![]() But when I include this sub-assembly in to the top-assembly, the above errors show up while doing geometry check and no flow domain can be obtained… Anyway, all the problems are located in the part connection shown as below: This is somehow a little bit strange because the issue is within a sub-assembly, which has been successful through the air-tight-check on the simple tool FloXpress, done by my colleague. By using the Check-Geometry tool provided by the Flow Simulation software, it gives errors called “Invalid contacts” and “Invalid part”.(One will see this is not a leakage issue, if he or she continues reading on.) The first geometry trap (and yeah, there is a second trap blow, just keep reading), as the plot shows above, is making the Flow Simulation cannot find the correct flow domain geometries. However this week, I encountered this small geometry issue which seemingly brought me a big headache. I have been using SolidWorks Flow Simulation for sometime, and usually, in most cases, it works just fine. Geometry check results – Invalid contacts and invalid parts
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