Tae‐Heon Yang
Korea National University of Transportation, Konkuk University
Papers
6
Total Citations
167
H-Index
5
About
Tae‐Heon Yang is a multidisciplinary engineer whose research spans haptic interfaces, soft robotics, bioinspired adhesive systems, and biomedical instrumentation. His work bridges the gap between advanced materials science and real-world applications in virtual reality, wearable technologies, and cardiovascular diagnostics. Yang's most cited contributions include the development of a compact cam-follower-based pulsatile simulator capable of replicating diverse cardiovascular pulse waveforms (53 citations), offering an accessible tool for medical training and diagnostics. He has also made significant strides in haptic technology, designing a slim electrorheological fluid-based actuator that delivers both tactile and kinesthetic feedback for immersive user experiences (47 citations). His bioinspired work on microsphere-embedded adhesive architectures — drawing from van der Waals and capillary forces — has advanced transport devices capable of operating across challenging dry and wet surfaces (35 citations). More recently, Yang has pioneered electroactive programmable adhesive materials adaptable to complex surfaces, with applications ranging from soft grippers to extended reality haptic interfaces (21 citations). His intrinsically stretchable skin-adhesive actuators further demonstrate his commitment to conformable, high-fidelity wearable systems. Collectively, his research represents a cohesive vision of intelligent, biomimetic interfaces for next-generation human-machine interaction.
Research Focus
Key Achievements
Top Papers
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