Papers
8
Total Citations
56
H-Index
5
About
Akio Yamano is a leading researcher in bio-inspired robotics, specializing in snake-like and fish-like locomotion systems that navigate complex, constrained environments. His primary research areas include biomimetic robot design, fluid-structure interaction, and adaptive control for undulatory locomotion. Yamano’s most significant contributions center on developing efficient swimming and rolling strategies for snake-like robots. His highly cited 2021 work on fluid force identification in viscous fluids (14 citations) established foundational models for understanding how these robots interact with their environment. He further advanced the field with his 2023 study on efficient rolling motion utilizing center-of-gravity shift (13 citations), which directly addressed the high power consumption challenge inherent in traditional undulating locomotion. This work, along with his 2023 optimal swimming locomotion study (10 citations), has been instrumental in making snake-like robots more practical for real-world applications. Yamano has also made notable contributions to adaptive control systems, exploring self-excited oscillation for swimming robots (5 citations) and developing flexible fish-like robots using shape memory alloy actuators for narrow passage flows. His research bridges fundamental biomechanics with practical engineering, offering elegant solutions to mobility challenges in confined spaces.
Research Focus
Key Achievements
Top Papers
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- 3Optimal swimming locomotion of snake-like robot in viscous fluids10 citations · 2023
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- 8Phase control of oscillators for moving body in narrow passage2 citations · 2015