The wing structure of several insects, including dragonflies, is not smooth, but corrugated; its
vertical cross section consists of a connected series of line segments. Some previous …

One feature of animal wings is their embedded mechanosensory system that can support
flight control. Insect wings are particularly interesting as they are highly deformable yet the …

In this paper, the analysis of fluid flow around a 2 dimensional circular cylinder with
Reynolds No of 200, 500, and 1000 with different angle of attack 00, 50, and 100 has been …

The performance of an aircraft wing mostly depend on the aerodynamic characteristics ie lift
force, drag force, pressure distribution, ratio of lift to drag etc. In this paper the influence of …

The fluid dynamics of aerodynamic force control in insects depends on how oscillating wings
interact with the surrounding air. The resulting flow structures are shaped by the flow …

The dragonfly wings are highly corrugated, due to light in weight and good corrugation it
increases the aerodynamic performance and strength of the wing. When the wings interact …

A micro air vehicle can be as small as 6 cm. Development is driven by military, research, and
commercial purposes, with insect-sized aircraft that may be used in the future. The small …

In this study, the CFD simulation of fluid flow and aerodynamic performance of the dragonfly
(Aeshna Cyanea) wing section at low Reynolds numbers (500, 750, and 1000) with various …

In this work, Numerical study of Fluid Structure Interaction of uniform flow past a two
dimensional pleated airfoil is carried out. When the wing interact with the air, it is subjected …

Aerodynamic performance and fluid structure interaction (FSI) has been investigated via
numerical evaluation of flow round a rectangular plate. This case is representing the …