When immersed in a uniform stream, a thick elliptical cylinder (extending a width b into the...

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When immersed in a uniform stream, a thick elliptical cylinder (extending a width b into the picture) create a broad downstream wake with a velocity profile 14(X) = U. [1 + sin (2)] for -Lsys L. The pressure at the upstream and downstream sections are approximately uniform and equal. If the water flow has velocity U=5m/s and the wake half-height is L=80cm, estimate the drag force on the cylinder for a unit width into the paper (b=1). Also compute the dimensionless drag coefficient, In your solution, you need to work out the entire analysis starting with the conservation of mass and momentum equations. ME301 u = U 2F Cp=PUbL y Integral Equations 02 Ocak 2023 When immersed in a uniform stream, a thick elliptical cylinder (extending a width b into the picture) create a broad downstream wake with a velocity profile 14(X) = U. [1 + sin (2)] for -Lsys L. The pressure at the upstream and downstream sections are approximately uniform and equal. If the water flow has velocity U=5m/s and the wake half-height is L=80cm, estimate the drag force on the cylinder for a unit width into the paper (b=1). Also compute the dimensionless drag coefficient, In your solution, you need to work out the entire analysis starting with the conservation of mass and momentum equations. ME301 u = U 2F Cp=PUbL y Integral Equations 02 Ocak 2023