22 research outputs found
Floating Characteristics of Rudders and Elevators in Spinning Attitudes as Determined from Hinge-moment-coefficient Data with Application to Personal-owner-type Airplanes
Analytical studies of the response to longitudinal control of three airplane configurations in landing approaches
The Aerodynamic Forces and Moments on a 1/10-scale Model of a Fighter Airplane in Spinning Attitudes as Measured on a Rotary Balance in the Langley 20-foot Free-spinning Tunnel
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NACA Technical Notes
Report presenting an investigation to determine the floating characteristics of full-length plain and horn-balanced rudders during rotary tests at spinning attitudes on a scale model of a typical low-wing personal-owner airplane. The investigation included the determination of the effects of the horizontal tail and the wing on the rudder floating characteristics
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NACA Technical Notes
Report presenting a study of the available rudder and elevator hinge-moment-coefficient data in order to determine the floating characteristics of various types of rudders and elevators in spinning attitudes. Results regarding the rudder floating characteristics, elevator floating characteristics, and a comparison of several types of rudders and elevators are provided
Departure susceptibility and uncoordinated roll-reversal boundaries for fighter configurations
Influence of the Static and Dynamic Aerodynamic Characteristics on the Spinning Motion of Aircraft
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NACA Research Memorandums
From Introduction: "A theoretical investigation was conducted in order to determine what effect the differences in aerodynamic characteristics would have on the short-time response to elevator control of this type of airplane as compared with the responses of a conventional airplane, without regard to any possible psychological influences. The results of this investigation are presented in this paper.