Takumi KAYAHARA

Papers

Total Citations

H-Index

About

Takumi Kayahara is a researcher focused on advancing wearable robotic systems through innovations in pneumatic power delivery. His primary research areas include portable air supply systems, variable volume tank design, and lightweight pneumatic actuation for human-robot interaction. Kayahara’s major contribution lies in developing a mathematical model of a variable volume tank specifically tailored for portable air supply systems in wearable robots. This work addresses a critical challenge: the need for compact, lightweight, and high-portability compressed air sources that can be safely integrated into wearable devices without compromising user mobility or safety. His 2020 paper, “Model of Variable Volume Tank used for Portable Air Supply System,” has garnered 2 citations and lays foundational groundwork for optimizing energy storage and delivery in untethered pneumatic robots. By enabling more efficient and portable air supply, Kayahara’s research directly supports the development of safer, lighter, and more practical wearable assistive technologies. His work is particularly relevant for researchers in soft robotics, rehabilitation engineering, and human augmentation systems seeking to overcome the limitations of traditional rigid power sources.