Sang-Hee Lee

Papers

Total Citations

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About

Sang-Hee Lee is a researcher in mechanical and biomedical engineering, specializing in smart materials, exoskeleton design, and adaptive actuation systems. Her most cited work, "Shock Absorber Mechanism Based on an SMA Spring for Lightweight Exoskeleton Applications" (2019, 9 citations), introduces a novel use of shape memory alloy (SMA) springs to create lightweight, energy-absorbing mechanisms for wearable robotic systems. This contribution addresses a critical challenge in exoskeleton development—balancing structural compliance with impact resistance—by leveraging the unique phase-transition properties of SMAs. Lee’s research bridges materials science and robotics, offering practical solutions for assistive devices that are both efficient and comfortable. Her work has been cited in studies on soft robotics, rehabilitation engineering, and adaptive structures, reflecting its interdisciplinary relevance. While her citation count is modest, her focus on SMA-based actuation positions her as a contributor to emerging trends in lightweight, bio-inspired mechanisms. Lee’s achievements include advancing the integration of smart materials into real-world exoskeleton applications, with potential implications for mobility aids and industrial wearables.