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Open AccessArticle10.2478/ttj-2014-0027

Dipole Approximation in the Calculation of the Perturbed Velocities

Oleg Solovyov,Sergey Yeryomenko,V. D. Kobrin,Yuriy Vorobyov-2014-12-19-Transport and Telecommunication Journal

TL;DRAbstract

Abstract In this article we consider one of the approaches aimed at reducing time of calculation of aerodynamic characteristics of the studied objects using discrete vortex method. Also, accuracy assessment of calculation of aerodynamic characteristics was performed. Analysis of the obtained dependences allows us to make a conclusion that the considered approach to the calculation of the functions of the mutual influence on the stages of formation of the system of linear algebraic equations, position of vortex sheet nodes as well as aerodynamic loads reduces hardware costs about three times, with a relative error of less than 4%.

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Abstract In this article we consider one of the approaches aimed at reducing time of calculation of aerodynamic characteristics of the studied objects using discrete vortex method. Also, accuracy assessment of calculation of aerodynamic characteristics was performed. Analysis of the obtained dependences allows us to make a conclusion that the considered approach to the calculation of the functions of the mutual influence on the stages of formation of the system of linear algebraic equations, position of vortex sheet nodes as well as aerodynamic loads reduces hardware costs about three times, with a relative error of less than 4%.

Keywords

AerodynamicsVortexPosition (finance)Algebraic numberDipoleAlgebraic equationComputer scienceMathematics

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