Low-speed pressure-distribution investigation of a thin-delta-wing-fuselage model having double slotted flaps and spoilers
Delwin R. Croom, Jarrett K. Huffman
Abstract
Delwin R. Croom, Jarrett K. Huffman
Abstract
Report presenting an investigation in the 300 mph 7- by 10-foot tunnel to determine the chordwise and spanwise load distribution on a thin 60 degree delta wing-fuselage model with double slotted flaps and spoilers mounted on the flap. The results are presented in the form of lateral aerodynamic characteristics of the plain-wing and double-slotted-flap configurations and as normal-force coefficients and pitching-moment coefficients of the wing, vane, flap, and spoiler, sample pressure plots, sample span-load distributions, tabulated pressure coefficients, and tabulated section normal-force coefficients and section pitching-moment coefficients.
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Report presenting an investigation in the 300 mph 7- by 10-foot tunnel to determine the chordwise and spanwise load distribution on a thin 60 degree delta wing-fuselage model with double slotted flaps and spoilers mounted on the flap. The results are presented in the form of lateral aerodynamic characteristics of the plain-wing and double-slotted-flap configurations and as normal-force coefficients and pitching-moment coefficients of the wing, vane, flap, and spoiler, sample pressure plots, sample span-load distributions, tabulated pressure coefficients, and tabulated section normal-force coefficients and section pitching-moment coefficients.
Key concepts: Fuselage, Delta wing, Aerodynamics, Wing, Pitching moment, Structural engineering, Aerodynamic force, Moment (physics)