The field of bio-inspired design has tremendously transitioned into newer automated
methods, yet there are methods being discovered which can elucidate underlying principles …

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 paper presents the investigation and comparison of the lift and drag performances
between the Neo-Ptero micro-UAV variant models based on the virtual wind tunnel method …

Purpose This paper aims to model the aerodynamic flow characteristics of NACA0010 for
various angle of attacks including stall for incompressible flows using panel methods. This …

The lift force was reported not to be high enough to support the dragonfly's weight during
flight in some conventional investigations, and higher lift force is required for its takeoff. In …

Wing structures as found in aircrafts and wind turbine blades are developed using airfoils.
Computational methods are often used to predict the aerodynamic characteristics of such …

Bio-inspired corrugated aerofoil has better flow physics compared to traditional aerofoil in
addition to less wear and high strength. For identifying the aerodynamics characteristics, lift …

Many aircraft, like fighters and bombers, are delta-winged aircraft. These aircraft have the
features of generating greater lift at low angles of attack even at low Reynolds's number …