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Professional CAD/CAM tools built on Inventor and AutoCAD
Integrated BIM tools, including Revit, AutoCAD, and Civil 3D
Professional CAD/CAM tools built on Inventor and AutoCAD
Transcript
00:03
After a steady state simulation has been run successfully.
00:07
If you do not need a text report,
00:09
you can simply review the results using the attribute tab of the model explorer
00:15
to begin double click the desired project dot APR file to open Argi
00:20
Pro.
00:22
Once the project starts,
00:23
click the info water pro tab to open the info water pro ribbon
00:29
in the project panel. Click initialize
00:33
on the info
00:34
water pro ribbon in the edit panel, click the select tool,
00:39
select a junction in the model and view its demand
00:41
and pressure in the attribute tab of the model explorer.
00:47
Now select the pump with ID P 160 on the right side of the system.
00:53
Again, in the attribute tab,
00:55
you can determine whether this pump was flowing during the simulation.
01:01
You can see that it was because the flow was pumping at 25.31 GPM.
01:08
Now select the tank with ID T 5000 in the lower left corner of the system.
01:14
Its attributes show how full this tank is.
01:19
The percentage volume field shows that it's 66.67%
01:23
or two thirds full
01:27
to check the rate that this tank is filling or draining. Look at the flow field.
01:32
The result shows 970.96 GPM.
01:36
This amount is positive. An indication that the tank is filling.
01:41
A negative amount would have indicated that the tank is draining.
Video transcript
00:03
After a steady state simulation has been run successfully.
00:07
If you do not need a text report,
00:09
you can simply review the results using the attribute tab of the model explorer
00:15
to begin double click the desired project dot APR file to open Argi
00:20
Pro.
00:22
Once the project starts,
00:23
click the info water pro tab to open the info water pro ribbon
00:29
in the project panel. Click initialize
00:33
on the info
00:34
water pro ribbon in the edit panel, click the select tool,
00:39
select a junction in the model and view its demand
00:41
and pressure in the attribute tab of the model explorer.
00:47
Now select the pump with ID P 160 on the right side of the system.
00:53
Again, in the attribute tab,
00:55
you can determine whether this pump was flowing during the simulation.
01:01
You can see that it was because the flow was pumping at 25.31 GPM.
01:08
Now select the tank with ID T 5000 in the lower left corner of the system.
01:14
Its attributes show how full this tank is.
01:19
The percentage volume field shows that it's 66.67%
01:23
or two thirds full
01:27
to check the rate that this tank is filling or draining. Look at the flow field.
01:32
The result shows 970.96 GPM.
01:36
This amount is positive. An indication that the tank is filling.
01:41
A negative amount would have indicated that the tank is draining.
At the end of this tutorial, you will be able to review steady state simulation results using the Attribute tab of the Model Explorer.
To view the demand and pressure for a selected junction:
In the Attribute tab, you can determine that this pump was flowing during the simulation because the Flow was pumping at 25.31 gpm.
Pan and zoom to the bottom-left corner of the system.
The % Volume field shows it at 66.67% full. To check the rate that this tank is filling or draining, look at the Flow field. The result shows 970.96 gpm. This amount is positive, an indication that the tank is filling. A negative amount would have indicated that the tank is draining.
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