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30) Click "Next >" to go to NATURE OF FLOW (See Fig.2.3). Click upon Turbulence.

Fig 2.3 Window to specify Nature of flow.

1. Select Turbulent.
2. Select k-epsilon model under High Re Models.
3. Click "Apply".

31) Click "Next >" to go to Output Option dialog window. see fig 2.4

Fig - 2.4: Output Option dialog window

32) Click "Solution File Option >>". A dialog window will appear as shown in fig 2.5.

Fig. 2.5 Window for Solution Options.

1. Select "Customize Solution File option", Formatted (ASCII).
2. Select the Variables as U, V, P, K, E, L and MU. (Press Ctrl for multiple option).
3. Under File name don't change it and click on "At the End Only" under Frequency option.
4. Click "Apply"

33) Now Click on "Advanced" button. A dialog window appears (see Fig 2.6)

Fig 2.6 Advanced output control options

34) Click "Diagnostic Information >>" to specify the diagnostic element number as 1000 and frequency of diagnostic information as 1.

35) Select all other option as shown in fig 2.7 and click "Apply".

Fig 2.7 Window for diagnostics.

36) Click "Close" on Advanced output control options dialog window.

37) Click "Next >" to go to Operational Control dialog Window. (See fig 2.8)

Fig 2.8 Operational Control Dialog

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