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c.Use the mouse to obtain the view that is shown in Figure 3.18: Overlay of Pathlines Colored by Pressure on Velocity Vectors and Temperature Contours Scene (p. 128).

Figure 3.18: Overlay of Pathlines Colored by Pressure on Velocity Vectors and Temperature Contours Scene

3.4.12. Creating Exploded Views

The Scene Description dialog box stores each display that you request and allows you to manipulate the displayed items individually. This capability can be used to generate “exploded” views, in which results are translated or rotated out of the physical domain for enhanced display. As shown in the Scene Description dialog box, you can experiment with this capability by displaying “side-by-side” velocity vectors and temperature contours on a streamwise plane in the module wake.

1.Clear the temperature contours, velocity vectors, and pathlines from the current display.

Click the Close Tab button () to clear the graphics window (located at on the right-hand side of the graphics window tab).

2.Create a plotting surface at X = 3 inches (named x=3.0in), just downstream of the trailing edge of the module.

Results → Surface → Create → Iso-Surface...

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Setup and Solution

Tip

For details on creating an isosurface, see Creating Isosurfaces (p. 103).

3.Add the display of filled temperature contours on the x=3.0in surface.

Results → Graphics → Contours → Edit...

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a.Disable Draw Mesh under Options.

b.Deselect all surfaces in the Surfaces list.

c.Select x=3.0in from the Surfaces selection list.

d.Click Display and close the Contours dialog box.

The filled temperature contours will be displayed on the x=3.0in surface.

4.Add the velocity vectors on the x=3.0in plotting surface.

Results → Graphics → Vectors → Edit...

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Setup and Solution

a.Enable the Draw Mesh option in the Options group box to open the Mesh Display dialog box.

i.Retain the default settings.

ii.Close the Mesh Display dialog box.

b.Enter 1.9 for Scale.

c.Set Skip to 2.

d.Deselect all surfaces.

e.Select x=3.0in from the Surfaces selection list.

f.Click Display and close the Vectors dialog box.

The display will show the vectors superimposed on the contours of temperature at =3.0 in.

5.Create the exploded view by translating the contour display, placing it above the vectors (Figure 3.19: Exploded Scene Display of Temperature and Velocity (p. 133)).

View → Graphics → Compose...

a.Select temperature_contour-9 from the Names selection list.

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b. Click the Transform... button to open the Transformations dialog box.

i.Enter 1 inch for Y in the Translate group box.

ii.Click Apply and close the Transformations dialog box.

The exploded view allows you to see the contours and vectors as distinct displays in the final scene (Figure 3.19: Exploded Scene Display of Temperature and Velocity (p. 133)).

c.Deselect Overlays.

d.Click Apply and close the Scene Description dialog box.

e.Mirror the image about the chip symmetry plane.

f.Magnify the view, as shown in Figure 3.19: Exploded Scene Display of Temperature and Velocity (p. 133).

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