Zih-Yin Chen

Papers

Total Citations

H-Index

About

Zih-Yin Chen is a researcher whose work lies at the intersection of fluid dynamics, bio-inspired robotics, and soft matter physics. Their primary research focus is on understanding how surface undulations drive fluid motion, particularly in thin viscous films—a phenomenon central to the feeding and locomotion of aquatic snails. Chen’s most notable contribution is the development of a centimetric robotic undulator that mimics the feeding strategy of apple snails, demonstrating how wave-like boundary motions can pump free surface flows. This work, published in 2024, has already garnered initial citations, signaling growing interest in its implications for microfluidics and soft robotics. By experimentally replicating biological propulsion mechanisms, Chen bridges fundamental fluid mechanics with practical engineering design. Their research offers valuable insights for students and researchers exploring low-Reynolds-number hydrodynamics, bio-inspired locomotion, and interfacial phenomena. Chen’s work stands out for its elegant combination of theoretical modeling and hands-on robotic experimentation, opening new pathways for understanding and harnessing surface-driven flows in natural and engineered systems.