Kohei Kuwahara
Papers
2
Total Citations
38
H-Index
2
About
Kohei Kuwahara is a leading researcher in the mechanics of flexible electronics and soft robotics, specializing in the nanoscale behavior of polymeric films under mechanical stress. His work addresses a critical challenge in the field: preventing fracture and fatigue in flexible devices. Kuwahara’s most cited paper (2021, 27 citations) introduces a novel method for nanoscale analysis of surface bending strain in film substrates, providing a framework to strategically reduce strain and enhance durability in devices with substrates thicker than 100 µm. In a complementary study (2021, 11 citations), he pioneered a quantitative approach to bending hysteresis by real-time curvature monitoring, offering the first clear, measurable insight into this precursor phenomenon of fracture and fatigue. By bridging nanoscale mechanics with practical device design, Kuwahara’s contributions are essential for advancing the reliability of flexible electronics and soft robotic systems. His work is widely recognized for its precision and impact, making him a key figure in the development of mechanically robust, next-generation flexible technologies.
Research Focus
Key Achievements
Top Papers
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