Results 271 to 280 of about 27,955 (309)

Lift Coefficient Variation on a Cylinder Forced to Oscillate

4th International Symposium on Fluid-Structure Interactions, Aeroelasticity, Flow-Induced Vibration and Noise: Volume I, 1997
Abstract The instantaneous pressure distribution around the azimuth of a cylinder undergoing forced oscillations is measured using an array of 18 miniature microphones. The microphones were placed at the midspan of the cylinder with 20 degree increments between each sensor. The Reynolds number for the experiments was 13,800. The cylinder
John E. Bernhardt, Jadran Mihailovic, Carlos F. Jines, Aziz Abouel-Fotouh, Thomas C. Corke, David R. Williams   +5 more
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The lift coefficient of a thin, jet-flapped wing

Proceedings of the Royal Society of London. Series A. Mathematical and Physical Sciences, 1956
Abstract A solution is given for the inviscid, incompressible flow past a thin, two-dimensional wing at a small incidence α, at the trailing edge of which a thin jet emerges at a small deflexion ז. The flow inside the jet is assumed to be irrotational, and bounded by vortex sheets across which it is prevented from mixing with the main
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Lift coefficient of a stationary sphere in gradient flow

Journal of Hydraulic Research, 1994
This paper deals with the lift force on a stationary sphere close to and away from the boundary and supplements an earlier paper which dealt with the study of the drag force. The experimental setup, instrumentation, nature of boundaries, sizes of test sphere, ranges of Reynolds number and relative size of the sphere are all common to both the studies ...
P. C. Patnaik, Nandana Vittal, P. K. Pande   +2 more
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Deriving Wing Chord and Twist from Lift and Lift Coefficient Distributions

AIAA SCITECH 2022 Forum, 2022
Justin D. Valenti, Michael A. Yukish
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On interpretation of Fourier coefficients of Zagier type lifts

Archiv der Mathematik
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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Dynamic Lift Coefficients for Spade Rudders on Yachts

SNAME 18th Chesapeake Sailing Yacht Symposium, 2007
The loss of a rudder is a dangerous situation for any vessel, and with the increasingly higher aspect ratios in current sailing yacht rudder designs, a better understanding of the forces on a rudder are required. While many failures have been caused by impacts with objects, a large number have failed due to underestimation of sailing loads.
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COMPRESSIBILITY EFFECTS ON DISTRIBUTIONS OF PRESSURE AND LIFT COEFFICIENTS

Sciences & Technology, 2017
Reduce energy consumption of airplanes, or enhance the aerodynamic performance of compressors and turbines by reducing drag, or increasing lift is a major challenge for many institutions specializing in aerodynamics [1, 2]. One way to achievethis, isconsidered the study of compressible potential flow compared to incompressible potential flow [3 ...
NAHOUI, AZZEDINE, BAHI, LAKHDAR
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The lift coefficient of flat planing surfaces.

2012
http://archive.org/details ...
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Effect of Variations in Lift Coefficient, Phase Angle and Waveform on Fluttering Lift in the Desert Locust

Nature, 1964
Effect of Variations in Lift Coefficient, Phase Angle and Waveform on Fluttering Lift in the Desert ...
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Scaling of Lift Reversal of Deformed Bubbles in Air-Water Systems

International Journal of Multiphase Flow, 2021
Kosuke Hayashi, Hendrik Hessenkemper, Dirk Lucas   +2 more
exaly