I dry on a curved machining part with a precision of 0.1mm. I can't find the function for my full bridle to fit the curve I sketched (in red on the picture). I found 2-3 questions in the same genre, but I can't transpose it to my problem.
Attempt n°1: I manage to make a gable, but afterwards, the holes are not suitable, so this order of the functions is not good. Attempts 2 to 4: unsuccessful attempts Attempt n°5: I manage to prepare my machining in a flat version, but I can't get the back of my part to fit on a gable on 1 axis only.
Your description of a room " curved on a single axis " lacks clarity...
I see three possibilities:
the " outer " face on the right is spherical: it is sufficient to replace the rectilinear segment by an arc of a circle in the " Revolution1 " function;
The outer face is cylindrical: I propose as a first function an extrusion of a sketch with the curve in the form of an arc of a circle. The " inner " shape is then obtained by removing material by revolution;
the part is generally curved, both outside and inside: simply take your model and apply a Flexural type deformation (Insertion > Function > Flexion) to the " Revolution1 " function with the appropriate radius.
In all three cases, I reduced the radius of the curve to 500mm to better visualize the result. Simply change this value to 2200mm in the appropriate function.
It remains to be understood what " suitable holes " mean: axes parallel to Z, axes normal to the outer face, to the inner face...?
attached is a version with two configurations, the 1st is with the " foldable " version for cutting and the second is the " Finished Part" which does not unfold but is for the MEP so the increment in an ASM GABLE R2200 AC COBRA MACHINING. SLDPRT (1.4 MB)
Hello Thank you @ac_cobra_427 and @m.blt for your answers. Indeed, I explained the history of the holes badly. The solution I was looking for was "flexing" by making the holes before the flex. I'm going to see a little bit how this function works, which I didn't know about.
