The effect of the number of waves and the width of the ridge and valley in chord direction for
a wavy airfoil was investigated at the angle of attack of 0∘ and Reynolds number of 10 3 …

The dragonfly is the source of inspiration for scientists and engineers to understand the
mechanical behaviour of low Reynolds number flyers. Several studies reveal that the …

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 …

Several studies on metadiscourse zero in on how genres show nuances of linguistic
features that reside in various structures depending upon the linguistic exigencies of …

This research addresses changes in the aerodynamic properties of the airfoil caused by
modifying the surface in the form of dimples. The first surface changes mentioned here the …

This work is focused on the variation of corrugation angle and peak height of 2-D corrugated
aerofoil inspired from the forewing of 'Pantala Flavescens' or yellow dragonfly basal wing …

In this Present work, stability and free vibration analysis is carried out on the bio-mimetic
corrugated'Pantala flavescens' dragonfly forewing. The numerical modeling based on Finite …

In this present work, free vibration analysis is carried out on the 2-dimensional bio-mimetic
corrugated 'Pantala flavescens' dragonfly forewing. The numerical modeling based on Finite …

Micro Air Vehicles (MAVs) are increasingly being used for civil and military surveillance. As
the surveillance requirements are increasing, improving the range of MAVs becomes …

The aerodynamic and static structural analysis of a newly developed bio-mimetic corrugated
aerofoil inspired by dragonfly forewing is included in this work. The basal wing part of the …