- 1 Air At T 100 C And U 0 1 M S Flows Over A Flat Plate At T 30 C The Temperature T T Uy 1 Exp V T T Distributi 1 (19.68 KiB) Viewed 32 times
1. Air at T = 100 °C and u= 0.1 m/s flows over a flat plate at T = 30 °C. The temperature T-T uy =1-exp V T-T distributi
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1. Air at T = 100 °C and u= 0.1 m/s flows over a flat plate at T = 30 °C. The temperature T-T uy =1-exp V T-T distributi
1. Air at T = 100 °C and u= 0.1 m/s flows over a flat plate at T = 30 °C. The temperature T-T uy =1-exp V T-T distribution in the boundary layer is given as = 0.02 W/m-°C, and v=20x10-6 m²/s. (a) Determine the surface heat flux. (b) Determine convective heat transfer coefficient at the surface. - Pr- where Pr = 0.7, k