Karthik. Thanks for clarifying my question regarding Fluent Meshing, I understand better now.
For the simulation, I was trying to do a MRF, and yes, a steady run. Regarding what you said about "when the streamline touches the turbine, the streamline should end" does this mean that I would not be able to see how the air flows at the turbine's outlet?
Lastly, I am doing the simulation in Fluent and have tried to plot pathlines on the turbine, but I get a similar plot of pathlines to the picture I posted above. As for the velocity contour, I Have also tried this but the flow does not make sense. I think it has to do with what Sir Rob mentioned about fluid:fluid boundaries being set to wall. Here is a sample velocity contour:
As you can see, I can't really assess the flow around the turbine. I will have to try changing the fluid:fluid boundary from Wall to Internal in Fluent Meshing to see if it changes.
I truly appreciate your input on this matter
Regards Erwin
For the simulation, I was trying to do a MRF, and yes, a steady run. Regarding what you said about "when the streamline touches the turbine, the streamline should end" does this mean that I would not be able to see how the air flows at the turbine's outlet?
Lastly, I am doing the simulation in Fluent and have tried to plot pathlines on the turbine, but I get a similar plot of pathlines to the picture I posted above. As for the velocity contour, I Have also tried this but the flow does not make sense. I think it has to do with what Sir Rob mentioned about fluid:fluid boundaries being set to wall. Here is a sample velocity contour:
As you can see, I can't really assess the flow around the turbine. I will have to try changing the fluid:fluid boundary from Wall to Internal in Fluent Meshing to see if it changes.I truly appreciate your input on this matter
Regards Erwin
You are navigating away from the AIS Discovery experience