For a laminar flow in a circular tube of 120 mm radius, the velocity and temperature distribution are given by the following relation: u =(2.7r - 3.2r² ); t = XXXXXXXXXX2r)⁰C Where the distance is...

For a laminar flow in a circular tube of 120 mm radius, the velocity and temperature distribution are given by the following relation: u =(2.7r - 3.2r² ); t = 85( 1- 2.2r)⁰C Where the distance is measured from the tube surface. Calculate the following

a. The average velocity and the mean bulk temperature of the build

b. the heat transfer coefficient based on the bulk temperature if the tube surface is maintained at a constant uh uniform temperature of 90c and there occurs heat loss of 1000 k/hr per metre length of the tube.

Jun 09, 2022

SOLUTION.PDF

For a laminar flow in a circular tube of 120 mm radius, the velocity and temperature distribution are given by the following relation: u =(2.7r - 3.2r² ); t = XXXXXXXXXX2r)⁰C Where the distance is...

Get Answer To This Question

Related Questions & Answers

Submit New Assignment