TUFLOW 1D2D Boundary Configuration Guidance: Difference between revisions

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Consider the 1D-2D linking shown in Figure 1.5 The HX boundary “HXb1” shown in red is connected at each end to the same 1D node, whereas the remaining HX boundaries shown in purple are connected at each end to different 1D nodes. In the case that the flow is leaving the 2D domain to enter the 1D channel, the boundary is usually stable without energy correction, however for the reverse case, under high flow velocity conditions, the boundary may display instability or recirculation. If this does occur the problem may be remedied via an energy correction, using the command
<font color="blue"><tt>HPC Boundary Approach </tt></font> <font color="red"><tt>==</font> Method B </tt>. Note that this will likely cause water level lines to display some discontinuity between the 1D and 2D domain across the boundary.
 
[[File:1D2DHXEnergyCorrection.png|500px]]<br>