Laminar flow in a narrow slit (see Fig. 2B.3).? (a) A Newtonian fluid is in laminar flow

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Laminar flow in a narrow slit (see Fig. 2B.3).?

(a) A Newtonian fluid is in laminar flow in a narrow slit formed by two parallel walls a distance 2B apart. It is understood that B p + pgh = p ? pgz.?

(b) What is the ratio of the average velocity to the maximum velocity for this flow??

(d) Draw a meaningful sketch to show why the above analysis is inapplicable if B = W.

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Transport Operations

ISBN: 9780470115398

2nd Edition

Authors: Allen Stuart

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Question Posted: Dec 02, 2010 05:29 AM

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Laminar flow in a narrow slit (see Fig. 2B.3).? (a) A Newtonian fluid is in laminar flow

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X N V₂ 2B Fluid in 74, Fluid out Tc - (20 - 2¹ ) x L 2²³² [¹-(3)] L (Po-P₁)B² 2μL

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d dx Laminar flow in a narrow slit a The momentum balance leads to dv dx XZ ...View the full answer

Transport Operations

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