Applied Sciences, Volume 11, Issue 6
2021 March-2 - 440 articles
Cover Story: The butterfly flaps its wings and simultaneously moves its main body to achieve different flying motions. Its wings and body are coupled in various flight states. Through the analysis of aerodynamic simulation of a multi-rigid butterfly model, an optimal kinematic model can be obtained, and the formation and development of vortex structures are presented. The results reveal that wing flapping and abdominal swinging play a key role in reorienting the “clap and peel” mechanism and that longitudinal flight performance is mainly related to the kinematic parameters of the wing and body, which are instructive for the design of butterfly-inspired aircraft. View this paper - Issues are regarded as officially published after their release is announced to the table of contents alert mailing list .
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