of DC Generators

  2. DC Motors
    4.1. Construction of DC Motors
    4.2. Types of DC Motors
    4.3. Principle of Operation
    4.4. Back EMF and Torque in DC Motors
    4.5. Speed Control of DC Motors
    4.6. Efficiency and Performance of DC Motors
    4.7. Applications of DC Motors

  3. DC Motor Starting and Testing
    5.1. Starting Methods of DC Motors
    5.2. Test Methods for DC Motors
    5.3. Losses in DC Machines
    5.4. Efficiency of DC Machines

Part 3: Alternating Current (AC) Machines

  1. Introduction to AC Machines
    6.1. Principles of AC Machines
    6.2. Alternating Current Fundamentals
    6.3. Production of Rotating Magnetic Field
    6.4. Concept of Synchronous Speed
    6.5. Relation Between Power, Voltage, and Current in AC Machines

  2. Synchronous Generators
    7.1. Construction of Synchronous Generators
    7.2. Principle of Operation
    7.3. Synchronous Generator Characteristics
    7.4. EMF Equation of Synchronous Generators
    7.5. Applications of Synchronous Generators

  3. Synchronous Motors
    8.1. Construction of Synchronous Motors
    8.2. Principle of Operation
    8.3. V-Curves and Power Factor in Synchronous Motors
    8.4. Starting Methods for Synchronous Motors
    8.5. Applications of Synchronous Motors

  4. Induction Motors
    9.1. Construction of Induction Motors
    9.2. Principle of Operation
    9.3. Rotor Currents and Torque Production
    9.4. Slip and Efficiency of Induction Motors
    9.5. Types of Induction Motors

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Tags: Dr PS Bimbhra, Electrical Machinery