Optimum Design of Rotary Non-Contact Electric Power Transmission Device for Ultrasonic Vibration Internal Grinding System

Zhen Yin; Hua Li; Yan Li; Ou Xie; Zheng Li

doi:10.4028/www.scientific.net/AMM.43.293

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Design of Universal Straw Cutting Mill
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A Numerical Approach for Harmonic Retrieval and its Application in Motor Vibration Fault Diagnosis
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Optimum Design of Rotary Non-Contact Electric Power Transmission Device for Ultrasonic Vibration Internal Grinding System
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Modeling and Simulation of Direct Torque Controlled PMSM for PHEV
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Experimental Study on Measurement Method of Flow Electrification
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Adaptive Decoupling Design of Constant Temperature and Humidity Control System Based on GPC and Multi-Model Control
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Research on the New Double-Wave-Bands Treatment System
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 43Optimum Design of Rotary Non-Contact Electric...

Optimum Design of Rotary Non-Contact Electric Power Transmission Device for Ultrasonic Vibration Internal Grinding System

Abstract:

Through theoretical analysis and simulation, a practical structural and design method of rotary non-contact electric power transmission (RNEPT) device for ultrasonic vibration internal grinding (UVG) system were proposed, experiments about the prototype of the RNEPT device for UVG system were studied, the feasibility of the optimum design methods was verified.