Seon‐Ho Lee

Papers

Total Citations

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About

Dr. Seon-Ho Lee is a leading expert in control moment gyroscope (CMG) technology, with a primary focus on high-torque actuation systems for attitude control and stabilization. His seminal work, "Technology of Control Moment Gyroscope and its Industrial Trend" (2012, 5 citations), provides a comprehensive overview of CMG hardware, contrasting its low-power, high-torque advantages over traditional thrusters and reaction wheels, while surveying applications across satellites, ships, robotics, and MEMS. Building on this foundation, his 2015 paper "Development of 100Nm-class Control Moment Gyroscopes for Industrial Applications" (2 citations) details the full engineering lifecycle—from system-level requirements and motor subsystem design to assembly, test rig construction, and performance evaluation—culminating in a CMG achieving 120 Nm of torque output. This work demonstrates the practical scalability of CMG technology beyond aerospace into diverse industrial sectors. Though his citation counts are modest, Dr. Lee’s contributions are distinguished by their applied engineering rigor, bridging fundamental gyroscopic principles with real-world hardware development. His research is essential reading for engineers and students seeking to understand the design, testing, and cross-industry deployment of high-performance CMG systems.