Hyung Min Rho

Korea Institute of Science and Technology

Papers

Total Citations

H-Index

About

Hyung Min Rho is a researcher whose work lies at the intersection of computer-aided design and manufacturing, with a particular focus on intelligent tool path planning and feature-based machining. His most-cited paper, "Integrated machining tool path planning using feature free spaces" (2003), introduces an automatic method that seamlessly integrates local and global tool path generation by leveraging the concept of "feature free spaces." This work directly addresses a critical challenge in automated manufacturing: how to efficiently and accurately generate collision-free tool paths from a part’s solid model and tolerance specifications. By automatically recognizing machining features and deriving geometry-based precedence relations, Rho’s approach bridges the gap between design intent and production efficiency. Though his citation counts are modest—with his top paper garnering 10 citations—his contributions are foundational to the development of more autonomous and intelligent machining systems. Rho’s research is particularly valuable for students and engineers working in CAD/CAM integration, offering a clear, systematic method for transforming design data into manufacturable tool paths. His work exemplifies the kind of practical, geometry-driven innovation that continues to influence modern computer-aided manufacturing.