Measured and Estimated Lateral Static and Rotary Derivatives of a 1/12-scale Model of a High-speed Fighter Airplane with Unswept Wings
J. L. Williams
Abstract
J. L. Williams
Abstract
Report presenting a low-speed investigation to determine the lateral static and rotary derivatives of a model of a high-speed fighter airplane. The purpose was to compare experimental stability derivatives with derivatives estimated for a wing-fuselage combination, a vertical- and horizontal-tail combination, and a complete model.
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Report presenting a low-speed investigation to determine the lateral static and rotary derivatives of a model of a high-speed fighter airplane. The purpose was to compare experimental stability derivatives with derivatives estimated for a wing-fuselage combination, a vertical- and horizontal-tail combination, and a complete model.
Key concepts: Fuselage, Airplane, Wing, Scale model, Longitudinal static stability, Scale (ratio), Aerospace engineering, Structural engineering