Al m long, 5 cm outer diameter copper pipe with surface threads acting as fins carries hot oil at 110°C. Each fin length is 1 mm with a thickness of I mm too, with a pitch (fin distance) of I mm. If the ambient temperature is 30°C, calculate the heat transfer out of the finned area of the pipe. Use the figure for assistance. Take the convective heat transfer coefficient as 50 W/m2."C. LIm P-1 mm 14-1 mm D-5 em 1-1 mm
Al m long, 5 cm outer diameter copper pipe with surface threads acting as fins carries hot oil at 110°C. Each fin length is 1 mm with a thickness of I mm too, with a pitch (fin distance) of I mm. If the ambient temperature is 30°C, calculate the heat transfer out of the finned area of the pipe. Use the figure for assistance. Take the convective heat transfer coefficient as 50 W/m2."C. LIm P-1 mm 14-1 mm D-5 em 1-1 mm
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Transcribed Image Text:Alm long, 5 cm outer diameter copper pipe with surface threads acting as fins carries hot oil at
110°C. Each fin length is 1 mm with a thickness of I mm to0, with a pitch (fin distance) of 1 mm.
If the ambient temperature is 30°C, calculate the heat transfer out of the finned area of the pipe.
Use the figure for assistance. Take the convective heat transfer coefficient as 50 W/m?."C.
LIm
P-1 mm
14-1 mm
D=5 cm
-I mm
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