Manabu Yamamoto

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About

Manabu Yamamoto is a researcher whose work bridges the frontiers of computational fluid dynamics and engineering education. His primary research focus lies in the unsteady aerodynamics of biological flight, most notably the hovering mechanisms of dragonflies. In his seminal 2004 study, which has garnered 55 citations, Yamamoto employed a three-dimensional Navier-Stokes code to simulate the complex viscous flow around the tandem wing configuration of *Anax partheno*. This work provided critical insights into the lift-generation and wake-capture phenomena that enable dragonflies to achieve exceptional maneuverability and stability in hover—a problem of profound interest for the design of micro air vehicles. Beyond his contributions to fluid mechanics, Yamamoto has also advanced engineering pedagogy. He led an educational project that established a tele-control system linking the National College of Technology with Toyohashi University of Technology, allowing students to operate robotics and mechatronics equipment remotely over the Internet. This initiative, published in 2009, exemplifies his commitment to hands-on, experience-based learning and the development of distributed research networks. Through these dual contributions, Yamamoto has left a meaningful mark on both the science of flight and the practice of engineering education.