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Journal of the A.I.E.E., 1930
Magnetic noise in induction motors is caused by the vibration of magnetic parts produced by the varying forces associated with the changing flux density in the adjacent air parts of the magnetic circuit. Torsional vibration of the motor is caused by unbalanced windings or applied voltages.
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Magnetic noise in induction motors is caused by the vibration of magnetic parts produced by the varying forces associated with the changing flux density in the adjacent air parts of the magnetic circuit. Torsional vibration of the motor is caused by unbalanced windings or applied voltages.
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Single-Stage PV Array Fed Speed Sensorless Vector Control of Induction Motor Drive for Water Pumping
IEEE transactions on industry applications, 2018This paper deals with a single-stage solar powered speed sensorless vector controlled induction motor drive for water pumping system, which is superior to conventional motor drive. The speed is estimated through the estimated stator flux.
Saurabh Shukla, Bhim Singh
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FORCED OSCILLATIONS OF INDUCTION MOTOR
IFAC Proceedings Volumes, 1983Abstract The general mathematical model of asynchronous machines is represented by means of a non linear either 5-th or 6-th order system of differential equations, according to the shaft elasticity is either taken into account or not. These models are sometimes linearized to study particular phaenomena, as for example forced oscillations due to ...
I. Marongiu, ROTONDALE, Nicola
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IEEE transactions on industrial electronics (1982. Print), 2018
To incorporate the merits of simple and robust movers of induction linear motors and higher power factor and high efficiency of permanent magnet linear motors, a new long primary double-sided linear flux-switching permanent magnet (DSLFSPM) motor is ...
R. Cao, Yi Jin, Minghang Lu, Zheng Zhang
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To incorporate the merits of simple and robust movers of induction linear motors and higher power factor and high efficiency of permanent magnet linear motors, a new long primary double-sided linear flux-switching permanent magnet (DSLFSPM) motor is ...
R. Cao, Yi Jin, Minghang Lu, Zheng Zhang
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Induction Motor Control Design
2010Nonlinear and Adaptive Control Design for Induction Motors is a unified exposition of the most important steps and concerns in the design of estimation and control algorithms for induction motors. A single notation and modern nonlinear control terminology is used to make the book accessible to readers who are not experts in electric motors at the same ...
MARINO, RICCARDO +2 more
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IEEE Industry Applications Magazine, 2010
Good motor performance depends on the electrical and mechanical design, as well as on motor operating conditions. Sound mechanical design reduces the vibration levels and extends the life of the machine. Over the years, the demand continues to grow for motors with greater reliability.
Rajendra Mistry +2 more
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Good motor performance depends on the electrical and mechanical design, as well as on motor operating conditions. Sound mechanical design reduces the vibration levels and extends the life of the machine. Over the years, the demand continues to grow for motors with greater reliability.
Rajendra Mistry +2 more
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Proceedings of the IEE Part A: Power Engineering, 1957
The magnetic field of a linear motor is evenly distributed over the airgap between the primary and secondary members by providing a ladderlike grid structure of conductors at each side, by interleaving the laminations with conductive stampings near the sides, by strips of conductive material on or near the surface of the stator, or by chamfering the ...
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The magnetic field of a linear motor is evenly distributed over the airgap between the primary and secondary members by providing a ladderlike grid structure of conductors at each side, by interleaving the laminations with conductive stampings near the sides, by strips of conductive material on or near the surface of the stator, or by chamfering the ...
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A New Quick-Response and High-Efficiency Control Strategy of an Induction Motor
IEEE transactions on industry applications, 1986I. Takahashi, T. Noguchi
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2015
With more than 85% of electrical motors, induction motors (IMs) dominate the market for electrical motors and consume more than 60% of total industrial electricity across the globe [1]. Their extensive use is a result of their strong low-cost design along with their reliability and cheap maintenance.
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With more than 85% of electrical motors, induction motors (IMs) dominate the market for electrical motors and consume more than 60% of total industrial electricity across the globe [1]. Their extensive use is a result of their strong low-cost design along with their reliability and cheap maintenance.
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Troubleshooting induction motors
Conference Record of the 2000 IEEE Industry Applications Conference. Thirty-Fifth IAS Annual Meeting and World Conference on Industrial Applications of Electrical Energy (Cat. No.00CH37129), 2002The keys to successful motor operation include a total understanding of the application, then choosing the proper type of motor for the application. This must then be followed by the proper installation-mounting, coupling, and a total understanding of the motor surroundings or environment.
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