Hee-Won Lee

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About

Hee-Won Lee is a researcher at the forefront of advanced materials and additive manufacturing, with a primary focus on the mechanical behavior of polymers. Her key research areas include anisotropic hyperelasticity, surface patterning, and the integration of 3D printing technologies to engineer materials with tailored properties. Lee’s most notable contribution is her work on modeling the anisotropic hyperelastic behavior of PDMS polymers, a critical step in predicting how these materials deform under complex loads—essential for applications in soft robotics, flexible electronics, and biomedical devices. Her 2021 paper, "Modeling and application of anisotropic hyperelasticity of PDMS polymers with surface patterns obtained by additive manufacturing technology," has garnered 16 citations, reflecting its relevance in bridging computational modeling with experimental fabrication. By combining theoretical frameworks with practical manufacturing insights, Lee has provided a foundation for designing polymers with controlled surface patterns, enabling innovations in stretchable sensors and microfluidic systems. Her work stands out for its interdisciplinary approach, merging mechanics, materials science, and manufacturing to solve real-world challenges. For students and researchers, Lee’s research offers a compelling example of how precise modeling can unlock new possibilities in material design and functional surface engineering.