I would like to stop it with a sort of spherical surface with the same thickness of the piece. Thank you so much gianni55 but I struggle to put your advice in place.but do you want to stop it, or act only on the edge?
on the edge: Internal fitting equal to half thickness, outer fitting equal to half thickness
cap: outside edge extracts, profile selections extracted, prisma same direction, thickness to pleasure, fittings on external to pleasure
almost spherical stopper: you need to build surfaces and sew them to solid
"you're always going out of the "generative shape design" environment? the prism goes straight, how do I make it "fold" towards the center? Thank you and excuse ignorance.outside edge, profile selections extracted, create prism with direction axis direction tube with thickness about as the maximum size of the pipe , execute fittings on external giving it pseudo spherical shape, perform an emptying equal to the thickness of the tube
Let me know.
Good morning gianni55, I don't know how you managed to redesign the piece. I tried to open the annex but it gives me the following error:yes from the generative shape
Of course the prism goes straight
then you make the fittings
(with that basic profile the ball is approximated with fittings see example attached)
View attachment 50370View attachment 50369
I never even used the "guscio" command. the version I use is v5r19. Thank you so much!I'm sorry, but I can't use the emptying command. I looked on the net but I didn't find much, maybe I should look in English. I came to close the "tubo" with the fittings, following your advice. Now I want to empty it from inside using the "emptying" command. Can I still take advantage of your kindness? Thank you.at the beginning better just "create a geometric group"


I'm on my way, I did it. Thank you!You should at least find a caty guide otherwise it is difficult. . .
cmq faces to be erased select the inner face, the one that is seen in the first image
then assign a value to the internal thickness.
to practice, build a simple parallelepipedo and then do some evidence