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Analysis of Electric Machinery and Drive Systems

ISBN-10: 111802429X
ISBN-13: 9781118024294
Edition: 3rd 2013
List price: $83.50 Buy it from $75.26 Rent it from $45.45
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Description: The reference frame theory that was detailed in critically acclaimed first edition of Analysis of Electric Machinery and Drive Systems has become the universally accepted approach for the analysis of both electric machines and electric drive  More...

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Book details

List price: $83.50
Edition: 3rd
Copyright year: 2013
Publisher: John Wiley & Sons, Limited
Publication date: 8/13/2013
Binding: Hardcover
Pages: 680
Size: 6.25" wide x 9.50" long x 1.75" tall
Weight: 2.464
Language: English

The reference frame theory that was detailed in critically acclaimed first edition of Analysis of Electric Machinery and Drive Systems has become the universally accepted approach for the analysis of both electric machines and electric drive systems. This thoroughly updated third edition features numerous changes in the early chapters that make the derivation of many of the equations more direct and understandable. The authors have developed several new models and model structures for electric machines that improve the accuracy and computational efficiency of coupled machine/power electronic circuit models.

Preface
Theory of Electromechanical Energy Conversion
Introduction
Magnetically Coupled Circuits
Electromechanical Energy Conversion
Elementary ac Machines
Reference
Problems
Distributed Windings in Ac Machinery
Introduction
Describing Distributed Windings
Winding Functions
Air-Gap Magnetomotive Force
Rotating MMF
Flux Linkage and Inductance
Resistance
Voltage and Flux Linkage Equations for Distributed Winding Machines
Reference
Problems
Reference-Frame Theory
Introduction
Background
Equations of Transformation: Change of Variables
Stationary Circuit Variables Transformed to the Arbitrary Reference Frame
Commonly Used Reference Frames
Transformation of a Balanced Set
Balanced Steady-State Phasor Relationships
Balanced Steady-State Voltage Equations
Variables Observed from Several Frames of Reference
Transformation Between Reference Frames
Specialty Transformations
Space-Phasor Notation
References
Problems
Permanent-Magnet AC Machines
Introduction
Voltage and Torque Equations in Machine Variables
Voltage and Torque Equations in Rotor Reference-Frame Variables
Analysis of Steady-State Operation
Brushless dc Motor
Phase Shifting of Applied Voltages of a Permanent-Magnet ac Machine
Control of Stator Currents
References
Problems
Synchronous Machines
Introduction
Voltage Equations in Machine Variables
Torque Equation in Machine Variables
Stator Voltage Equations in Arbitrary Reference-Frame Variables
Voltage Equations in Rotor Reference-Frame Variables
Torque Equations in Substitute Variables
Rotor Angle and Angle Between Rotors
Per Unit System
Analysis of Steady-State Operation
Stator Currents Positive Out of Machine: Synchronous Generator Operation
Computer Simulation
References
Problems
Symmetrical Induction Machines
Introduction
Voltage Equations in Machine Variables
Torque Equation in Machine Variables
Equations of Transformation for Rotor Circuits
Voltage Equations in Arbitrary Reference-Frame Variables
Torque Equation in Arbitrary Reference-Frame Variables
Commonly Used Reference Frames
Per Unit System
Analysis of Steady-State Operation
Free Acceleration Characteristics
Free Acceleration Characteristics Viewed from Various Reference Frames
Dynamic Performance During Sudden Changes in Load Torque
Dynamic Performance During a Three-Phase Fault at the Machine Terminals
Computer Simulation in the Arbitrary Reference Frame
References
Problems
Machine Equations in Operational Impedances and Time Constants
Introduction
Park's Equations in Operational Form
Operational Impedances and G(p) for a Synchronous Machine with Four Rotor Windings
Standard Synchronous Machine Reactances
Standard Synchronous Machine Time Constants
Derived Synchronous Machine Time Constants
Parameters from Short-Circuit Characteristics
Parameters from Frequency-Response Characteristics
References
Problems
Alternative Forms of Machine Equations
Introduction
Machine Equations to Be Linearized
Linearization of Machine Equations
Small-Displacement Stability: Eigenvalues
Eigenvalues of Typical Induction Machines
Eigenvalues of Typical Synchronous Machines
Neglecting Electric Transients of Stator Voltage Equations
Induction Machine Performance Predicted with Stator Electric Transients Neglected
Synchronous Machine Performance Predicted with Stator Electric Transients Neglected
Detailed Voltage Behind Reactance Model
Reduced Order Voltage Behind Reactance Model
References
Problems
Unbalanced Operation and Single-Phase Induction Machines
Introduction
Symmetrical Component Theory
Symmetrical Component Analysis of Induction Machines
Unbalanced Stator Conditions of Induction Machines: Reference-Frame Analysis
Typical Unbalanced Stator Conditions of Induction Machines
Unbalanced Rotor Conditions of Induction Machines
Unbalanced Rotor Resistors
Single-Phase Induction Machines
Asynchronous and Unbalanced Operation of Synchronous Machines
References
Problems
DC Machines and Drives
Introduction
Elementary dc Machine
Voltage and Torque Equations
Basic Types of dc Machines
Time-Domain Block Diagrams and State Equations
Solid-State Converters for dc Drive Systems
One-Quadrant dc/dc Converter Drive
Two-Quadrant dc/dc Converter Drive
Four-Quadrant dc/dc Converter Drive
Machine Control with Voltage-Controlled dc/dc Converter
Machine Control with Current-Controlled dc/dc Converter
References
Problems
Semi-Controlled Bridge Converters
Introduction
Single-Phase Load Commutated Converter
Three-Phase Load Commutated Converter
Conclusions and Extensions
References
Problems
Fully Controlled Three-Phase Bridge Converters
Introduction
The Three-Phase Bridge Converter
Six-Step Operation
Six-Step Modulation
Sine-Triangle Modulation
Extended Sine-Triangle Modulation
Space-Vector Modulation
Hysteresis Modulation
Delta Modulation
Open-Loop Voltage and Current Regulation
Closed-Loop Voltage and Current Regulation
References
Problems
Induction Motor Drives
Introduction
Volts-per-Hertz Control
Constant Slip Current Control
Field-Oriented Control
Direct Field-Oriented Control
Robust Direct Field-Oriented Control
Indirect Rotor Field-Oriented Control
Direct Torque Control
Slip Energy Recovery Drives
Conclusions
References
Problems
Permanent-Magnet Ac Motor Drives
Introduction
Voltage-Source Inverter Drives
Equivalence of Voltage-Source Inverters to an Idealized Source
Average-Value Analysis of Voltage-Source Inverter Drives
Steady-State Performance of Voltage-Source Inverter Drives
Transient and Dynamic Performance of Voltage-Source Inverter Drives
Case Study: Voltage-Source Inverter-Based Speed Control
Current-Regulated Inverter Drives
Voltage Limitations of Current-Regulated Inverter Drives
Current Command Synthesis
Average-Value Modeling of Current-Regulated Inverter Drives
Case Study: Current-Regulated Inverter-Based Speed Controller
References
Problems
Introduction to the Design of Electric Machinery
Introduction
Machine Geometry
Stator Windings
Material Parameters
Stator Currents and Control Philosophy
Radial Field Analysis
Lumped Parameters
Ferromagnetic Field Analysis
Formulation of Design Problem
Case Study
Extensions
Acknowledgments
References
Problems
Trigonometric Relations, Constants and Conversion Factors, and Abbreviations
Basic Trigonometric Relations
Three-Phase Trigonometric Relations
Constants and Conversion Factors
Abbreviations
Carter's Coefficient
Leakage Inductance
References
Index

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