Chil-Hyoung Lee
Papers
1
Total Citations
2
H-Index
1
About
Chil-Hyoung Lee is a leading researcher in flexible electronics and smart textile sensors, with a primary focus on developing highly durable, conductive fabric-based strain sensors for wearable technology and human motion tracking. His most cited work introduces a groundbreaking carbon fabric strain sensor featuring a three-dimensional porous structure that achieves exceptional sensitivity to minute strain changes—detecting variations as small as 0.05% in electrical resistance—while maintaining outstanding conductivity below 20 Ω per square. Lee’s sensor demonstrates remarkable mechanical robustness, withstanding over 1,000 repetitive tensile cycles without material degradation, a critical advancement for long-term wearable applications. This innovation bridges the gap between high-performance sensing and real-world durability, enabling precise monitoring of environmental changes and continuous human motion tracking. With 2 citations since 2025, his work is gaining recognition for addressing key limitations in flexible sensor reliability. Lee’s contributions are pivotal for the next generation of smart textiles, where stretchable, conductive fabrics must endure daily wear while delivering accurate, real-time data for healthcare, sports, and human-machine interfaces.
Research Focus
Key Achievements
Top Papers
- 1