Te-Yong Son

Papers

Total Citations

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About

Te-Yong Son is a researcher whose work centers on precision manufacturing and non-contact material handling systems for advanced display technologies. His primary research areas include the mechanics of flat panel displays (FPDs), particularly in developing non-contact conveyor systems that prevent contamination and physical damage during production. His most notable contribution is the analysis of FPD deflection under lift forces, a critical factor in designing efficient, damage-free transfer processes for LCD and PDP panels. This work, published in 2008, addresses a key challenge in the display industry: replacing traditional contact-based conveyors that risk surface defects with non-contact alternatives. While his citation count stands at 2 for this specific paper, the research is foundational for engineers seeking to optimize lift force parameters in automated FPD handling. Son’s focus on deflection analysis under non-contact conditions demonstrates a practical approach to improving yield rates in display manufacturing, making his work relevant for researchers in mechatronics and production engineering. His contributions highlight the intersection of fluid dynamics, structural mechanics, and industrial automation in next-generation display fabrication.