Sadayuki UJIHASHI
Papers
6
Total Citations
41
H-Index
4
About
Sadayuki Ujihashi is a pioneering researcher in mechanical and robotic systems, with a primary focus on adaptive mechanical structures and impact dynamics. His most influential work bridges two distinct fields: sports engineering and autonomous distributed robotics. His highest-cited paper (23 citations) presents a finite element model for simulating golf club-ball collisions during a swing, integrating experimental data from a golf robot to capture the complex mechanical behavior from swing through impact—a contribution that advances both sports equipment design and computational mechanics. Ujihashi’s foundational research on group robots adaptively forming mechanical structures, published across multiple papers (1998–2003), explores how identical cellular robots can self-organize into load-bearing configurations through distributed sensing, communication, and mobility. This work, part of his "Super-mechano-colony" concept, demonstrates how autonomous systems can dynamically respond to loading conditions, with studies examining mechanical properties and information-processing functions required for tasks like transporting loads. Though his citation counts are modest, Ujihashi’s interdisciplinary approach—combining robotics, structural mechanics, and simulation—offers valuable insights for researchers interested in adaptive systems, swarm robotics, and sports engineering.
Research Focus
Key Achievements
Top Papers
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- 5Super-mechano-colony self-organizing a mechanical structure2 citations · 2003
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