Hyun-Kyo Jung

Papers

Total Citations

H-Index

About

Hyun-Kyo Jung is a researcher specializing in electromagnetic design and analysis of electric motors, with a particular focus on brushless DC (BLDC) motor systems for robotics applications. His work bridges analytical modeling and computational verification, demonstrating a rigorous approach to motor engineering that combines theoretical frameworks with practical validation. Among his notable contributions is the development of an equivalent magnetic circuit model for slotless BLDC motors, specifically targeting four-pole, twelve-coil configurations used in robotic systems. A key innovation in this work is the introduction of a winding forming factor that accounts for hexagonal winding geometries when determining the back EMF constant — a parameter critical to motor performance characterization. His analytical results were systematically validated through finite element (FE) analysis, underscoring the reliability and precision of his modeling methodology. While Jung's citation record reflects an early-stage or specialized body of work, his research addresses fundamental design challenges in compact, high-efficiency motors increasingly demanded in modern robotics. His analytical frameworks offer valuable tools for engineers seeking to optimize motor performance without relying solely on computationally intensive simulation methods, making his contributions relevant to both academic research and applied motor design communities.