Sting-free drag measurements on ellipsoidal cylinders at transition Reynolds numbers
M.J. Judd, M. Vlajinac, Eugene E. Covert
Abstract
M.J. Judd, M. Vlajinac, Eugene E. Covert
Abstract
The drag coefficient for a family of axially symmetric ellipses of fineness ratio 4, 5 and 8 was measured using magnetically suspended models. The Reynolds number ranged up to 106. Thus, only the blockage interference is present, which may be partially allowed for by classical wind tunnel procedures. It is expected that the drag values presented here are accurate to 1%.
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The drag coefficient for a family of axially symmetric ellipses of fineness ratio 4, 5 and 8 was measured using magnetically suspended models. The Reynolds number ranged up to 106. Thus, only the blockage interference is present, which may be partially allowed for by classical wind tunnel procedures. It is expected that the drag values presented here are accurate to 1%.
Key concepts: Reynolds number, Drag coefficient, Drag equation, Drag, Mechanics, Wind tunnel, Zero-lift drag coefficient, Physics