Aerodynamic emulation analysis of bionic bat micro flapping-wing aircraft

Dai, Junwei; Wang, Handan

doi:10.1109/aiam57466.2022.00173

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Mathematical Modeling/cfd1

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2023

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“…This can be used to vary factors such as wing sizing [83], surface modifications [84][85][86], or moving the pivot point in folding wings [87][88][89]. It can also analyze changing kinematics [90,91], angles of attack [92], or other parameters [93,94]. Alongside this, it can also be used to analyze more complex interactions, especially between tandem wings, where it can analyze changing relative kinematics [95][96][97], aspect ratios [98], or any other interactions [99,100].…”

Section: Mathematical Modeling/cfdmentioning

confidence: 99%

A Bibliometric Analysis of Flapping Wing Instrumentation

Lefik,

Marian,

Chahl

2023

Aerospace

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There are flapping wing-style systems being developed by various institutions around the world. However, despite there being many systems that superficially appear robust, there is no viable flapping wing flying system at this time. We identified a gap in knowledge and capability, which is that the lack of appropriate instrumentation seems to be a major roadblock in further developing flapping wing flying systems. There is no complete solution in regards to instrumentation and sensing at the appropriate scales. This paper seeks to critically examine and classify the existing instrumentation utilized and reported in the literature and attempts to identify the path forward for flapping wing-style instrumentation.

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