Yu Yamauchi
Papers
13
Total Citations
190
H-Index
8
About
Yu Yamauchi is a robotics researcher whose work sits at the intersection of disaster response, continuum robotics, and novel actuation systems. His research focuses primarily on developing flexible and serpentine robots capable of navigating confined, hazardous environments — from collapsed buildings to active fire scenes — where conventional robots cannot operate effectively. Yamauchi's most influential contribution is his work on continuum robots enhanced with distributed sensors for search and rescue (45 citations), enabling simultaneous multi-modal information acquisition in disaster scenarios. He is also a key contributor to the pioneering "Dragon Firefighter" project, a jet-actuated flying hose-type robot capable of directly targeting fire sources from the air — work that has accumulated over 20 citations and represents a genuinely novel approach to firefighting robotics. A recurring theme across his publications is fluid jet actuation as a lightweight yet powerful control mechanism for aerial and continuum robots, with several papers exploring nozzle design, passive orientation control, and stabilization under disturbance. His practical contributions extend to user-evaluated field systems, including the Air-floating Active Scope Camera deployed in urban search and rescue contexts. With over 170 cumulative citations across ten papers, Yamauchi has established himself as a productive and inventive voice in disaster robotics, bridging fundamental actuation research with real-world humanitarian applications.
Research Focus
Key Achievements
Top Papers
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- 5ImPACT-TRC Thin Serpentine Robot Platform for Urban Search and Rescue17 citations · 2019
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