Lin Feng
Papers
2
Total Citations
4
H-Index
2
About
Lin Feng is an engineer and researcher whose work spans robotics, automation, and electrical systems engineering. With contributions to both mechanical robotics design and high-voltage maintenance automation, Feng's research addresses practical challenges in industrial and power infrastructure settings. A notable recent contribution is the 2023 study introducing an improved charge simulation method for overhaul robots performing energized maintenance on disconnect switches — a technically demanding area where accurate electric field strength calculations are critical for safe and effective substation equipment servicing. This work advances fault diagnosis capabilities in live electrical environments, addressing shortcomings in traditional maintenance approaches. Feng's earlier work, published in 2016, examined error modeling and verification for three-degrees-of-freedom parallel mechanical legs on hexapod drilling robots, contributing foundational knowledge to the precision mechanics of multi-legged robotic systems. Together, these publications — each accumulating citations within their respective technical communities — reflect a research trajectory that bridges mechanical systems engineering with intelligent automation, with meaningful implications for industrial safety, robotic precision, and the modernization of power infrastructure maintenance.
Research Focus
Key Achievements
Top Papers
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