An insulated steam pipe is covered with two layers of insulation as seen figure below. Draw the thermal resistance network. Develop a formula to calculate the heat transfer rate per unit length of the pipe. How can you determine the temperature difference AT across the pipe wall and second insulation layer. T = 250°C, Ins.2 Ins.1 Pipe - T2 = 20°C

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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An insulated steam pipe is covered with two layers of insulation as seen figure below. Draw
the thermal resistance network. Develop a formula to calculate the heat transfer rate per unit
length of the pipe. How can you determine the temperature difference AT across the pipe wall
and second insulation layer.
T, = 250°C.
Ins.2
Ins. 1
Pipe
r3
-T, = 20°C
Transcribed Image Text:An insulated steam pipe is covered with two layers of insulation as seen figure below. Draw the thermal resistance network. Develop a formula to calculate the heat transfer rate per unit length of the pipe. How can you determine the temperature difference AT across the pipe wall and second insulation layer. T, = 250°C. Ins.2 Ins. 1 Pipe r3 -T, = 20°C
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