Doo Hyung Kim

Papers

Total Citations

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About

Doo Hyung Kim is a researcher whose work centers on robotic assembly and compliance mechanisms, with a particular focus on enhancing the adaptability and precision of automated systems. His most cited paper, "Variable Passive Compliance Device for Robotic Assembly" (2016), introduces a novel approach to robotic manipulation by developing a device that can adjust its stiffness in response to task demands, improving the success rate of assembly operations in uncertain environments. This contribution addresses a critical challenge in industrial robotics—how to handle part variability and misalignment without relying on complex sensors or active control. While his citation count remains modest, with 2 citations for this key work, Kim's research holds practical significance for manufacturing and automation, offering a cost-effective solution for flexible assembly lines. His work reflects a deep engagement with the intersection of mechanical design and control theory, and it provides a foundation for further exploration in compliant robotics. Kim's contributions are particularly valuable for students and engineers interested in the practical implementation of passive compliance in real-world robotic systems.