Hyung-Nam Kim

Papers

Total Citations

H-Index

About

Hyung-Nam Kim’s research centers on wireless power transfer (WPT) systems, with a particular focus on mobile robotics and autonomous applications. His most-cited work, “The Study On The Wireless Power Transfer System For Mobile Robots” (2010), addresses a critical challenge in robotics—eliminating the constraints of power cables to enhance device mobility and reduce weight. By investigating inductive coupling and resonant circuits, Kim proposed a WPT architecture that enables robots to recharge without physical connectors, directly supporting advancements in aviation, space exploration, and industrial automation. Though his citation count is modest, his early contributions to contactless energy delivery for mobile platforms have informed subsequent work in autonomous systems. Kim’s research underscores the practical importance of seamless power solutions in environments where movement and weight reduction are paramount. His findings offer a foundational reference for engineers and students exploring WPT integration in robotics, highlighting the trade-offs between efficiency, distance, and coil design. Through this work, Kim has helped pave the way for more versatile, cable-free robotic systems.