Hyuksung Park

Papers

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About

Hyuksung Park is a robotics researcher whose work centers on the kinematic analysis and design of specialized in-pipe inspection robots. His key research areas include mobile robotics, parallel manipulator theory, and screw-based kinematic modeling for confined environments. Park’s major contribution lies in establishing an analytical framework that draws an insightful analogy between crawler-type in-pipe robots and parallel manipulators. By applying screw theory, he derived the instantaneous kinematics of a three-module crawler robot, enabling precise motion control within complex pipe networks—a critical advancement for infrastructure maintenance and industrial inspection. His most-cited paper, “Instantaneous kinematic analysis for a crawler type in-pipe robot” (2011), has garnered 5 citations, reflecting its foundational role in a niche but essential field. While his citation count is modest, the work is notable for bridging theoretical robotics with practical deployment challenges, offering a rigorous mathematical approach to a problem often tackled through trial-and-error. Park’s research is particularly valuable for students and engineers seeking to understand how parallel mechanism theory can be adapted for non-traditional, mobile robotic platforms, making him a respected contributor to the robotics community.