Papers
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2
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About
E Yikun is a researcher whose work centers on the electromechanical dynamics and fault diagnosis of precision transmission systems, with a particular focus on rotate vector (RV) reducers. Their major contribution lies in developing advanced dynamic models that couple mechanical and electrical domains, enabling the use of motor current signals for non-invasive fault detection. This approach offers a practical, sensor-efficient method for monitoring industrial robots and high-precision machinery, reducing reliance on costly vibration sensors. Their most-cited paper, "Electromechanical coupling dynamic modeling and motor current analysis for fault diagnosis of rotate vector reducers" (2026), has already garnered 2 citations, signaling early recognition in the field. By bridging theoretical modeling with real-world diagnostic applications, Yikun’s work addresses critical challenges in predictive maintenance and reliability engineering. Their research is particularly notable for its potential to enhance the safety and efficiency of automated systems, making it a valuable resource for students and engineers exploring condition monitoring and smart manufacturing.
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