Lien-Chiang Hung

Southern Taiwan University of Science and Technology

Papers

Total Citations

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About

Lien-Chiang Hung is at the forefront of wearable technology and fiber-based electronics, with a particular focus on stretchable conductive fibers for strain sensor applications. Their pioneering work introduces an efficient method for creating highly deformable, conductive fibers that can be seamlessly integrated into textiles, enabling real-time human movement detection and soft robotic interfaces. While their most-cited paper, "A Stretchable Conductive Fiber for Wearable Strain Sensor Application" (2024), has garnered 1 citation in its early stage, Hung’s contributions are poised to significantly impact the rapidly growing fields of personal health monitoring and smart textiles. By bridging material science and wearable electronics, Hung addresses critical challenges in durability and conductivity under mechanical strain. Their research not only advances fundamental understanding of fiber-based electronics but also opens practical pathways for next-generation wearable devices. As the demand for unobtrusive, body-integrated sensors surges, Hung’s work stands as a key enabler, promising more responsive and comfortable wearable systems for applications ranging from athletic performance tracking to rehabilitation and human-machine interaction.