A method similar to that of NACA rep. 1000 is presented for calculating the effectiveness and the reversal speed of lateral-control devices on swept and unswept wings of arbitrary stiffness. Provision is made for using either stiffness curves and root-rotation constants or structural influence coefficients in the analysis. Computing forms and an illustrative example are included to facilitate calculations by means of the method. The effectiveness of conventional aileron configurations and the margin against aileron reversal are shown to be relatively low for swept wings at all speeds and for all wing plan forms at supersonic speeds
The effect of spsnwise aileron location on the rolling effective-ness of 0.2-chord plain faired aile...
An investigation has been made at large scale of the characteristics of highly swept wings. Data wer...
A method of modifying existing correction factors of lifting-surface theory to account approximately...
A method similar to that of NACA rep. 1000 is presented for calculating the effectiveness and the re...
Charts and approximate formulas are presented for the estimation of static aeroelastic effects on th...
A method is presented for calculating the aerodynamic loading, the divergence speed, and certain sta...
Results are given of a series of systemic tests comparing lateral control devices with particular re...
A method is presented for calculating the steady-state rolling effectiveness of ~lexible sweptback w...
Results and discussion are presented of a low-speed lateral-control investigation of three untapered...
A series of untapered, unswept, complete wings of apsect ratios 1.13, 2.13, 4.13, and 6.13 was inves...
This paper presents the results of an investigation to determine the control-effectiveness character...
Roll control reversal of a variable swept wing is investigated in the present paper. The wing model...
Charts and approximate formulas are presented for the estimation of static aeroelastic effects on th...
The effect of spsnwise aileron location on the rolling effective-ness of 0.2-chord plain faired aile...
An investigation has been made at large scale of the characteristics of highly swept wings. Data wer...
A method of modifying existing correction factors of lifting-surface theory to account approximately...
A method similar to that of NACA rep. 1000 is presented for calculating the effectiveness and the re...
Charts and approximate formulas are presented for the estimation of static aeroelastic effects on th...
A method is presented for calculating the aerodynamic loading, the divergence speed, and certain sta...
Results are given of a series of systemic tests comparing lateral control devices with particular re...
A method is presented for calculating the steady-state rolling effectiveness of ~lexible sweptback w...
Results and discussion are presented of a low-speed lateral-control investigation of three untapered...
A series of untapered, unswept, complete wings of apsect ratios 1.13, 2.13, 4.13, and 6.13 was inves...
This paper presents the results of an investigation to determine the control-effectiveness character...
Roll control reversal of a variable swept wing is investigated in the present paper. The wing model...
Charts and approximate formulas are presented for the estimation of static aeroelastic effects on th...
The effect of spsnwise aileron location on the rolling effective-ness of 0.2-chord plain faired aile...
An investigation has been made at large scale of the characteristics of highly swept wings. Data wer...
A method of modifying existing correction factors of lifting-surface theory to account approximately...