The presence of a stable leading edge vortex (LEV) on steadily revolving wings increases
the maximum lift coefficient that can be generated from the wing and its role is important to …

The shape and function of insect wings tremendously vary between insect species. This
review is engaged in how wing design determines the aerodynamic mechanisms with which …

Insects are excellent fliers because of their ability to generate precise wing kinematics and
deform their wings for the sufficient production of unsteady aerodynamic forces. Most of the …

During stroke reversals, insect wings interact with their own wake flow from the preceding
half-stroke, resulting in an unsteady aerodynamic mechanism known as 'wing–wake …

In this paper, the effects of stroke amplitude and wing planform on the aerodynamics of
hovering flapping wings are considered by numerically solving the incompressible Navier …

With the ever-increasing demand for harvesting wind energy, the inspection of its associated
infrastructures, particularly turbines, has become essential to ensure continued and …

A novel lifting line formulation is presented for the quasi-steady aerodynamic evaluation of
insect-like wings in hovering flight. The approach allows accurate estimation of aerodynamic …

This work aims to develop an integrated conceptual design process to assess the scalability
and performance of propulsion systems of resonant motor-driven flapping wing vehicles …

One way to improve our model of Mars is through aerial sampling and surveillance, which
could provide information to augment the observations made by ground-based exploration …

In this paper, the geometry parameters (WGP) and kinematic parameters (WKP) of bat wings
are optimized by using the revised quasi-steady aerodynamic model and genetic particle …