Electric Drives Concepts and Applications 2nd edition by Vedam Subrahmanyam ISBN 0070701997 978-0070701991

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ISBN 10: 0070701997 
ISBN 13: 978-0070701991
Author: Vedam Subrahmanyam 

“Electric Drives: Concepts and Applications” (2nd Edition) by Vedam Subrahmanyam is a comprehensive textbook focused on the theory, principles, and practical applications of electric drives. The second edition of this book, published by McGraw-Hill, provides an in-depth understanding of how electric drives work and their essential role in industrial, automotive, and household applications.

Electric Drives Concepts and Applications 2nd Table of contents:

1. Characteristics of Electric Motors
1.1 Introduction 
1.2 Characteristics of DC Motors 
1.3 Characteristics of a Three-phase Induction Motor 
1.4 Characteristics of Synchronous Motors 

1.5 Braking of Electric Motors 
1.6 Starting of Electric Motors 

2. Dynamics of Electric Drives
2.1 Introduction
2.2 Classification of Electric Drives 
2.3 Basic Elements of an Electric Drive 

2.4 Dynamic Conditions of a Drive System 

2.5 Stability Considerations of Electrical Drives 

3. Converters for Feeding Electric Motors
3.1 A General Survey of Converters for Feeding Electric Motors 
3.2 Phase Controlled Line Commutated Converters 

3.3 DC Choppers 210
3.4 Inverters 
3.5 Cycloconverters 
3.6 AC Voltage Controller

4. Control of Electric Motors
4.1 Induction Motor Drives 
4.2 Synchronous Motor Drives 343 4.3 DC Drives 
4.4 Permanent Magnet Synchronous Motor 
4.5 Classification of Permanent Magnet Synchronous Motors

4.6 Cycloconverter-fed Synchronous Motor 
Worked Examples 429 Problems 
Multiple-Choice Questions 458 References 

5. Rating and Heating of Motors
5.1 Requirements of a Drive Motor 
5.2 Power Losses and Heating of Electric Motors 

5.3 Heating and Cooling of an Electric Motor 

5.4 Classes of Duty and Selection of Motor

6. Control Techniques for Electrical Drives
6.1 Introduction 
6.2 Basic Features of an Electric Drive 
6.3 Block Diagram Representation of Drive Systems 

6.4 Signal Flow Graph Representation of the Systems –

6.5 Transfer Functions 
6.6 Transient Response of Closed Loop Drive Systems

6.7 Frequency Response Approach 
6.8 Stability of Controlled Drives 

6.9 Compensation and the Use of Controllers to Improve the Performance 

7. Drives for Specific Applications
7.1 Drive Considerations for Textile Mills 

7.2 Steel Rolling Mills 609
7.3 Cranes and Hoist Drives 
7.4 Cement Mills 
7.5 Sugar Mills 629 7.6 Machine Tools 

7.7 Paper Mills 
7.8 Coal Mines
7.9 Centrifugal Pumps
7.10 Turbocompressors 
7.11 Summary of Thyristorised AC and DC Drives

8. Microprocessors and Control of Electrical Drives
8.1 Introduction 
8.2 Dedicated Hardware Systems versus
Microprocessor Control 
8.3 Application Areas and Functions of Microprocessors in Drive Technology 
8.4 Control of Electric Drives Using Microprocessors 8.5 Some Aspects of Control System Design
of Microprocessor Based Variable Speed Drives 69 8.6 Stepper Motors 

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