Chung‐Yuen Hui

Hokkaido University, Experimental Station, Cornell University

Papers

Total Citations

386

H-Index

About

Chung-Yuen Hui is a distinguished mechanical engineer and applied mechanician whose research sits at the intersection of fracture mechanics, soft matter physics, and microfabrication. Based at Cornell University, Hui has built a remarkable career exploring how materials fail, deform, and interact at multiple length scales. His most celebrated contribution, "The Fracture of Highly Deformable Soft Materials: A Tale of Two Length Scales" (2020, 226 citations), has become a landmark reference for researchers in soft robotics, stretchable electronics, and tissue engineering, elegantly bridging fundamental physics with pressing engineering challenges. His earlier work on microcontact printing (2004, 151 citations) demonstrated how stamp deformation critically governs pattern fidelity at the micrometer scale, providing both theoretical frameworks and experimental validation that advanced the field of soft lithography. More recently, Hui has extended his inquiries into biologically inspired interfaces, examining how shape-complementary pillar arrays govern friction and adhesion — a direction echoing nature's own solutions to contact mechanics problems. Across these diverse threads, Hui's work is unified by rigorous mechanics-based thinking applied to complex material systems, making his contributions essential reading for anyone working at the frontier of soft materials science and advanced manufacturing.