Kan Yajai

Papers

Total Citations

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About

Kan Yajai is a researcher focused on bio-inspired robotics, specifically the aerodynamics and mechanical design of flapping-wing micro air vehicles. Their work centers on understanding the complex aerodynamic and aeroelastic forces that enable insect-like flight, with a particular emphasis on butterfly-inspired robots. Yajai’s major contributions include deriving and estimating key aerodynamic equations for wing sections, which are critical for designing effective flapping mechanisms. Their research provides foundational insights into how wing structure and motion generate lift and thrust, directly informing the development of flyable butterfly robots. Although their most-cited papers—"Aerodynamics Force Analysis for Designing a Flapping Butterfly Robot Wing" and "Design of a Flapping Wings Butterfly Robot based on Aerodynamics Force"—each have 2 citations, this reflects the niche and emerging nature of the field. Yajai’s work is notable for bridging theoretical aerodynamics with practical robot design, offering a systematic approach to overcoming the complexity of flapping-wing flight. This research holds promise for advancing agile, insect-scale drones and deepening our understanding of natural flight mechanisms.