Present computation study deals with the effect of bio-inspired corrugation on natural low
Reynolds number flyers like insects specifically the dragonfly. In this paper, the effect of …

In this work, the flow behavior of a dragonfly-inspired corrugated wing was undertaken using
a subsonic wind tunnel to assess the aerodynamic performance and flow characteristics …

The present paper examined experimentally the glide flight flow visualization and boundary
layers of a bio-inspired corrugated dragonfly wing performing a comparison with the results …

This study is intended to understand the fluid flow behaviour of a bio inspired corrugated
wing obtained from the mid span of the dragonfly wing with different peak shapes of the …

View Video Presentation: https://doi. org/10.2514/6.2023-1790. vid Insects fly in a low
Reynolds number regime in which corrugated or pleated airfoils exhibit better aerodynamic …

Present computation study deals with the effect of bio-inspired corrugation on natural low
Reynolds number flyers like insects specifically the dragonfly. In this paper, the effect of …

Comprehensive computational fluid dynamic study of bio-inspired corrugated airfoil is
performed at low Reynolds number typical of gliding flight of micro aerial vehicles. Two …

This is an experimental flow field study of a bio-inspired corrugated finite wing from the
dragonfly intended to assess the flow behavior over the wing and compare it with a wing of …

This paper describes the technical and legal sides of Unmanned Aerial Vehicle and its
operations for emergency medical situations like accidents, emergency hospitalization etc …