(Ebook PDF) Electric Motors and Drives 5th Edition by Austin Hughes, Bill Drury 0128189258 9780128189252 full chapters
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Authors:Austin Hughes; Bill Drury , Series:Electrical Engineering [225] , Tags:Mechanical , Author sort:Hughes, Austin & Drury, Bill , Languages:Languages:eng , Published:Published:Nov 2019 , Publisher:Newnes , Comments:Comments:Electric Motors and Drives: Fundamentals, Types and Applications, Fifth Edition is intended primarily for non-specialist users or students of electric motors and drives, but many researchers and specialist industrialists have also acknowledged its value in providing a clear understanding of the fundamentals. It bridges the gap between specialist textbooks (too analytical for the average user) and handbooks (full of detail but with little insight) providing an understanding of how each motor and drive system works. The fifth edition has been completely revised, updated and expanded. All of the most important types of motor and drive are covered, including d.c., induction, synchronous (including synchronous reluctance and salient Permanent Magnet), switched reluctance, and stepping. There has been significant innovation in this area since the fourth edition, particularly in the automotive, aircraft and industrial sectors, with novel motor topologies emerging, including hybrid designs that combine permanent magnet and reluctance effects. We now include a physical basis for understanding and quantifying torque production in these machines, and this leads to simple pictures that illuminate the control conditions required to optimise torque. The key converter topologies have been brought together, and the treatment of inverter switching strategies expanded. A new chapter is devoted to the treatment of Field Oriented control, reflecting its increasing importance for all a.c. motor drives. A unique physically-based approach is adopted which builds naturally on the understanding of motor behaviour developed earlier in the book: the largely non-mathematical treatment dispels much of the mystique surrounding what is often regarded as a difficult topic. Helps users acquire knowledge and understanding of the capabilities and limitations of motors and drives without struggling through unnecessary math and theory Presents updated material on the latest and most widely-used motors and drives, including brushless servo motors Includes additional diagrams and worked examples throughout this updated edition Includes a physical basis for the understanding and quantifying torque production.
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ISBN-10 : 0128189258
ISBN-13 : 9780128189252
Author : Austin Hughes, Bill Drury
Electric Motors and Drives: Fundamentals, Types and Applications, Fifth Edition is intended primarily for non-specialist users or students of electric motors and drives, but many researchers and specialist industrialists have also acknowledged its value in providing a clear understanding of the fundamentals. It bridges the gap between specialist textbooks (too analytical for the average user) and handbooks (full of detail but with little insight) providing an understanding of how each motor and drive system works.
Electric Motors and Drives 5th Table of contents:
Chapter 1: Electric motors—The basics
Abstract
1.1 Introduction
1.2 Producing rotation
1.3 Magnetic circuits
1.4 Torque production
1.5 Torque and motor volume
1.6 Energy conversion—Motional e.m.f
1.7 Equivalent circuit
1.8 Constant voltage operation
1.9 General properties of electric motors
1.10 Review questions
Chapter 2: Power electronic converters for motor drives
Abstract
2.1 Introduction
2.2 Voltage control—D.C. output from d.c. supply
2.3 D.C. from a.c.—Controlled rectification
2.4 A.C. from d.c.—Inversion
2.5 A.C. from a.c.
2.6 Inverter switching devices
2.7 Converter waveforms, acoustic noise, and cooling
2.8 Review questions
Chapter 3: D.C. motors
Abstract
3.1 Introduction
3.2 Torque production
3.3 Motional e.m.f.
3.4 D.C. motor—steady-state characteristics
3.5 Transient behaviour
3.6 Four quadrant operation and regenerative braking
3.7 Shunt and series motors
3.8 Self-excited d.c. machine
3.9 Toy motors
3.10 Review questions
Chapter 4: D.C. motor drives
Abstract
4.1 Introduction
4.2 Thyristor d.c. drives—general
4.3 Control arrangements for d.c. drives
4.4 Chopper-fed d.c. motor drives
4.5 D.C. servo drives
4.6 Digitally-controlled drives
4.7 Review questions
Chapter 5: Induction motors—Rotating field, slip and torque
Abstract
5.1 Introduction
5.2 The rotating magnetic field
5.3 Torque production
5.4 Influence of rotor current on flux
5.5 Stator current-speed characteristics
5.6 Review questions
Chapter 6: Induction motor—Operation from 50/60 Hz supply
Abstract
6.1 Introduction
6.2 Methods of starting cage motors
6.3 Run-up and stable operating regions
6.4 Torque-speed curves—Influence of rotor parameters
6.5 Influence of supply voltage on torque-speed curve
6.6 Generating
6.7 Braking
6.8 Speed control (without varying the stator supply frequency)
6.9 Power-factor control and energy optimisation
6.10 Single-phase induction motors
6.11 Power range
6.12 Review questions
Chapter 7: Variable frequency operation of induction motors
Abstract
7.1 Introduction
7.2 Variable frequency operation
7.3 Practical aspects of inverter-fed drives
7.4 Effect of inverter on the induction motor
7.5 Utility supply effects
7.6 Inverter and motor protection
7.7 Review questions
Chapter 8: Field oriented control of induction motors
Abstract
8.1 Introduction
8.2 Essential preliminaries
8.3 Circuit modelling of the induction motor
8.4 Steady-state torque under current-fed conditions
8.5 Dynamic torque control
8.6 Implementation of field-oriented control
8.7 Direct torque control
8.8 Review questions
Chapter 9: Synchronous, permanent magnet and reluctance motors and drives
Abstract
9.1 Introduction
9.2 Synchronous motor types
9.3 Torque production
9.4 Utility-fed synchronous motors
9.5 Variable frequency operation of synchronous motors
9.6 Synchronous motor drives
9.7 Performance of permanent magnet motors
9.8 Emerging developments in permanent magnet motors
9.9 Review questions
Chapter 10: Stepping and switched reluctance motors
Abstract
10.1 Introduction
10.2 Stepping motors
10.3 Principle of motor operation
10.4 Motor characteristics
10.5 Steady-state characteristics—Ideal (constant-current) drive
10.6 Drive circuits and pull-out torque–speed curves
10.7 Transient performance
10.8 Switched reluctance motor drives
10.9 Review questions
Chapter 11: Motor/drive selection
Abstract
11.1 Introduction
11.2 Power ratings and capabilities
11.3 Drive characteristics
11.4 Load requirements—torque-speed characteristics
11.5 General application considerations
11.6 Review questions
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