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Three-dimensional flow structure on a maneuvering wing
by TO Yilmaz2010Cited by 44Opposing axial flows along the vortex interact at the plane of symmetry giving rise to large-scale patterns of streamwise-oriented vorticity, ...
by TO Yilmaz2010Cited by 44Opposing axial flows along the vortex interact at the plane of symmetry giving rise to large-scale patterns of streamwise-oriented vorticity, which can dominate ...
by TO Yilmaz2010Cited by 44Abstract. Unsteady plunging (heaving) of a wing in the form of a flat plate can give rise to pronounced axial flow in the small-scale leading-edge vortex, ...
by TO Yilmaz2012Cited by 2Abstract. The three-dimensional, unsteady flow structure on low aspect ratio wings arising from plunging and pitch-up motions is addressed via a technique ...
The three-dimensional, unsteady flow structure on low aspect ratio wings arising from plunging and pitch-up motions is addressed via a technique of ...
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Fethi Aloui, Ibrahim Dincer2018Technology & Engineering
The flow structure on crossflow planes, located upstream and downstream of the onset of three-dimensional separation from the surface of a delta wing having ...
by DJ Garmann2013Cited by 110A high-fidelity, implicit large eddy simulation technique is employed to simulate a revolving wing configuration consisting of a single, aspect-ratio-one ...
by TO Yilmaz2012Cited by 103In contrast to development of the classical two-dimensional leading-edge vortex, the flow pattern evolves to a strongly three-dimensional form at high angle ...
by B Cheng2014Cited by 45A flow measurement technique known as V3V (TSI Inc., Shoreview, MN, USA), first described by Periera et al. [31], was used to capture the ...

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