This essay aims the process optimization when referred to aeronautical projects. By using mesh generators softwares and simulations made in CFD, the article employs numerical techniques to simulate airfoils and shows that is possible to extract accurated and conservative outcomes when compared to wind tunnel results. The test cases studied were based on the Selig 1223 type of airfoil and developed into the ANSYS platform, whereas by using the ICEM mesh tool, structured meshs were generated and imported to the CFX enviroment, where they could be simulated and analyzed
In this work, the capability of simple numerical models with coarse grids to predict performance coe...
This paper proposes a different innovative design of airfoils used in drones. A computational fluid ...
Computational fluid dynamics (CFD) is a vital component in aerospace engineering. A major use of CFD...
Airfoils generate lift in engineering applications such as for airplanes, wind turbines, automotive ...
Airfoil design is a complex science limited nowadays to a few experienced institutions. This study t...
ABSTRACT: Airfoils generate lift in engineering applications such as for airplanes, wind turbines, ...
Airfoil plays an important role in any aircraft and chooses whether the lift power is adequate to ad...
Airfoil plays an important role in any aircraft because it has to generate adequate lift to hold the...
[EN] This thesis calculates the aerodynamic coefficients and forces of the aircraft and refines the...
The cars aerodynamics study aims to evaluate the distribution of pressure and shear stress through t...
The engineering application's design process starts with a concept, based on our theoretical knowled...
This paper presents an aerodynamic optimization chain whose purpose is to find the optimal High Lift...
This thesis presents a methodology of two-dimensional airfoil simulation focusing on its application...
Topics below are rather undesired, but important, outcome not yet completed research on the aircraft...
This paper deals with the numerical simulation of the two-dimensional, incompressible, steady air fl...
In this work, the capability of simple numerical models with coarse grids to predict performance coe...
This paper proposes a different innovative design of airfoils used in drones. A computational fluid ...
Computational fluid dynamics (CFD) is a vital component in aerospace engineering. A major use of CFD...
Airfoils generate lift in engineering applications such as for airplanes, wind turbines, automotive ...
Airfoil design is a complex science limited nowadays to a few experienced institutions. This study t...
ABSTRACT: Airfoils generate lift in engineering applications such as for airplanes, wind turbines, ...
Airfoil plays an important role in any aircraft and chooses whether the lift power is adequate to ad...
Airfoil plays an important role in any aircraft because it has to generate adequate lift to hold the...
[EN] This thesis calculates the aerodynamic coefficients and forces of the aircraft and refines the...
The cars aerodynamics study aims to evaluate the distribution of pressure and shear stress through t...
The engineering application's design process starts with a concept, based on our theoretical knowled...
This paper presents an aerodynamic optimization chain whose purpose is to find the optimal High Lift...
This thesis presents a methodology of two-dimensional airfoil simulation focusing on its application...
Topics below are rather undesired, but important, outcome not yet completed research on the aircraft...
This paper deals with the numerical simulation of the two-dimensional, incompressible, steady air fl...
In this work, the capability of simple numerical models with coarse grids to predict performance coe...
This paper proposes a different innovative design of airfoils used in drones. A computational fluid ...
Computational fluid dynamics (CFD) is a vital component in aerospace engineering. A major use of CFD...