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Method | Gtheta Value for k-e realizable 1_5 W one baffle |
|---|---|
Ave of Cell's Product (1) | .6698 |
Ave G* Floc residence time (2) | 45 |
Ave G*Ave N (3) | .617 |
The fourth method is to determine Π-value of the energy dissapation region and pressure drop of the flow:
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ν: kinematic viscosity (aproximatedly 3e-4 in region of interest)
Method | Gtheta Value for k-e realizable 1_5 W one baffle |
|---|---|
π-value, k (Monroe) | 20 |
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Gtheta was also plotted using the custom function in FLUENT. |
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\\ !aGtheta plot.png! (GӨ = Const. \[ε/υ\]^1/2^ \* \[Cell Volume/Vol. flow rate\] (4) \\ !aGtheta plot.png! |
With Const.=1, the Gtheta values range from 0 to 430 with the highest values at the boundary and in the separation regime. The plot ranges from 0 to .1 for contrast.