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Mode of Stator and Rotor of Rotating Machine based on Coupling Control of Electric Motor

Zhiyuan Zhang

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Abstract

The rotating machine based on coupling control of electric motor has been analyzed. The analysis of vibration mode is an important process during the optimizing design of vertical motor. The calculation and analysis of motor vibration mode have been presented by use of ANSYS software. And the oscillating frequencies and modes of stator and rotor have been obtained. Simulation results show that it is helpful to the vibration test and optimization of the stator and rotor.

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What this paper is about

The rotating machine based on coupling control of electric motor has been analyzed. The analysis of vibration mode is an important process during the optimizing design of vertical motor. The calculation and analysis of motor vibration mode have been presented by use of ANSYS software. And the oscillating frequencies and modes of stator and rotor have been obtained. Simulation results show that it is helpful to the vibration test and optimization of the stator and rotor.

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Available abstract

The rotating machine based on coupling control of electric motor has been analyzed. The analysis of vibration mode is an important process during the optimizing design of vertical motor. The calculation and analysis of motor vibration mode have been presented by use of ANSYS software. And the oscillating frequencies and modes of stator and rotor have been obtained. Simulation results show that it is helpful to the vibration test and optimization of the stator and rotor.

Key concepts: Stator, Rotor (electric), Vibration, Engineering, Coupling (piping), Mode (computer interface), Electric motor, Wound rotor motor

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Mode of Stator and Rotor of Rotating Machine based on Coupling Control of Electric Motor — Research Paper | ScholarLens