Myeongseok Shin
Papers
3
Total Citations
11
H-Index
2
About
Myeongseok Shin is a robotics researcher whose work centers on the design and optimization of climbing and field robots, with a particular emphasis on adhesion mechanisms and mobility in challenging environments. His major contributions lie in the systematic optimization of dry adhesion systems for wall-climbing robots, where he employed Taguchi methods to determine the optimal footpad design for vertical climbing on acrylic surfaces of varying curvatures. This research addresses a critical challenge in climbing robotics: achieving the delicate balance of adhesion strength—sufficient to support the robot's weight without impeding locomotion. His most cited work, "Optimization Design of Dry Adhesion for Wall-Climbing Robot on Various Curvatures Based on Experiment" (2014, 6 citations), along with a related study (3 citations), provides foundational experimental data for designing more reliable climbing robots. Additionally, Shin has explored obstacle-overcoming capabilities for field robots, including static analysis and experimentation on a novel platform using flip motion to traverse obstacles like stairs (2 citations). While his citation counts are modest, his work contributes practical, experiment-driven insights into the mechanics of adhesion and mobility, offering valuable guidance for students and researchers developing robots for inspection, maintenance, and exploration in complex terrains.
Research Focus
Key Achievements
Top Papers
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