Determinations of the power-off maximum lift of a Fairchild 22 airplane were made in the NACA full-scale wind tunnel and in flight. The results from the two types of test were in satisfactory agreement. It was found that, when the airplane was rotated positively in pitch through the angle of stall at rates of the order of 0.1 degree per second, the maximum lift coefficient was considerably higher than that obtained in the standard tests, in which the forces are measured with the angles of attack fixed. Scale effect on the maximum lift coefficient was also investigated
Tests indicated that: 1) C airplanes with two struts are extremely susceptible to aileron maneuvers,...
This report combines the wind tunnel results of tests on four control surface models made in the two...
This report presents a description of the 7 by 10 foot wind tunnel and associated apparatus of the N...
Determinations of the power-off maximum lift of a Fairchild 22 airplane were made in the NACA full-s...
Wind tunnel tests to determine effect of angle of attack on maximum lift at stall for half-wing mode...
Aerodynamic tests were made with four geometrically similar metal propellers of different diameters,...
An investigation was undertaken to determine the increase in maximum lift coefficient that could be ...
An adjustable blade metal propeller was tested at five different angle settings, forming a series va...
This report presents the results of wind tunnel tests conducted to determine the aerodynamic charact...
Stability and control characteristics determined from tests in the Langley 19-foot pressure tunnel o...
This investigation covers force tests through a large range of angle of attack on a series of monopl...
Data are presented to show the extent to which the maximum lift coefficient and consequently the min...
The purpose of this test was to compare six well-known airfoils, the R.A.F 15, U.S.A. 5, U.S.A. 27, ...
This report presents the results of force tests on and air-flow surveys near PCA-2 autogiro rotor in...
This is the thirteenth report on a series of systematic tests comparing lateral control devices with...
Tests indicated that: 1) C airplanes with two struts are extremely susceptible to aileron maneuvers,...
This report combines the wind tunnel results of tests on four control surface models made in the two...
This report presents a description of the 7 by 10 foot wind tunnel and associated apparatus of the N...
Determinations of the power-off maximum lift of a Fairchild 22 airplane were made in the NACA full-s...
Wind tunnel tests to determine effect of angle of attack on maximum lift at stall for half-wing mode...
Aerodynamic tests were made with four geometrically similar metal propellers of different diameters,...
An investigation was undertaken to determine the increase in maximum lift coefficient that could be ...
An adjustable blade metal propeller was tested at five different angle settings, forming a series va...
This report presents the results of wind tunnel tests conducted to determine the aerodynamic charact...
Stability and control characteristics determined from tests in the Langley 19-foot pressure tunnel o...
This investigation covers force tests through a large range of angle of attack on a series of monopl...
Data are presented to show the extent to which the maximum lift coefficient and consequently the min...
The purpose of this test was to compare six well-known airfoils, the R.A.F 15, U.S.A. 5, U.S.A. 27, ...
This report presents the results of force tests on and air-flow surveys near PCA-2 autogiro rotor in...
This is the thirteenth report on a series of systematic tests comparing lateral control devices with...
Tests indicated that: 1) C airplanes with two struts are extremely susceptible to aileron maneuvers,...
This report combines the wind tunnel results of tests on four control surface models made in the two...
This report presents a description of the 7 by 10 foot wind tunnel and associated apparatus of the N...