40020010060402010Cp 64Theory dueto Stokes0.60.40.20.110 2 4 6810 z 4 6810'2 4 6810e2 4 68102 4 6810*2 4 68102 4 6810Re =VDmared ý y Consider inviscid, incompressible flow over a closed semi-cylinder with radius0.5m. Assume the flow field over the top of the semi-cylinder is identical to the flow over acylinder for Osesrn. Assume the pressure on the bottom of the semi-cylinder is stagnationpressure, po. The freestream velocity is 3 m/s and thedensity is 1.23 kg/m'.a) What is the net lift force acting on the semi-cylinder?b) What is the net drag force acting on the semi-cylinder?P.Now consider that the flow is viscous, but stillincompressible and that the dynamic viscosity is 2x10 kg/(m*s).c) Estimate the drag on the semi-cylinder assuming it is equivalent to % the drag of acylinder. Recall that Co=f(Re) for a cylinder as shown below.d) Do you estimate the boundary layer to be laminar or turbulent in part (c) and why?

The shear stresses and pressure differences induced by the fluid motion cause a net force on any…

Answered: Consider inviscid, incompressible flow…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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D Eulerian A description Dt System analysis В RTT Fill in th blanks (A, B), |is related through the material derivative to an Eulerian description. Systems analysis is related to analysis using the reynolds transport theorem.
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