Myeong Jun Jee
Papers
2
Total Citations
4
H-Index
2
About
Myeong Jun Jee is a mechanical and robotics engineer whose research centers on the structural analysis and mechanical design of advanced robotic systems. His most notable work focuses on the development and optimization of lightweight wrist mechanisms for parallel robots, addressing one of the field's persistent challenges: the trade-off between high-speed operation and limited workspace. In his key study on a 3-DOF wrist mechanism for parallel robots, Jee explored how integrating additional degrees of freedom into pick-and-place parallel robots could significantly expand their operational workspace to rival that of SCARA and articulated robots — a meaningful step forward in industrial robotics versatility. Employing ANSYS®-based finite element analysis, he conducted rigorous gear stress evaluations to ensure structural integrity and reliability at high operating speeds, demonstrating a strong command of both simulation methodologies and mechanical design principles. While his work remains in the early stages of accumulating citations, with his primary publications each garnering 2 citations, his contributions offer practical engineering insights relevant to robotics manufacturers and researchers seeking to enhance parallel robot performance without sacrificing structural efficiency or compactness.
Research Focus
Key Achievements
Top Papers
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- 2