One insulated wall of a cold-storage compartment is 8 m long by 2.5 m high and consists of an outer steel plate 18 mm thick. An inner wood wall is 22.5 m thick. The steel and wood are 90 mm apart to form a cavity which is filled with cork. If the temperature drop across the extreme faces of the composite wall is 15°C. Calculate the HEAT TRANSFER PER HOUR through the wall and the TEMPERATURE DROP across the thickness of the cork. Take the coefficients of thermal conductivity for steel, cork and wood as 45 W/m-K, 0.045 W/m-K, and 0.18 W/m-K respectively.
One insulated wall of a cold-storage compartment is 8 m long by 2.5 m high and consists of an outer steel plate 18 mm thick. An inner wood wall is 22.5 m thick. The steel and wood are 90 mm apart to form a cavity which is filled with cork. If the temperature drop across the extreme faces of the composite wall is 15°C. Calculate the HEAT TRANSFER PER HOUR through the wall and the TEMPERATURE DROP across the thickness of the cork. Take the coefficients of thermal conductivity for steel, cork and wood as 45 W/m-K, 0.045 W/m-K, and 0.18 W/m-K respectively.
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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One insulated wall of a cold-storage compartment is 8 m long by 2.5 m high and consists of an outer steel plate 18 mm thick. An inner wood wall is 22.5 m thick. The steel and wood are 90 mm apart to form a cavity which is filled with cork. If the temperature drop across the extreme faces of the composite wall is 15°C. Calculate the HEAT TRANSFER PER HOUR through the wall and the TEMPERATURE DROP across the thickness of the cork. Take the coefficients of thermal conductivity for steel, cork and wood as 45 W/m-K, 0.045 W/m-K, and 0.18 W/m-K respectively.
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