In a three dimensional incompressible flow
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Important results from potential flow and thin airfoil theory are applied to three-dimensional incompressible flow around a planar wing. The flow and loads on a single line vortex are studied and then extended to a simple horseshoe vortex. Horseshoe vortices are combined to develop Prandtl's lifting line theory.
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Important results from potential flow and thin airfoil theory are applied to three-dimensional incompressible flow around a planar wing. The flow and loads on a single line vortex are studied and then extended to a simple horseshoe vortex. Horseshoe vortices are combined to develop Prandtl's lifting line theory.
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