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heat transfer coefficient of 10 W/m2-K. If the inner surface tem- perature of the pipe is maintained at a constant temperature of 150°C, determine the temperature at the base of the flange and the rate of heat loss through the flange. Air, 25°C h = 10 W/m2-K D; = 90 mm D;= 50 mm -T; = 150°C D, = 60 mm Pipe, k = 16 W/m•K t = 20 mm FIGURE P3-127

heat transfer coefficient of 10 W/m2-K. If the inner surface tem- perature of the pipe is maintained at a constant temperature of 150°C, determine the temperature at the base of the flange and the rate of heat loss through the flange. Air, 25°C h = 10 W/m2-K D; = 90 mm D;= 50 mm -T; = 150°C D, = 60 mm Pipe, k = 16 W/m•K t = 20 mm FIGURE P3-127

Elements Of Electromagnetics
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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224 STEADY HEAT CONDUCTION heat transfer coefficient of 10 W/m2-K. If the inner surface tem- perature of the pipe is maintained at a constant temperature of 150°C, determine the temperature at the base of the flange and the rate of heat loss through the flange. Air, 25°C h = 10 W/m2-K -Tp D; = 90 mm D; = 50 mm -T; = 150°C D = 60 mm ↑ Pipe, k = 16 W/m-K -t = 20 mm FIGURE P3-127
Transcribed Image Text:224 STEADY HEAT CONDUCTION heat transfer coefficient of 10 W/m2-K. If the inner surface tem- perature of the pipe is maintained at a constant temperature of 150°C, determine the temperature at the base of the flange and the rate of heat loss through the flange. Air, 25°C h = 10 W/m2-K -Tp D; = 90 mm D; = 50 mm -T; = 150°C D = 60 mm ↑ Pipe, k = 16 W/m-K -t = 20 mm FIGURE P3-127
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