In class we have done several examples of fully developed flow in a pipe. In this case we consider the flow of two fluid

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In Class We Have Done Several Examples Of Fully Developed Flow In A Pipe In This Case We Consider The Flow Of Two Fluid 1 (97.77 KiB) Viewed 41 times

In class we have done several examples of fully developed flow in a pipe. In this case we consider the flow of two fluids in a pipe. We are interested in analyzing the heat transfer properties using dimensional analysis. The fluids move through the pipe of diameter d=L at a velocity, V=LT-1. Both fluids have the same density, p=ML-3, vis- cosity, u=ML-11-1, and specific heat capacities, Cp=L²T-20-1. However, the fluids have different thermal conductivities, ki, k2=MLT-30-1, Let us say the overall heat transfer rate, QEML²T-3, satisfies Q = f(d, V, P,ul, c, kı, k2) C, Use the PI theorem to identify the number of non-dimensional variable necessary for this problem. Use this information to solve for all non-dimensional variables. Use u, V, d as repeating variables. If additional variables are necessary, choose the additional variables yourself.