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A Wind-tunnel Investigation of the Low-amplitude Damping in Yaw and Directional Stability of a Fuselage-tail Configuration at Mach Numbers up to 1.10

William E. Palmer

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Abstract

Report presenting a low-amplitude free-oscillation investigation at zero angle of attack of the damping in yaw and directional stability of a fuselage-tail configuration through a range of reduced frequency. The damping in yaw was found to decrease with Mach numbers above 0.8 and became the lowest at about 1.0. An increase in reduced frequency was observed to cause a decrease in damping in yaw and directional stability for the test frequency range.

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Report presenting a low-amplitude free-oscillation investigation at zero angle of attack of the damping in yaw and directional stability of a fuselage-tail configuration through a range of reduced frequency. The damping in yaw was found to decrease with Mach numbers above 0.8 and became the lowest at about 1.0. An increase in reduced frequency was observed to cause a decrease in damping in yaw and directional stability for the test frequency range.

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Available abstract

Report presenting a low-amplitude free-oscillation investigation at zero angle of attack of the damping in yaw and directional stability of a fuselage-tail configuration through a range of reduced frequency. The damping in yaw was found to decrease with Mach numbers above 0.8 and became the lowest at about 1.0. An increase in reduced frequency was observed to cause a decrease in damping in yaw and directional stability for the test frequency range.

Key concepts: Fuselage, Mach number, Oscillation (cell signaling), Amplitude, Angle of attack, Range (aeronautics), Yaw, Physics

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A Wind-tunnel Investigation of the Low-amplitude Damping in Yaw and Directional Stability of a Fuselage-tail Configuration at Mach Numbers up to 1.10 — Research Paper | ScholarLens