Yoka Konishi

Papers

Total Citations

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About

Yoka Konishi is a pioneering researcher in the field of soft robotics and infrastructure inspection, specializing in pneumatically driven robotic systems for gas pipe maintenance. Their key research areas include the design and autonomous control of inchworm-like robots that can navigate narrow, aging gas pipes without the need for environmentally damaging excavation. Konishi's major contributions are exemplified by the development of the WATER series robots, including WATER-5 and WATER-7, which use elastic, flexible grippers and pneumatic actuation to move inside pipes and capture visual data on pipe wall conditions. The most-cited paper, "Development of Pneumatic Driven Robot System which can Entry and Retire from Gas Pipe" (2021), has garnered 10 citations, highlighting its foundational impact on non-destructive inspection technology. A subsequent work, "Design of a Pneumatically Driven Inchworm-Like Gas Pipe Inspection Robot with Autonomous Control" (2023), with 4 citations, advances the field by integrating autonomous control, aligning with Sustainable Development Goals (SDGs) by reducing environmental disruption. Konishi's work is notable for its practical application in infrastructure maintenance, offering a sustainable alternative to traditional methods, and holds promise for broader adoption in pipeline monitoring and repair.