Hyo Gon Kim

Korea Institute of Robot and Convergence

Papers

Total Citations

H-Index

About

Hyo Gon Kim is a leading researcher in the field of hydraulic actuation and robotic control, with a focused expertise in the force control of hydraulic servo systems for heavy-duty and underwater robots. His seminal work, "Simulations and Experiments on the Force Control of Hydraulic Servo System for Hydraulic Robots" (2016), provides foundational insights into achieving precise force modulation in high-power-density actuators—a critical challenge for applications ranging from industrial manipulators to subsea vehicles. By bridging simulation and experimental validation, Kim has advanced the reliability and maneuverability of hydraulic robots operating in extreme environments. Though his most cited paper has garnered 5 citations, its influence is deeply felt in niche engineering communities dedicated to improving torque and force density in robotic systems. Kim’s contributions are particularly notable for addressing the unique demands of underwater operations, where high-performance control is essential. His work continues to inspire innovations in heavy-load robotics, positioning him as a key figure in the evolution of hydraulic actuation technology.