Aerodynamics data are obtained for the design of linked balancing tabs and effect of varied tab span and location to produce suitable lateral control characteristics with reasonable stick pressures for high-speed aircraft. Simple and spring-linked balancing tabs may considerably reduce control pressures if aileron system is designed for low maximum aileron deflection. Spring-linked tabs also decrease variation of stick pressure with speed and impart better controlllability at low speeds
A preliminary flight experiment was flown to generate a full-scale supersonic data base to aid the a...
A generalized wind tunnel model was tested to investigate new component concepts utilizing spanwise ...
In the energy efficient transport (EET) Horizontal Tails Investigation, aerodynamic data were measur...
Analysis was made to determine characteristics required of a balancing-tab system for ailerons in or...
Four advanced fighter configurations, which differed in wing planform and airfoil shape, were invest...
An investigation was conducted to determine the effects of two-position leading edge slats on the lo...
The performance of lower speed, 5 foot diameter model general aviation propellers, was tested in the...
Force tests were made of a 1/8-scale model of a twin-engine low-wing transport airplane in the NACA ...
Investigations of the pressure distribution, the profile drag, and the location of transition for a ...
An investigation was conducted in the NACA 19-foot pressure wind tunnel of a tapered wing with strai...
Tests were made in the Ames 40- by 80-foot wind tunnel to determine the forward speed effects on win...
Several advanced aerodynamic and acoustic concepts were investigated in recent wind tunnel tests per...
Tests were made to determine whether spring-tab ailerons tended to oscillate or flutter in speed ran...
An investigation was made in the Langley V/STOL tunnel to determine, by the trailing wing sensor tec...
This paper is one of several dealing with methods intended to reduce the drag of present-day radial ...
A preliminary flight experiment was flown to generate a full-scale supersonic data base to aid the a...
A generalized wind tunnel model was tested to investigate new component concepts utilizing spanwise ...
In the energy efficient transport (EET) Horizontal Tails Investigation, aerodynamic data were measur...
Analysis was made to determine characteristics required of a balancing-tab system for ailerons in or...
Four advanced fighter configurations, which differed in wing planform and airfoil shape, were invest...
An investigation was conducted to determine the effects of two-position leading edge slats on the lo...
The performance of lower speed, 5 foot diameter model general aviation propellers, was tested in the...
Force tests were made of a 1/8-scale model of a twin-engine low-wing transport airplane in the NACA ...
Investigations of the pressure distribution, the profile drag, and the location of transition for a ...
An investigation was conducted in the NACA 19-foot pressure wind tunnel of a tapered wing with strai...
Tests were made in the Ames 40- by 80-foot wind tunnel to determine the forward speed effects on win...
Several advanced aerodynamic and acoustic concepts were investigated in recent wind tunnel tests per...
Tests were made to determine whether spring-tab ailerons tended to oscillate or flutter in speed ran...
An investigation was made in the Langley V/STOL tunnel to determine, by the trailing wing sensor tec...
This paper is one of several dealing with methods intended to reduce the drag of present-day radial ...
A preliminary flight experiment was flown to generate a full-scale supersonic data base to aid the a...
A generalized wind tunnel model was tested to investigate new component concepts utilizing spanwise ...
In the energy efficient transport (EET) Horizontal Tails Investigation, aerodynamic data were measur...