Question: The flow inside a channel, which is formed by two infinite flat parallel plates, displays a parabolic profile and is called plane Poiseulle flow. The
The flow inside a channel, which is formed by two infinite flat parallel plates, displays a parabolic profile and is called plane Poiseulle flow. The crosssection of such a channel is shown in Fig. :
a Determine the equation of the velocity vector in this flowfield, assuming that the flow is twodimensional. Hint: Try to fit a parabola to the velocity profile drawn in the image.
b Compute the vorticity in the flowfield. According to your result, does the vorticity increase as we move closer to the walls or farther away from them? Does this make sense intuitively?
c At what locations is the vorticity zero? Why?
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