Computational Analysis of Bio-Inspired Corrugated Airfoil with Varying Corrugation Angle

Ma, Keping; Padhy, Chinmaya; M, Nandish; K, Rita

doi:10.4172/2168-9792.1000208

J Aeronaut Aerospace Eng

2018

DOI: 10.4172/2168-9792.1000208

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Computational Analysis of Bio-Inspired Corrugated Airfoil with Varying Corrugation Angle

Keping Ma¹,

Chinmaya Padhy²,

Nandish M³

et al.

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2020

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References 7 publications

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Aerodynamic and Experimental Analysis of Bio-mimic corrugated dragonfly aerofoil

Khan

Padhy

2020

INCAS BULLETIN

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In this work, experimental and computational approach is used to understand the corrugation attitude of a bio-inspired dragonfly mimicked corrugated airfoil at low Reynolds number varying from 15000 to 75000 to understand the advantages of pleated corrugated airfoil. The CFD analysis is carried out on the 2-dimensional bio-mimetic corrugated ‘Pantala flavescens’ dragonfly forewing to predict the aerodynamic characteristics of the corrugated dragonfly aerofoil with varying angle of attack from 0° to 8°. The computational analysis of the wing profile is done using the ANSYS-19 ICEM CFD and FLUENT software. For the experimental test, the model is printed in 3-D printer machine and tested in subsonic Wind Tunnel at different speeds and different angle of attacks using a wind tunnel 6-component balance. The computational simulation reveals the exemplary results of the pleated airfoil (corrugated aerofoil) with new design constraints. Finally, the computational result is validated with experimental results.

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Aerodynamic and Experimental Analysis of Bio-mimic corrugated dragonfly aerofoil

Khan

Padhy

2020

INCAS BULLETIN

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Computational Analysis of Bio-Inspired Corrugated Airfoil with Varying Corrugation Angle

Cited by 1 publication

References 7 publications

Aerodynamic and Experimental Analysis of Bio-mimic corrugated dragonfly aerofoil

Aerodynamic and Experimental Analysis of Bio-mimic corrugated dragonfly aerofoil

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