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Engineering · Mechanical Engineering
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Q2) A thin electrical resistance heater of uniform power is embedded in a thermally insulating material and subjected to an air flow as shown in the figure below. All known data are given in the figure. Evaluate all fluid properties at T and assume a critical Reynolds number of 5 x 105. tected to an airt fluid properties at T.. To 300 K -> Um = 15.9 m/s 25 cm 50 cm -Thin Heater, q 2 kW/m2 a) Calculate the heater surface temperature at the end of the heater: 7,(x = 75 cm). b) Calculate the heater surface temperature at the front of the heater: Tsx- 25 cm).

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