A stainless-steel pipe (thermal conductivity 17 W/[m °C]) is being used to convey heated oil ( Fig. E4.9 ). The inside surface temperature is 130°C. The pipe is 2 cm thick with an inside diameter of 8 cm.The pipe is insulated with 0.04 m thick insulation (thermal conductivity 0.035 W/[m °C]). The outer insulation temperature is 25°C. Calculate the temperature of the interface between steel and insulation, assume steady-state conditions.

Question-Answer › Category: Food Engineering › A stainless-steel pipe (thermal conductivity 17 W/[m °C]) is being used to convey heated oil ( Fig. E4.9 ). The inside surface temperature is 130°C. The pipe is 2 cm thick with an inside diameter of 8 cm.The pipe is insulated with 0.04 m thick insulation (thermal conductivity 0.035 W/[m °C]). The outer insulation temperature is 25°C. Calculate the temperature of the interface between steel and insulation, assume steady-state conditions.

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arya asked 1 year ago

A stainless-steel pipe (thermal conductivity 17 W/[m °C]) is being used to
convey heated oil ( Fig. E4.9 ). The inside surface temperature is 130°C. The
pipe is 2 cm thick with an inside diameter of 8 cm.The pipe is insulated with
0.04 m thick insulation (thermal conductivity 0.035 W/[m °C]). The outer
insulation temperature is 25°C. Calculate the temperature of the interface
between steel and insulation, assume steady-state conditions.

Question Tags: Food tech.