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For the three-dimensonal object shown in the figure below, five faces are insulated. The sixth face (PQRS), which is not insulated, interacts thermally with the ambient, with a convective heat transfer coefficcient of 10 W/m²K.

For the three-dimensonal object shown in the figure below, five faces are insulated. The sixth face (PQRS), which is not insulated, interacts thermally with the ambient, with a convective heat transfer coefficcient of 10 W/m²K. The ambient temperature is 30°C. Heat is uniformly generated inside the object at the rate of 100W/m³. Assume the face PQRS to be at uniform temperature, what is its steady state temperature?

For the three-dimensonal object shown in the figure below, five faces are insulated. The sixth face (PQRS), which is not insulated, interacts thermally with the ambient, with a convective heat transfer coefficcient of 10 W/m²K.

Mech_59 Asked on 7th September 2023 in Mechanical engineering.
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    RE: For the three-dimensonal object shown in the figure below, five faces are insulated. The sixth face (PQRS), which is not insulated, interacts thermally with the ambient, with a convective heat transfer coefficcient of 10 W/m²K.

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    engg_guy Answered on 11th September 2023.
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