leiperature IS 330 K. Flnd the heat loss per unit area and the temperature of the junction of the fire brick and insulating brick? RI Ro 5. In Sohar Petroleum Company, a steam pipeline, with 150 mm ID and 160 mm OD carries steam. The pipeline is surrounded with a layer of heat insulating material (K=0.08 W/m.k) 0.5Sm of thickness 100 mm. The temperature drops from 392.8 K to 313 K across the insulating surface. Determine the rate of heat loss per 1 m length of pipe line. ID = 1Somm 160 mm OD h-l00 mm / K= 0.08 wr

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Chapter1: Units, Trigonometry. And Vectors
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temperature is 330 K. Find the heat loss per unit area and the temperature of the junction of
the fire brick and insulating brick?
RO
5. In Sohar Petroleum Company, a steam pipeline, with 150 mm ID and 160 mm OD carries
steam. The pipeline is surrounded with a layer of heat insulating material (K=0.08 W/m.k)
of thickness 100 mm. The temperature drops from 392.8 K to 313 K across the insulating
surface. Determine the rate of heat loss per 1 m length of pipe line.
ID = 1Somm
160 mm OD,h-loo mm
.K=0.08w/m.k
%3D
「-392.8 ん/ 12 = 313k
= 313 K
2.
Transcribed Image Text:temperature is 330 K. Find the heat loss per unit area and the temperature of the junction of the fire brick and insulating brick? RO 5. In Sohar Petroleum Company, a steam pipeline, with 150 mm ID and 160 mm OD carries steam. The pipeline is surrounded with a layer of heat insulating material (K=0.08 W/m.k) of thickness 100 mm. The temperature drops from 392.8 K to 313 K across the insulating surface. Determine the rate of heat loss per 1 m length of pipe line. ID = 1Somm 160 mm OD,h-loo mm .K=0.08w/m.k %3D 「-392.8 ん/ 12 = 313k = 313 K 2.
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