This paper reports a numerical analysis on a wing section used for a Wing-In-Ground-Effect
(WIG) unmanned aerial vehicle (UAV). The wing geometry was created by SolidWorks and …

The aerodynamic parameters of unmanned aerial vehicles (UAVs) play an important role in
the newly designed drone. For the purpose of the real-time measurement of the …

In this paper, three dimensional data and behavior of incompressible and steady air flow
around a small scale Wing in Ground Effect Craft (WIG) were investigated and studied …

This paper presents the aerodynamic estimation of lift and drag carried out on a three-
dimensional UTM Elang-1 UAV by Computational Fluid Dynamics (CFD) simulation and the …

In a network centric warfare scenario, where eyes in the sky are of irreplaceable importance,
unmanned aerial vehicles with imaging capabilities contribute significantly in this regard …

UAVs are controlled aircraft without the presence of pilots in them. In its use, UAVs have
been used for both military and civilian purposes. In the field of plantations, UAVs are used …

The aerodynamic coefficients of wing in ground effect can be affected with its design which
can be the main parameter for efficiency of wing-in-ground effect craft. In this study, the …

Wing in-ground effect (WIG) crafts are becoming promising transportation over the last
decade. However, stability and control problems faced by the WIG in earlier development …

Aerodynamic characteristics of plain wing designed for Light Sport Aircraft has been studied.
The fluid characteristics include induced drag and lift to drag ratio. Then, winglets are added …

Delta wing is a triangular shape platform from a plan view. Delta wing can be applied to
aircraft development as well as UAV. However, the flow around delta wing is very …