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4. Consider the lifting steady incompressible inviscid flow over a circular cylinder of radius R. Prove: The expression of the pressure coefficient on the cylinder
4. Consider the lifting steady incompressible inviscid flow over a circular cylinder of radius R. Prove: The expression of the pressure coefficient on the cylinder surface is Cp=14sin2(1+4Rvsin)2 where is the strength of the vortex around the cylinder. (12) 4. Consider the lifting steady incompressible inviscid flow over a circular cylinder of radius R. Prove: The expression of the pressure coefficient on the cylinder surface is Cp=14sin2(1+4Rvsin)2 where is the strength of the vortex around the cylinder. (12)
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