dp 1. Consider the steady flow of a fluid (p, µ) between parallel plates when the bottom plate is fixed and the upper pl

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Dp 1 Consider The Steady Flow Of A Fluid P U Between Parallel Plates When The Bottom Plate Is Fixed And The Upper Pl 1 (147.77 KiB) Viewed 42 times

dp 1. Consider the steady flow of a fluid (p, µ) between parallel plates when the bottom plate is fixed and the upper plate moves at a constant speed of U; and there is also a constant pressure gradient as shown in Fig. Pl. dx' a) Use the notation and the coordinate system shown in Fig. P1, clearly state the assumptions, analyze continuity and Navier-Stokes equations as we did in the lectures, apply boundary conditions, and determine the expression for u(y). Note that g = -gĵ. b) Plot u/U vs. y/h for P* = 0, ±0.5, ±1, where P* = = (-). Note that u/U will be plotted on the abscissa and plot range will be set to -2 ≤ u/U ≤ 2 and -1 ≤ y/h ≤ 1. 2μU dx y=+h Moving Plate D0 84 N= N(y) dp =const. dx Fixed Plate Fig. Pl 8 Le ١٣٣ y=-h V=O Fliid 2h لا = v