Towards silent and efficient flight by combining bioinspired owl feather serrations with cicada wing geometry
Wei, Zixiao, Wang, Stanley, Farris, Sean, Chennuri, Naga, Wang, Ningping, Shinsato, Stara, Demir, Kahraman, Horii, Maya, Gu, Grace X.
Published in Nature communications (21.05.2024)
Published in Nature communications (21.05.2024)
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Journal Article
Nature-inspired three-dimensional surface serration topologies enable silent flight by suppressing airfoil-turbulence interaction noise
Wei, Zixiao, Wang, Stanley, Farris, Sean, Chennuri, Naga, Wang, Ningping, Shinsato, Stara, Demir, Kahraman, Horii, Maya, Gu, Grace X
Year of Publication 17.08.2023
Year of Publication 17.08.2023
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Journal Article
PROPELLER WITH NOISE REDUCING SURFACE AND EDGE SERRATIONS
GU, Grace Xiang, CHENNURI, Naga, WEI, Zixiao, FARRIS, Sean, SHINSATO, Stara, WANG, Stanley, WANG, Ningping
Year of Publication 10.05.2024
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Year of Publication 10.05.2024
Patent
Nature-inspired three-dimensional surface serration topologies enable silent flight by suppressing airfoil-turbulence interaction noise
Zixiao Wei, Wang, Stanley, Farris, Sean, Naga Chennuri, Wang, Ningping, Stara Shinsato, Demir, Kahraman, Horii, Maya, Gu, Grace X
Published in arXiv.org (17.08.2023)
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Published in arXiv.org (17.08.2023)
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