hw10asol-dist

# hw10asol-dist - , and heat capacity, C p , are all...

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CBE 320 November 2, 2009 Transport Phenomena Problem Session X 1. Fiber spinning In the fber-spinning process shown in the fgure below, the cylindrical fber Fows through a nozzle with uni±orm speed V o , and enters into a cooling water bath o± constant, uni±orm temperature T .A t large z (the direction o± Fow), ±ar away ±rom the nozzle, the fber temperature is the same as that o± the bath. Assume that the heat trans±er coe±fcient between the fber and the water bath, h ,thethermal conductivity o± the fber, k , the fber density,

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Unformatted text preview: , and heat capacity, C p , are all constant. a. or a small fber radius, R , one may assume that the fber temperature and velocity does not vary in the r-direction. Use the shell energy balance method to derive the dierential equation or the temperature profle in the fber T ( z ) or this situation. b. Indicate the boundary conditions you should use to solve this dierential equation. c. Solve this dierential equation to determine the temperature profle. 2. Work problem 11B.2 (a) and (b) in BSL. 1 Solutions 1/2 djk 11/1/09 2 2/2...
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## This note was uploaded on 05/06/2010 for the course CBE 320 taught by Professor Staff during the Fall '08 term at Wisconsin.

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hw10asol-dist - , and heat capacity, C p , are all...

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