Gyouyoung Lee

Papers

Total Citations

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About

Gyouyoung Lee is a robotics researcher specializing in hydraulic actuation systems for robotic manipulators. His work focuses on the unique advantages of hydraulic actuators—such as high bandwidth, superior force-to-weight ratio, and torque density—over traditional electric motors, particularly in applications where compactness and speed are critical. Lee’s most-cited paper, “Principal properties and experiments of hydraulic actuator for robot” (2014), with 5 citations, provides foundational insights into customizing hydraulic components for research platforms, addressing a key barrier in the field. His earlier work, “Hydraulic actuators in application of robot manipulator” (2012), with 4 citations, showcases practical implementations developed by KNR Systems Inc., demonstrating how hydraulic systems enable smaller, faster, and more powerful robotic solutions in industrial and research settings. Despite modest citation counts, Lee’s contributions are notable for advancing the understanding of hydraulic actuation’s niche but vital role in robotics, offering a compelling alternative to electric motors for high-performance tasks. His research remains relevant for engineers exploring robust, high-force actuation in constrained environments.