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To analyze water flow over a stationary horizontal flat plate, the boundary layer thickness and friction coefficient need to be graphed from x = 0.01 m to x = 1 m, with water velocity at 1 m/s. The friction factor is dependent on the Reynolds number, which varies with x. Expressions for both boundary layer thickness and friction factor can be utilized for this calculation. Using Excel is suggested as a simpler option for creating these graphs. Understanding these concepts is essential for accurately completing the assignment.
sam_smk
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water moves over a stationary horizontal flat plate of one-meter length. if velocity of water is 1 m/s, draw boundary layer and friction coefficient versus x for this plate.

hint: start your curves from x=1cm.Professor asked us to do it in Matlab or Excel and I'm not sure I understand how to do it.
 
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Hi, Sam!

There are expressions for boundary layer thickness and friction factor as functions of x (the friction factor is a function of Re, which in turn is a function of x) for flow over flat plates. Are you aware of them?

If I understood correctly, your professor is asking you to graph the boundary layer thickness and friction factor from x = 0.01 m to x = 1 m using said expressions. IMO, it's just easier to do this in Excel.
 

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