Calculation results for 11 different finite span wings are presented. Calculations were made by a combination of a numerical solution of lifting line theory with a technique developed to evaluate nonlinear section lift data. Aerodynamic coefficients for these wings are compared to the research results of other authors and to experimental data. First Published Online: 14 Oct 201
In this project titled “Investigation of airfoil design” an effort has been made to make a detailed ...
A novel lifting line formulation is presented for the quasi-steady aerodynamic evaluation of insect-...
Tato práce se zabývá popisem vybraných metod pro výpočet vztlaku na křídle, součinitele vztlaku a je...
In this article history and development of calculation methods of wing characteristics are presented...
Calculation results for 11 different finite span wings are presented. Calculations were made by a co...
The article presents the analysis results of calculation error for a swept wing of NACA4415 airfoil....
Three wing sections FX66‐S‐196VI, E603 and AH82–150A were analyzed. Measured data of these wing sect...
A computational analysis was performed to address the effects of walls on wings rotating at a Reynol...
Lifting-line theory is one simple method of predicting the lift produced by a wing. The traditional ...
A method is presented for calculating lift distributions for unswept wings with flaps or ailerons us...
This report describes results of research conducted from April 1991 through March 1992. The general ...
A set of empirical methods was developed to predict low-speed lift, drag and pitching-moment variati...
A method is presented for calculating wing characteristics by lifting-line theory using nonlinear se...
The lifting line theory is widely used for obtaining aerodynamic performance results in various engi...
Airfoil plays an important role in any aircraft and chooses whether the lift power is adequate to ad...
In this project titled “Investigation of airfoil design” an effort has been made to make a detailed ...
A novel lifting line formulation is presented for the quasi-steady aerodynamic evaluation of insect-...
Tato práce se zabývá popisem vybraných metod pro výpočet vztlaku na křídle, součinitele vztlaku a je...
In this article history and development of calculation methods of wing characteristics are presented...
Calculation results for 11 different finite span wings are presented. Calculations were made by a co...
The article presents the analysis results of calculation error for a swept wing of NACA4415 airfoil....
Three wing sections FX66‐S‐196VI, E603 and AH82–150A were analyzed. Measured data of these wing sect...
A computational analysis was performed to address the effects of walls on wings rotating at a Reynol...
Lifting-line theory is one simple method of predicting the lift produced by a wing. The traditional ...
A method is presented for calculating lift distributions for unswept wings with flaps or ailerons us...
This report describes results of research conducted from April 1991 through March 1992. The general ...
A set of empirical methods was developed to predict low-speed lift, drag and pitching-moment variati...
A method is presented for calculating wing characteristics by lifting-line theory using nonlinear se...
The lifting line theory is widely used for obtaining aerodynamic performance results in various engi...
Airfoil plays an important role in any aircraft and chooses whether the lift power is adequate to ad...
In this project titled “Investigation of airfoil design” an effort has been made to make a detailed ...
A novel lifting line formulation is presented for the quasi-steady aerodynamic evaluation of insect-...
Tato práce se zabývá popisem vybraných metod pro výpočet vztlaku na křídle, součinitele vztlaku a je...