30 mm wide and 2 mm thick circumferential (annular) fins of rectangular profile are placed on a 50 mm OD pipe to dissipate the heat. The construction material for the fin and the pipe is stainless...



Heat Transfer Question (Chemical Engineering)



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30 mm wide and 2 mm thick circumferential (annular)<br>fins of rectangular profile are placed on a 50 mm OD pipe<br>to dissipate the heat. The construction material for the fin<br>and the pipe is stainless steel. The outside surface<br>temperature of the pipe is 150°C and the ambient<br>temperature is 25°C. Outside heat transfer coefficient is<br>ho=75 W/m²-K. The thermal conductivity of stainless<br>steel is ks-40 W/m-K. Calculate the heat loss per fin.<br>50mm<br>30mm<br>2mm<br>

Extracted text: 30 mm wide and 2 mm thick circumferential (annular) fins of rectangular profile are placed on a 50 mm OD pipe to dissipate the heat. The construction material for the fin and the pipe is stainless steel. The outside surface temperature of the pipe is 150°C and the ambient temperature is 25°C. Outside heat transfer coefficient is ho=75 W/m²-K. The thermal conductivity of stainless steel is ks-40 W/m-K. Calculate the heat loss per fin. 50mm 30mm 2mm

Jun 09, 2022
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