Kyung Hoon Lee

Papers

Total Citations

101

H-Index

About

Kyung Hoon Lee is a pioneering researcher at the intersection of soft materials, additive manufacturing, and bio-inspired design. His work fundamentally reimagines how synthetic materials can mimic living systems to overcome traditional engineering limitations. Lee’s most impactful contribution, "Mechanics of self-healing thermoplastic elastomers" (2019, 64 citations), established foundational principles for materials that autonomously repair damage, directly addressing the pervasive problem of mechanical fatigue and degradation in service. Building on this, his highly innovative study on "Photosynthesis-assisted remodeling of three-dimensional printed structures" (2021, 31 citations) introduced a paradigm shift: instead of weakening over time, these structures can strengthen themselves by harnessing environmental energy, much like living organisms regenerate tissue. Most recently, Lee’s work on "Constructive adaptation of 3D-printable polymers in response to typically destructive aquatic environments" (2022) demonstrates how polymers can turn a hostile aquatic environment into a constructive force for adaptation, rather than succumbing to failure. Through these achievements, Lee is redefining the capabilities of smart, adaptive materials, with profound implications for sustainable infrastructure, biomedical devices, and resilient robotics.