In this paper, we present a fast, ecient and accurate algorithm for rapid design of sub-critical inviscid airfoils. The compressible potential ow equations in the hodograph plane are cast into a nonlinear integral equation which is solved using an iterative method in this approach. Some numerical results are presented. 1. Introduction. We consider the problem of inverse design of airfoils in subcritical compressible ows. This problem has a long history, especially, on the numerical approaches to solving this problem ([3]-[6]). With the advent of high speed computers, considerable eort has been directed towards ecient design of airfoils because it has the potential of signicantl
AbstractAlthough the equations for the flat plate, circular arc and symmetrical Joukowski airfoils a...
By the assumption that the pressure-volume relation is linear, a method is given for computing the a...
A simple and reliable method of aerodynamic design of airfoils is proposed for a given range of the ...
An effective method, based on hodograph theory, has been developed for the aerodynamic design of sub...
The method of complex characteristics and hodograph transformation for the design of shockless airfo...
This study examines an advanced viscous-inviscid interactive method developed for the analysis and d...
An airfoil design procedure, applicable to both subcritical and supercritical airfoils, is described...
Aerodynamic design based on the Hadamard representation of shape gradients is considered. Using this...
A subcritical panel method applied to flow analysis and aerodynamic design of complex aircraft confi...
The problem is solved of designing a symmetric airfoil with upstream blowing opposite to subsonic ir...
A symmetrical airfoil has been constructed by local linearization method. A single-point objective f...
A practical procedure for optimum design of aerodynamic shapes is demonstrated. The proposed procedu...
Abstract: A numerical algorithm for three-dimensional compressible inviscid subsonic flows...
A new method of finding the airfoil contour to support a given pressure distribution is given. this ...
Title: Solution of inverse problem for a flow around an airfoil Author: Mgr. Jan Šimák Department: D...
AbstractAlthough the equations for the flat plate, circular arc and symmetrical Joukowski airfoils a...
By the assumption that the pressure-volume relation is linear, a method is given for computing the a...
A simple and reliable method of aerodynamic design of airfoils is proposed for a given range of the ...
An effective method, based on hodograph theory, has been developed for the aerodynamic design of sub...
The method of complex characteristics and hodograph transformation for the design of shockless airfo...
This study examines an advanced viscous-inviscid interactive method developed for the analysis and d...
An airfoil design procedure, applicable to both subcritical and supercritical airfoils, is described...
Aerodynamic design based on the Hadamard representation of shape gradients is considered. Using this...
A subcritical panel method applied to flow analysis and aerodynamic design of complex aircraft confi...
The problem is solved of designing a symmetric airfoil with upstream blowing opposite to subsonic ir...
A symmetrical airfoil has been constructed by local linearization method. A single-point objective f...
A practical procedure for optimum design of aerodynamic shapes is demonstrated. The proposed procedu...
Abstract: A numerical algorithm for three-dimensional compressible inviscid subsonic flows...
A new method of finding the airfoil contour to support a given pressure distribution is given. this ...
Title: Solution of inverse problem for a flow around an airfoil Author: Mgr. Jan Šimák Department: D...
AbstractAlthough the equations for the flat plate, circular arc and symmetrical Joukowski airfoils a...
By the assumption that the pressure-volume relation is linear, a method is given for computing the a...
A simple and reliable method of aerodynamic design of airfoils is proposed for a given range of the ...