Papers
5
Total Citations
98
H-Index
3
About
Jae Hyun Kim is a versatile researcher whose work bridges geotechnical engineering, energy harvesting, and sustainable manufacturing. His most impactful contributions center on **miniature cone penetration testing (CPT) in centrifuge models**, where he developed a 10 mm diameter cone to measure tip resistance under varying particle sizes, stress levels, and boundary conditions. This work, published in 2015, has garnered **61 citations** and provides critical insights for interpreting centrifuge-based soil behavior, directly aiding geotechnical design. Beyond geotechnics, Kim explores **triboelectric nanogenerators** for energy harvesting, notably enhancing performance through interfacial polarization in bilayered parylene devices (2023, 25 citations). He also addresses practical engineering challenges, such as a **robot balancer system for front-loading washing machines** (2019) and **cost-saving strategies for sustainable semiconductor manufacturing** (2025). His early Korean-language study on miniature cone development (2013) further demonstrates his foundational role in advancing CPT methodology. With a portfolio spanning experimental geotechnics, renewable energy, and industrial automation, Kim exemplifies cross-disciplinary innovation. His work is particularly valuable for researchers in centrifuge modeling and smart materials, offering both fundamental understanding and applied solutions.
Research Focus
Key Achievements
Top Papers
- 1Miniature Cone Tip Resistance on Sand in a Centrifuge61 citations · 2015
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