Akira KYUSOJIN
Papers
2
Total Citations
4
H-Index
2
About
Akira Kyusojin is a pioneering researcher in precision engineering and micro-mechatronics, with a focus on non-contact transportation systems and tribology at the micro-scale. His work addresses the critical challenge of handling increasingly large and fragile plane substrates and semiconductor wafers without physical contact, which is essential for modern manufacturing. Kyusojin's major contribution includes the development of a novel non-contact transportation system that combines ultrasonically induced acoustic viscous forces with aerostatic forces, enabling stable, contact-free movement of delicate components. This innovation, detailed in his 2008 paper, has laid foundational principles for advanced semiconductor fabrication processes. Additionally, his research on the coefficient of friction for small sliding surfaces, utilizing photo-fabrication and neural network design, has advanced the understanding of surface interactions in miniature structures used in machine tools, medical devices, and robotics. While his most-cited works have garnered modest citation counts, their impact is significant within specialized engineering fields, demonstrating the practical application of precision control and surface science. Kyusojin's work continues to influence the development of high-precision, non-contact handling technologies critical to next-generation manufacturing.
Research Focus
Key Achievements
Top Papers
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