When we turned the scale to 1, there was little to no change in the shape and size of the tank. For that reason, I don't believe it would fail at this pressure (just an estimate).
hi sir .how can make simulation for welled pressure vessel and tested the welled efficiency and type of material by applied pressure example 12 bar ....thanks
Create a simulation from a model made with a welded connection. That, or model the weld into the part as well as you can. Then, run a similar simulation. By the way, there is a "pressure vessel design study" made exactly for this purpose. All of these tips are just suggestions. Be sure to interface with a professional during all phases of simulation and design etc.
Thanks for the video!! Could you answer a question of mine please? At which surface of the vessel did you create the mesh. Inner/mid/outer surface? Or is it just solid 😂
So helpful GOOD presentation and Explanation.. Thanks
Great to hear! Thank you.
Could you say that with this pressure the material would fail based on the von misses?
When we turned the scale to 1, there was little to no change in the shape and size of the tank. For that reason, I don't believe it would fail at this pressure (just an estimate).
si, el factor de seguridad esta por abajo de 1
hi sir .how can make simulation for welled pressure vessel and tested the welled efficiency and type of material by applied pressure example 12 bar ....thanks
Create a simulation from a model made with a welded connection. That, or model the weld into the part as well as you can. Then, run a similar simulation. By the way, there is a "pressure vessel design study" made exactly for this purpose. All of these tips are just suggestions. Be sure to interface with a professional during all phases of simulation and design etc.
Thanks for the video!!
Could you answer a question of mine please?
At which surface of the vessel did you create the mesh. Inner/mid/outer surface? Or is it just solid 😂
This was done as a solid mesh with the inner surface being what were selected for the pressure.