Honored with Two Outstanding Presentation Awards at the International Conference on Precision Engineering and Sustainable Manufacturing 2024 (PRESM 2024)

The research team, led by Professor Jun Young Yoon from the Department of Mechanical Engineering (Hyo Geon Lee, Ph.D. candidate, and Chang Hwan Kim, M.S. candidate) has been recognized for their outstanding achievements in two research topics at the International Conference on Precision Engineering and Sustainable Manufacturing held in July 2024.
Hyo Geon Lee developed a high-speed, high-accuracy motor analysis technique based on the magnetic permeability matrix for a magnetic flux-switching motor using transverse permanent magnets. This method achieved higher analytical precision compared to existing magnetic circuit-based methods and demonstrated its potential as a promising method in the early stages of design optimization.
Chang Hwan Kim presented a control algorithm for maintaining the dynamic performance of a 6-DOF magnetic levitation system, considering changes in payload. As the payload changes, the dynamic characteristics of the system also change, resulting in the degradation of control performance. To address this, he designed a mass-compensator and validated its efficacy by comparing the control performance under varying payloads. The two studies were selected for the 'Outstanding Presentation Award,' given to only 22 out of 305 presentations.

The link: https://2024.presm.org/