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A transonic investigation by the free-fall method of an airplane configuration having 45 degrees sweptback wing and tail surfaces

Stanley Faber, J. M. Eggleston

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Abstract

Report presenting a free-fall investigation of airplanes in the transonic range using a configuration with 45 degree sweptback wing and tail surfaces. The lift, drag, and longitudinal static and dynamic stability and control characteristics were obtained at a range of operating lift coefficients and Mach numbers.

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Report presenting a free-fall investigation of airplanes in the transonic range using a configuration with 45 degree sweptback wing and tail surfaces. The lift, drag, and longitudinal static and dynamic stability and control characteristics were obtained at a range of operating lift coefficients and Mach numbers.

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Available abstract

Report presenting a free-fall investigation of airplanes in the transonic range using a configuration with 45 degree sweptback wing and tail surfaces. The lift, drag, and longitudinal static and dynamic stability and control characteristics were obtained at a range of operating lift coefficients and Mach numbers.

Key concepts: Wing, Transonic, Airplane, Longitudinal static stability, Wing loading, Wing configuration, Lift (data mining), Lift-to-drag ratio

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