Someone has already solved the Continuity, Navier-Stokes, and Energy equations to determine the temperature profile equation...

   

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Someone has already solved the Continuity, Navier-Stokes, and Energy equations to determine the temperature profile equation within the thermal boundary layer (with thickness d) for forced convection of air across a horizontal surface: 3 T(y) = 20 + 60. · { ₁ - ² · (² ) + + · (²) ³} ° C 2 2 y is the vertical distance from the surface (y=0 at surface, and y=8, at the top of the thermal boundary layer). The units on the above equation are °C. What is the film temperature for this problem? At some distance x along the plate the boundary layer thickness is & = 3mm. What is the heat flux at the surface at this location? Don't use Nusselt correlations to calculate. To To X Free-stream 18₁ Too Thermal boundary T layer T, +0.99(T-T₂) Someone has already solved the Continuity, Navier-Stokes, and Energy equations to determine the temperature profile equation within the thermal boundary layer (with thickness d) for forced convection of air across a horizontal surface: 3 T(y) = 20 + 60. · { ₁ - ² · (² ) + + · (²) ³} ° C 2 2 y is the vertical distance from the surface (y=0 at surface, and y=8, at the top of the thermal boundary layer). The units on the above equation are °C. What is the film temperature for this problem? At some distance x along the plate the boundary layer thickness is & = 3mm. What is the heat flux at the surface at this location? Don't use Nusselt correlations to calculate. To To X Free-stream 18₁ Too Thermal boundary T layer T, +0.99(T-T₂)

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Given the temperature profile equation within the thermal bounda... View the full answer