A comprehensive description of panel methods has been given to enable an understanding of the underlying theory and the basic structure of the panel codes for aerodynamic applications. Panel methods have seen peak activity in the industry and remain as yet the sole technique for efficient and practical computations on complex-aircraft configurations. The method of the linearized approach of solving flow problems is well proven and till the turn of the century panel methods will continue to remain as the workhorse for computing aerodynamic characteristics of aircraft shapes in the industry. The alternative Euler and Navier-Stokes solvers have yet to mature for applications to complex shapes, hence panel methods will be in the light for at le...
In this study the use of a high-order panel code within a framework for aircraft concept design is d...
This paper presents the computer implementation process of the Panel Method for aerodynamic analysis...
The use of panel codes in the aerospace industry dates back many decades. Recent advances in compute...
A comprehensive description of panel methods has been given to enable an understanding of the underl...
The National Aerospace Laboratories (NAL's) panel code capability buildup has been highlighted and s...
In this study a panel method is used as a numerical technique for the solution of the potential thre...
SIGLEAvailable from British Library Document Supply Centre- DSC:D76100 / BLDSC - British Library Doc...
In the early stages of aircraft design, engineers consider many different design concepts, examining...
Potential flow over an airfoil plays an important historical role in the theory of flight. The gover...
Numerical results illustrating the capabilities of an advanced aerodynamic surface paneling method a...
Realistic applications of panel methods of computational13; aerodynamics represent the aerodynamic c...
A linear strength vortex panel method was developed to predict the Cp and Cl for a lifting two eleme...
The surfaces that support an aircraft by means of dynamic reaction on the air are called wings. Rega...
Panel methods are one of the popular numerical techniques for handling the fluid flows around compli...
In this paper, the aerodynamic properties of a selected aircraft geometry are calculated in supers...
In this study the use of a high-order panel code within a framework for aircraft concept design is d...
This paper presents the computer implementation process of the Panel Method for aerodynamic analysis...
The use of panel codes in the aerospace industry dates back many decades. Recent advances in compute...
A comprehensive description of panel methods has been given to enable an understanding of the underl...
The National Aerospace Laboratories (NAL's) panel code capability buildup has been highlighted and s...
In this study a panel method is used as a numerical technique for the solution of the potential thre...
SIGLEAvailable from British Library Document Supply Centre- DSC:D76100 / BLDSC - British Library Doc...
In the early stages of aircraft design, engineers consider many different design concepts, examining...
Potential flow over an airfoil plays an important historical role in the theory of flight. The gover...
Numerical results illustrating the capabilities of an advanced aerodynamic surface paneling method a...
Realistic applications of panel methods of computational13; aerodynamics represent the aerodynamic c...
A linear strength vortex panel method was developed to predict the Cp and Cl for a lifting two eleme...
The surfaces that support an aircraft by means of dynamic reaction on the air are called wings. Rega...
Panel methods are one of the popular numerical techniques for handling the fluid flows around compli...
In this paper, the aerodynamic properties of a selected aircraft geometry are calculated in supers...
In this study the use of a high-order panel code within a framework for aircraft concept design is d...
This paper presents the computer implementation process of the Panel Method for aerodynamic analysis...
The use of panel codes in the aerospace industry dates back many decades. Recent advances in compute...