Vladimir L. Kodkin
Papers
3
Total Citations
20
H-Index
2
About
Vladimir L. Kodkin is a leading researcher in the field of electric drive systems, with a primary focus on the identification and performance optimization of asynchronous electric drives with frequency control. His work addresses a critical challenge in modern industrial automation: accurately assessing torque generation quality in induction motors without direct mechanical sensors. Kodkin’s major contribution lies in proposing the spectral analysis of rotor currents as a novel diagnostic method, using the fundamental harmonic as a precise “mapping” of motor slip. This approach, detailed in his most-cited paper (2019, 13 citations), offers a non-invasive way to evaluate drive dynamics. He further advanced the field by introducing nonlinear transfer functions and families of frequency characteristics (2018, 5 citations) to identify drive behavior under varying stator voltage frequencies. His research has direct implications for industrial robotics, where AC drives are essential for precision motion control. With a cumulative citation count of 20 across his key works, Kodkin’s innovative methods provide a practical framework for improving the reliability and efficiency of modern electric drives, making his contributions valuable for both researchers and engineers in automation and mechatronics.
Research Focus
Key Achievements
Top Papers
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