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30) To specify Initial Conditions Select First Dependent VariableU from the list.

1. Keep the Replace previously specified condition (if any) item checked as the type of initial condition.
2. Keep the Apply to item at Entire Domain.

Note: Since we will be setting the condition as a constant, Select independent variable item is insignificant.

3. Check Constant and enter the value 1.0.
4. Click "Apply".

31) Click upon Initial Conditions Tab again and enter Dependent variables specifications for P, K and E one by one. Thus Set V=0.0: Change only the dependent variable to V and the constant value to 0.0, click "Apply".

32) Set P=0.0: Change only the dependent variable to P and the constant value to 0.0, click "Apply".

33) Set K=0.01: Change only the dependent variable to K and the constant value to 0.01, click "Apply".

34) Set E=0.111: Change only the dependent variable to E and the constant value to 0.111, click "Apply".

That concludes the setting of initial conditions.

35) Click "Boundary Conditions >>" button. This screen is shown in Fig.2.9. We will provide the experimental inlet values of U and K as a constant value.

Fig - 2.9: Window for specifying the boundary conditions for U Variable

36) For U values at the inlet

1. Select U as the dependent variable;
2. Leave type of boundary condition at Value;
3. Click on "Entire Boundary"
4. Select X- as direction;
5. Select Y as the independent variable
6. Select Constant and enter the value in text field as 1.0.
7. Click "Apply".

37) Similarly Set K=0.01: Change only the dependent variable to K and the constant value to 0.01, click Apply".

This concludes the boundary conditions

38) Click "Next >" to go to FLUID PROPERTIES & CONSTANTS dialog window. Here we will specify the fluid density and viscosity.

39) Click "Density >>" to go to Set Fluid Density dialog window as shown in fig 3.0

1. Select Constant Density and enter the value as 1.0.



Fig - 3.0: Dialog window for density

2. Click "Apply".

40) Click "Viscosity >>" to go to dialog window for viscosity.

1. Enter the Molecular Viscosity as 1.53E-03.



Fig - 3.0: Dialog window for Viscosity

2. Click "Apply".

   This conclude fluid Properties & Constants.

41) Click "Next >" to go to NATURE OF FLOW dialog window (See fig 3.1), and then select the options as follows. Click upon "Turbulence".

Fig - 3.1: Nature of Flow

1. Select Turbulent, High Re Models then K-epsilon model as shown in fig. 3.2



Fig - 3.2: Window for to specify Nature of flow.

2. Click "Apply"

42) Click "Next >" button to go to Output Option dialog window. (see fig 3.3)

Fig - 3.3: Output Options Dialog window

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