What is an anti-vortex flow baffle? How is it connected to the cylinder?
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As shown in the diagram, it is the CAD drawing of the hydrogenation refining reactor. I now need to conduct a stress analysis on the lower head and the material feeding port. What do the anti-vortex baffles shown in the diagram look like, and how are they connected to the cylinder? I looked at the 2D diagrams in the design manual but didn’t understand them. I hope someone can explain them; it would be great if a 3D model could also be provided. Thank you all
For a rough ANSYS stress analysis, some details can be ignored. Can the vortex prevention baffles be ignored in this case?
Reinforcing nozzle for oil outlet connected to the head
Of course, it is directly welded to the head, or fixed using brackets.
I need to perform an Ansys stress analysis on this part – does it have a small hole in the middle or something like that? Could you roughly draw a 3D solid model of it?
It’s just a [T-shaped plate], as is clearly shown in the picture.
When viewed from the front, it looks like the first image you saw; the dashed circle seen from top to bottom represents the inner hole of the lower reinforcement tube, while there are no holes in the vortex prevention plate.
Yes, that’s right. You can analyze designs even without understanding the diagrams; please teach me how to do that in the future.
Stop mocking me; this diagram was provided by the teacher, and a rough ANSYS stress analysis needs to be carried out on it. If one can’t even understand the diagram, then focusing only on theory is not enough – practical application is also necessary.
I’m not being sarcastic – I’m good at looking at images, while you’re good at theory; wouldn’t it be better if we complemented each other?