Eunsang Kwon

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About

Eunsang Kwon is a robotics researcher whose work focuses on the design and modeling of magnetic adhesion systems for mobile robots, particularly those operating on ferromagnetic surfaces. His key contributions center on developing analytical models to predict the attractive magnetic force generated by magnetic wheels, enabling engineers to size permanent magnets and design wheel geometries without relying on computationally intensive finite element analyses. This work is critical for advancing the capabilities of climbing robots used in inspection, maintenance, and industrial applications. His most-cited paper, "Modeling of Attractive Force by Magnetic Wheel Used for Mobile Robot" (2020), has garnered 9 citations, reflecting its practical utility in the robotics community. Kwon’s research bridges theoretical electromagnetics and applied robotics, offering accessible design tools that accelerate the development of reliable, magnetically-adhered mobile platforms. His contributions are particularly valuable for students and researchers seeking efficient, physics-based approaches to magnetic wheel design, making him a notable figure in the niche but growing field of climbing and wall-pressing robotics.