@syltab, you emm..., we wouldn't answer!! :)
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That's what we're here for ;) =)
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@Benoit,
I register the parts externally because I use them for other customers, so I would like to find the properties of these parts
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:/
Well, what I don't really see is why you draw your flow rates in the "context" of a room.
Let me explain: typically, when I have elements that I want to reuse, I make them pieces in their own right, with their own construction tree.
Let me take an example: You have a U-shaped rail and bent sheets added to split it on the ground.
I'll make a sldprt, folded dough, with his plan. This piece can be reused elsewhere without any concern for filiation.
So when I make my rail, specific to a customer, I make my U-rail out of bent sheet metal, then I insert my solder paste (Insertion/Part).
Do you follow me?
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if your parts are parts to be used in several places
Why not create models and store them in a custom library
This will allow you to take your piece(s) from your library(s)
who she(s) will have all these settings and characteristics of her own
it will then be sufficient to make families of parts if necessary
and to complete them with each new configue if necessary
@+ ;-))
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Yes, of course the logic would be to draw piece by piece and assemble them to make the assembly afterwards.
I have already said it before it seems to me...
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Mea Culpa @Bart, I didn't reread the 6 pages before posting :D
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I understand, I'm going to try to make a library right now.
This will get around the problem of properties on multi-body sheet metal
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Personally, I would rather go for an assembly of several sheet metal parts.
It would be more logical and simpler if there is a modification afterwards.
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+1 with @Bart, if these bodies are reusable for other customers, a library must be created and the mechanically welded assemblies must be processed.
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Thank you all,
I understood how to proceed now, it's only a trick to get around the problem but I'll comply with it.
Have a good day everyone.
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@ syltab put a resolution on the most relevant answer
@+ ;-))
To follow-up,
As I have filled in indications in the properties of the parts of the multibody (Material plane number, etc.), when I make the drawing of the multibody by selecting the bodies for each part, I would like to find these properties in the cartridge, and not the properties of the multibody, is it possible?