3. (7.29) Air at temperature of 25∘C flows parallelly at a speed of 5 m/s over a 1−m long flat plate that is heated from

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3. (7.29) Air at temperature of 25∘C flows parallelly at a speed of 5 m/s over a 1−m long flat plate that is heated from

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3 7 29 Air At Temperature Of 25 C Flows Parallelly At A Speed Of 5 M S Over A 1 M Long Flat Plate That Is Heated From 1
3 7 29 Air At Temperature Of 25 C Flows Parallelly At A Speed Of 5 M S Over A 1 M Long Flat Plate That Is Heated From 1 (40.71 KiB) Viewed 27 times
3. (7.29) Air at temperature of 25∘C flows parallelly at a speed of 5 m/s over a 1−m long flat plate that is heated from below with a uniform heat flux of 1250 W/m2. Assume that the flow is fully turbulent over the length of the plate. a) Calculate the plate surface temperature, Ts​(L), and the local convection coefficient hx​(L) at the trailing edge (x=L). b) Calculate the average temperature of the plate surface, Ts​.
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