Consider a hexagonal cylinder subjected to the steady cross flow of flue gas, as shown in the figure below. If D-39-cm, and the gas flow is well represented by a uniform gas velocity V=2.4-m/s, find the mean Nusselt number for this case. Given: Properties of the flue gas are given as cp 907 J/kg.K, p=0.96 kg/m³, v =48 x10-6 m²/s, and k =0.060 W/m.K. V? D

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Consider a hexagonal cylinder subjected to the steady cross flow of flue gas, as shown in the figure below. If

D = 39 ? cm

, and the gas flow is well represented by a uniform gas velocity

V = 2.4 ? m / s

, find the mean Nusselt number for this case. Given: Properties of the flue gas are given as

c_{p} = 907 J / kg . K, ? = 0.96 kg / m^{3}, ? = 48

\times 1 0^{? 6} m^{2} / s

, and

k = 0.060 W / m ? K

.

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