Transpiration cooling in a planar system, two large flat por
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Transpiration cooling in a planar system, two large flat porous horizontal plates is separated by a relatively small dis
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Transpiration cooling in a planar system, two large flat porous horizontal plates is separated by a relatively small distance L. The upper plate at y = L is at temperature TL, and the lower one at y = 0 is to be maintained at a lower temperature T0. To reduce the amount of heat that must be removed from the lower plate, an ideal gas at T0 is blown upward through both plates at a steady rate. Develop an expression for the temperature distribution and the amount of heat q0 that must be removed from the cold plate per unit area as a function of the fluid properties and gas flow rate. Use the abbreviation F = pCpvy/L/k.
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