Taoyu Han
Papers
2
Total Citations
6
H-Index
2
About
Taoyu Han is a researcher specializing in the design and analysis of magnetic wheeled wall-climbing robots, particularly for applications on cylindrical tank surfaces. His work focuses on the critical challenge of maintaining stable adhesion and mobility on curved, ferromagnetic walls. Han’s major contributions include developing novel calculation methods for the wheel-wall gap—the distance between a robot’s magnetic wheels and the tank surface—and analyzing how this gap influences magnetic adsorption force. In his most-cited paper (2020, 4 citations), he solved the contact point positions for a four-wheel robot on a cylindrical tank, revealing that typically only three wheels maintain contact. His 2019 paper (2 citations) further advanced this by proposing a systematic method to compute the wheel-wall gap for both three- and four-wheel contact modes, directly improving the understanding of robot stability and adsorption performance. Though early in his career, Han’s precise, problem-driven research addresses a fundamental mechanical issue in climbing robotics, offering practical insights for inspection and maintenance tasks in industrial environments. His work lays essential groundwork for more reliable and efficient wall-climbing robot designs.
Research Focus
Key Achievements
Top Papers
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- 2