Consider the incompressible viscous flow of air between two infinitelylong parallel plates separated by a distance h. The bottom plate isstationary, and the top plate is moving at the constant velocity ue in thedirection of the plate. Assume that no pressure gradient exists in the flowdirection.a. Obtain an expression for the variation of velocity between the plates.b. If T = constant = 320 K, ue = 30 m/s, and h = 0.01 m, calculate theshear stress on the top and bottom plates.
Consider the incompressible viscous flow of air between two infinitelylong parallel plates separated by a distance h. The bottom plate isstationary, and the top plate is moving at the constant velocity ue in thedirection of the plate. Assume that no pressure gradient exists in the flowdirection.a. Obtain an expression for the variation of velocity between the plates.b. If T = constant = 320 K, ue = 30 m/s, and h = 0.01 m, calculate theshear stress on the top and bottom plates.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Question
Consider the incompressible viscous flow of air between two infinitely
long parallel plates separated by a distance h. The bottom plate is
stationary, and the top plate is moving at the constant velocity ue in the
direction of the plate. Assume that no pressure gradient exists in the flow
direction.
a. Obtain an expression for the variation of velocity between the plates.
b. If T = constant = 320 K, ue = 30 m/s, and h = 0.01 m, calculate the
shear stress on the top and bottom plates.
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