Hi Rob,
Thanks for your reply. I will think on whether the 2D step is necessary then.
Here is an annotated diagram of my simulation. Air enters at the inlet (in blue) and exits through the slit outlet (in red). The turbulence model is Transition SST. The inlet velocity is known and the goal of the simulation is to monitor the velocity field at the outlet
My primary trouble with setting up the simulation is defining the outlet. When setting up the named selections in the meshing step, i don't know how to define the slit gap as the outlet. Selecting the surrounding edges did not work. Could you shed some light on how a gap could be defined as an outlet?
Thanks again.
Thanks for your reply. I will think on whether the 2D step is necessary then.
Here is an annotated diagram of my simulation. Air enters at the inlet (in blue) and exits through the slit outlet (in red). The turbulence model is Transition SST. The inlet velocity is known and the goal of the simulation is to monitor the velocity field at the outletMy primary trouble with setting up the simulation is defining the outlet. When setting up the named selections in the meshing step, i don't know how to define the slit gap as the outlet. Selecting the surrounding edges did not work. Could you shed some light on how a gap could be defined as an outlet?
Thanks again.
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