Problem # 3] A steam pipe has an exterior Diameter of 75 mm and is covered with lagging 25 mm thick with thermal conductivity of 0.09 W / m. K. The surface temperature of the lagging is 300°C on the inside & 80°C on the outside. Calculate the heat loss per meter.

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Problem # 3] A steam pipe has an exterior Diameter of 75 mm and is covered with lagging 25 mm
thick with thermal conductivity of 0.09 W / m. K. The surface temperature of the lagging is
300°C on the inside & 80°C on the outside. Calculate the heat loss per meter.
Problem # 4] A spherical vessel 2m diameter is lagged to a depth of 300mm. The thermal
conductivity of the lagging is 0.1 W/m.K. The temperature of the inside and outside of the lagging
Is 180°C and 40°C respectively. Calculate the heat loss in watt.
Transcribed Image Text:Problem # 3] A steam pipe has an exterior Diameter of 75 mm and is covered with lagging 25 mm thick with thermal conductivity of 0.09 W / m. K. The surface temperature of the lagging is 300°C on the inside & 80°C on the outside. Calculate the heat loss per meter. Problem # 4] A spherical vessel 2m diameter is lagged to a depth of 300mm. The thermal conductivity of the lagging is 0.1 W/m.K. The temperature of the inside and outside of the lagging Is 180°C and 40°C respectively. Calculate the heat loss in watt.
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