An analysis of the induction motor. Part 1: Steady-speed operation

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An analysis of the induction motor. Part 1: Steady-speed operation

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A new analysis of the induction motor is presented. The machine equations are re-expressed as integral equations, which are solved to yield analytical expressions for the stator and rotor currents and the motor torque. Experimental and theoretical results are compared for both slip-ring and squirrel-cage machines.

Inspec keywords: machine theory; integral equations; torque; induction motors; squirrel cage motors; rotors; stators

Other keywords: induction motor; squirrel-cage machines; slip ring machines; stator and rotor currents; machine equations; analysis; steady speed operation; motor torque; integral equations

Subjects: Integral equations (numerical analysis); Asynchronous machines

References

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      • H.L. Garbarino , E.T.B. Gross . The Goerges phenomenon-induction motors with unbalanced rotor impedances. AIEE Trans. , 1569 - 1575
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      • Hart, K.: 1977, Ph.D. thesis, The Victoria University of Manchester.
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      • A.P. Russell , I.E.D. Pickup . An analysis of the induction motor. Part 2 – Damping and synchronising torque production. IEE Proc. B, Electr. PowerAppl. , 5 , 238 - 242
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      • T.H. Barton , B.C. Doxey . The operation of three-phase induction motors with unsymmetrical impedance in the secondary circuit. Proc. IEE , 71 - 79
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Correspondence
This article has following corresponding article(s):
An analysis of the induction motor. Part 2: Damping and synchronising torque production