bConverged

Drop

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Drop

**Figure 88:** Geometry of a drop
$\begin{figure}\begin{center} \epsfig{file=Channeldrop.eps,width=7cm}\end{center}\end{figure}$

The geometry of a drop is shown in Figure 88. Although a drop is really a discontinuity, a small fictitious length an a slope have to be assigned. For the slope one can take the mean values of the slopes of the adjacent channels. The following constants have to be specified on the line beneath the *FLUID SECTION,TYPE=CHANNEL DROP card:

the width
the slope (if zero is taken)
the length (if $L \le 0$ the length is calculated from the coordinates of the end nodes belonging to the element)
the drop size

Example files: channel10, channel12.

guido dhondt 2011-03-26