Tomomi Yamaguchi

Kansai University, Montana State University

Papers

Total Citations

H-Index

About

Tomomi Yamaguchi is a researcher at the forefront of advanced pneumatic systems and mechatronics, with a particular focus on developing innovative flow-control technologies. Their most cited work, "Particle-Excitation Flow-Control Valve using Piezo Vibration-Improvement for a High Flow Rate and Research on Controllability" (2016), introduces a novel valve design that leverages particle excitation via piezo vibration to achieve precise, smooth airflow regulation. This compact, lightweight device represents a significant contribution to the field, addressing key limitations in pneumatic actuators—such as size and controllability—while maintaining high flow rates. With 9 citations, this paper has established Yamaguchi as a specialist in micro-scale fluid control. Additionally, Yamaguchi has engaged with broader technological discourse, as seen in their 2018 review "Japan’s robotic future" (4 citations), which critically examines cultural narratives in robotics. This work demonstrates a thoughtful intersection of engineering and societal impact. Yamaguchi’s research not only advances practical actuator design but also enriches the dialogue on automation’s role in society, making their contributions valuable for both engineers and scholars exploring the future of robotics and fluid power systems.