Papers
4
Total Citations
107
H-Index
3
About
Byung-Chul Woo is a leading researcher in advanced electric machine design, with a primary focus on permanent magnet synchronous motors (PMSMs) and transverse flux linear motors (TFLMs) for high-performance robotic and industrial applications. His most influential work, a 2017 study on a 16-pole, 18-slot fractional-slot concentrated-winding PMSM for articulated robots—based on the Universal Robotics platform—has garnered 92 citations, underscoring its significance in optimizing pole-slot combinations for enhanced torque density and efficiency. Woo’s contributions extend to high-thrust linear motors, where he has pioneered the design of 6 kN and 8,000 N class TFLMs for direct-drive applications, such as transferring heavy LCD glass panels. His research uniquely integrates multiphysics analysis, combining electromagnetic, thermal, and mechanical considerations to achieve robust, experimentally validated designs. By systematically minimizing thrust ripple and attraction forces while maximizing thrust output, Woo has advanced the practicality of direct-drive systems in automation. His work bridges simulation and real-world validation, offering critical insights for engineers developing next-generation robotic actuators and precision motion systems.
Research Focus
Key Achievements
Top Papers
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