Takehiro SHIBA
Papers
4
Total Citations
12
H-Index
2
About
Takehiro Shiba is a robotics researcher focused on advancing the safety and efficiency of infrastructure inspection through novel magnetic-wheeled robot designs. His primary research areas include magnetic adhesion mechanisms, robot locomotion on complex steel structures, and the development of specialized gear systems for enhanced mobility. Shiba’s major contributions center on creating robots capable of navigating challenging environments, such as inner right-angled paths and flange surfaces, which are common in bridges and industrial plants. His most cited work, "Development of Magnetic Bridge Inspection Robot Aimed at Carrying Heavy Loads" (2018, 5 citations), introduces a robot with motor-driven wheels incorporating neodymium magnets for secure travel on steel plates. Building on this, his 2024 studies on planetary-geared magnetic wheels (4 and 2 citations) address the critical challenge of running through flanges, providing both theoretical conditions and experimental validation with the SCPREM-I robot. Additionally, his research on improving friction performance of magnetic wheels (1 citation) tackles the essential balance between magnetic attraction and friction for safe operation. Shiba’s work directly addresses the dangerous and costly nature of manual inspection, paving the way for more reliable, autonomous robotic solutions in infrastructure maintenance.
Research Focus
Key Achievements
Top Papers
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