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Transonic flight tests to determine zero-lift drag and pressure recovery of nacelles located at the wing root on a 45 degree sweptback wing and body configuration

Sherwood Hoffman, WILLIAM B. PEPPER

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Abstract

Report presenting the zero-lift drag of a sweptback wing and body combination with nacelles with NACA 1-50-250 nose inlets locate in the wing tips as determined by flight tests of rocket-powered models at transonic speeds. Results regarding the pressure recovery and the effect of the nacelles on it are also provided.

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What this paper is about

Report presenting the zero-lift drag of a sweptback wing and body combination with nacelles with NACA 1-50-250 nose inlets locate in the wing tips as determined by flight tests of rocket-powered models at transonic speeds. Results regarding the pressure recovery and the effect of the nacelles on it are also provided.

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Available abstract

Report presenting the zero-lift drag of a sweptback wing and body combination with nacelles with NACA 1-50-250 nose inlets locate in the wing tips as determined by flight tests of rocket-powered models at transonic speeds. Results regarding the pressure recovery and the effect of the nacelles on it are also provided.

Key concepts: Nacelle, Transonic, Wing, Aerospace engineering, Angle of attack, Drag, Lift-to-drag ratio, Wing loading

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Transonic flight tests to determine zero-lift drag and pressure recovery of nacelles located at the wing root on a 45 degree sweptback wing and body configuration — Research Paper | ScholarLens