Assignment 4 - P4.22 Pro 4.31 Water flows steadily through...

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CHEE 3363---Fluid Mechanics Assignment 4 Pro 4.12 Obtain expressions for the volume flow rate and the momentum flux through cross section of the control volume shown in the diagram. P4.12 Pro 4.15 The velocity distribution for laminar flow in a long circular tube of radius R is given by the one- dimensional expression, ? ± = °²³ = ° ´µ¶ · 1 − ¸ ? ¹ º 2 » ²³ For this profile obtain expressions for the volume flow rate and the momentum flux through a section normal to the pipe axis.
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Pro 4.22 Consider steady, incompressible flow through the device shown. Determine the magnitude and direction of the volume flow rate through port 3.
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Unformatted text preview: P4.22 Pro 4.31 Water flows steadily through a pipe of length ° and radius ± = 75 ²² . Calculate the uniform inlet velocity, ? , if the velocity distribution across the outlet is given by ³ = ³ ²´µ 1 − ¶ 2 ± 2 · and ³ ²´µ = 3 ² ? ¸ . P4.31 Pro 4.34 A two-dimensional reducing bend has a linear velocity profile at section ① . The flow is uniform at sections ② and ③ . The fluid is incompressible and the flow is steady. Find the magnitude and direction of the uniform velocity at section ③ . P4.34...
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This note was uploaded on 10/09/2011 for the course ENGINEERIN 3133 taught by Professor Sarkozi during the Spring '11 term at Texas A&M.

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Assignment 4 - P4.22 Pro 4.31 Water flows steadily through...

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