Aircraft wings are the lifting surfaces with the chosen aerofoil sections. The efficiency as well
as the performance of an aircraft mostly depends on the aerodynamic characteristics eg lift …

This paper is presented on the tandem two‐dimensional hydrofoils with profiles NACA4412
in single‐phase and two‐phase flow domains for different submergence depths and different …

The present study numerically, investigates the aerodynamic characteristics of low speed
flow past symmetric NACA airfoils, for various t/c values of 0.10, 0.15, 0.18, 0.21 and 0.24 at …

The analysis of the hydrodynamic behavior of the modified trailing edge of an underwater
glider wing was conducted using ANSYS Fluent 18.1. The procedure was carried out using …

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 …

Aerofoil, the cross-sectional shape of a wing, has a significant role in any aircraft due to its
capability of generating adequate lift to hold that aircraft in the air with less drag. The design …

Shape of aircraft wing, which is the lifting surface with the chosen airfoil sections, is crucial to
the aircraft performance. The performance of an aircraft mostly depends on the aerodynamic …

This work deals with designing the aircraft wing and simulating the flow behavior on it to
determine the aerodynamically efficient wing design. A NACA 4412 airfoil is used to design …

The aerodynamic performance of an aircraft mainly depends on the lift force, drag force, and
the lift to drag ratio. The geometric shapes of aircraft wings are considered crucial for this …

The main function of a wing of an aircraft is to generate lift force to make the flight possible in
the air. This force is generated by a special wing cross section which is called areofoil. and …