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ROTOR/WING SERIES VI WIND TUNNEL TEST 7-FOOT DIAMETER MODEL IN THE NASA LRC 30-BY-60-FOOT WIND TUNNEL

Frank J. Briardy, Robert E. Head

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Abstract

Abstract : Wind tunnel tests of a rotor/wing model were conducted for three purposes: To compare the results of testing the same model in a small and a large wind tunnel; to investigate rotor/wing planform effects on performance and flying qualities; to investigate in detail the low rotor speed range of conversion. The data gathered from testing the 7-foot diameter model in the 8-by-10-foot tunnel and in the 30-by-60-foot tunnel were in good agreement for rotor advance ratios greater than 0.15. (Author)

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What this paper is about

Abstract : Wind tunnel tests of a rotor/wing model were conducted for three purposes: To compare the results of testing the same model in a small and a large wind tunnel; to investigate rotor/wing planform effects on performance and flying qualities; to investigate in detail the low rotor speed range of conversion. The data gathered from testing the 7-foot diameter model in the 8-by-10-foot tunnel and in the 30-by-60-foot tunnel were in good agreement for rotor advance ratios greater than 0.15. (Author)

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Available abstract

Abstract : Wind tunnel tests of a rotor/wing model were conducted for three purposes: To compare the results of testing the same model in a small and a large wind tunnel; to investigate rotor/wing planform effects on performance and flying qualities; to investigate in detail the low rotor speed range of conversion. The data gathered from testing the 7-foot diameter model in the 8-by-10-foot tunnel and in the 30-by-60-foot tunnel were in good agreement for rotor advance ratios greater than 0.15. (Author)

Key concepts: Wind tunnel, Foot (prosody), Wing, Series (stratigraphy), Rotor (electric), Subsonic and transonic wind tunnel, Marine engineering, Geology

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ROTOR/WING SERIES VI WIND TUNNEL TEST 7-FOOT DIAMETER MODEL IN THE NASA LRC 30-BY-60-FOOT WIND TUNNEL — Research Paper | ScholarLens