Electric machinery 6th edition by Fitzgerald,Charles Kingsley,Stephen Umans 0073660094 9780073660097

Chapter 1: Magnetic Circuits and Magnetic Materials 
1.1 Introduction to Magnetic Circuits 
1.2 Flux Linkage, Inductance, and Energy 
1.3 Properties of Magnetic Materials 
1.4 AC Excitation 
1.5 Permanent Magnets 
1.6 Application of Permanent Magnet Materials 
1.7 Summary 
1.8 Problems 
Chapter 2: Transformers 
2.1 Introduction to Transformers 
2.2 No-Load Conditions 
2.3 Effect of Secondary Current; Ideal Transformer 
2.4 Transformer Reactances and Equivalent Circuits 
2.5 Engineering Aspects of Transformer Analysis 
2.6 Autotransformers; Multiwinding Transformers 
2.7 Transformers in Three-Phase Circuits 
2.8 Voltage and Current Transformers 
2.9 The Per-Unit System 
2.10 Summary 
2.11 Problems 
Chapter 3: ElectromechanicalEnergy-Conversion Principles 
3.1 Forces and Torques in Magnetic Field Systems 
3.2 Energy Balance 
3.3 Energy in Singly-Excited Magnetic Field Systems 
3.4 Determination of Magnetic Force and Torque from Energy 
3.5 Determination of Magnetic Force and Torque from Coenergy 
3.6 Multiply-Excited Magnetic Field Systems
3.7 Forces and Torques in Systems with Permanent Magnets 
3.8 Dynamic Equations 
3.9 Analytical Techniques 
3.10 Summary 
3.11 Problems 
Chapter 4: Introduction to Rotating Machines 
4.1 Elementary Concepts 
4.2 Introduction to AC and DC Machines 
4.3 MMF of Distributed Windings 
4.4 Magnetic Fields in Rotating Machinery 
4.5 Rotating MMF Waves in AC Machines 
4.6 Generated Voltage 
4.7 Torque in Nonsalient-Pole Machines 
4.8 Linear Machines 
4.9 Magnetic Saturation 

4.10 Leakage Fluxes 
4.11 Summary 
4.12 Problems 
Chapter 5: Synchronous Machines 
5.1 Introduction to Polyphase Synchronous Machines 
5.2 Synchronous-Machine Inductances; Equivalent Circuits 
5.3 Open- and Short-Circuit Characteristics 
5.4 Steady-State Power-Angle Characteristics 
5.5 Steady-State Operating Characteristics 
5.6 Effects of Salient Poles; Introduction to Direct- and Quadrature-Axis Theory 
5.7 Power-Angle Characteristics of Salient-Pole Machines 
5.8 Permanent-Magnet AC Motors 
5.9 Summary 
5.10 Problems 
Chapter 6: Polyphase Induction Machines 
6.1 Introduction to Polyphase Induction Machines 
6.2 Currents and Fluxes in Polyphase Induction Machines 
6.3 Induction-Motor Equivalent Circuit 
6.4 Analysis of the Equivalent Circuit 
6.5 Torque and Power by Use of Thevenin’s Theorem 
6.6 Parameter Determination from No-Load and Blocked-Rotor Tests 
6.7 Effects of Rotor Resistance; Wound and Double-Squirrel-Cage Rotors 
6.8 Summary 
6.9 Problems 
Chapter 7: DC Machines 
7.1 Introduction 
7.2 Commutator Action 
7.3 Effect of Armature MMF 
7.4 Analytical Fundamentals: Electric-Circuit Aspects 
7.5 Analytical Fundamentals: Magnetic-Circuit Aspects 
7.6 Analysis of Steady-State Performance 
7.7 Permanent-Magnet DC Machines 
7.8 Commutation and Interpoles 
7.9 Compensating Windings 
7.10 Series Universal Motors 
7.11 Summary 
7.12 Problems 
Chapter 8: Variable-Reluctance Machines and Stepping Motors 
8.1 Basics of VRM Analysis 
8.2 Practical VRM Configurations 
8.3 Current Waveforms for Torque Production 
8.4 Nonlinear Analysis 
8.5 Stepping Motors 
8.6 Summary 
8.7 Problems 
Chapter 9 :Single- and Two-Phase Motors 
9.1 Single-Phase Induction Motors: Qualitative Examination 
9.2 Starting and Running Performance of SinglePhase Induction and Synchronous Motors
9.3 Revolving-Field Theory of Single-Phase Induction Motors 
9.4 Two-Phase Induction Motors 

9.5 Summary 
9.6 Problems 
Chapter 10: Introduction to Power Electronics 
10.1 Power Switches 
10.2 Rectification: Conversion of AC to DC 
10.3 Inversion: Conversion of DC to AC 
10.4 Summary 
10.5 Bibliography 
10.6 Problems 
Chapter 11 :Speed and Torque Control 
11.1 Control of DC Motors 
11.2 Control of Synchronous Motors 
11.3 Control of Induction Motors 
11.4 Control of Variable-Reluctance Motors 
11.5 Summary 
11.6 Bibliography 
11.7 Problems