Masashi Sasaki
Papers
2
Total Citations
24
H-Index
2
About
Masashi Sasaki is a pioneering researcher in the field of rescue robotics, with a focused expertise in pneumatic actuation systems for disaster response. His major contributions center on the numerical analysis and mechanical design of jumping robots capable of traversing treacherous debris fields. In his seminal 2005 work, "Numerical Analysis and Design for a Higher Jumping Rescue Robot Using a Pneumatic Cylinder," Sasaki derived fundamental equations governing pneumatic jumps, establishing a critical framework for optimizing jumping height through pressure-receiving area adjustments. This foundational paper, with 18 citations, remains a key reference for engineers developing agile rescue platforms. His earlier 2004 study further refined these principles, demonstrating how pneumatic cylinders can enable robots to clear obstacles in collapsed structures. Though his citation counts are modest, Sasaki’s work is notable for its practical, simulation-driven approach to solving real-world search-and-rescue challenges. By bridging theoretical mechanics with robotic design, he has laid essential groundwork for next-generation emergency response systems, inspiring subsequent research into high-mobility rescue robots that can navigate unstable environments where wheeled or tracked vehicles fail.
Research Focus
Key Achievements
Top Papers
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- 2