tangent coupling

[gtsolid]

Bye to all,
I'm studying the movements that a mill can do in working a turbine case.
I would like to move the mill with the mouse and see the maximum positions reachable.
I've inserted a tangency (but why don't you let me do it between two surfaces?) and a parallelism, but I'd like the mill to not enter the material, some kind of collision control always active.

Do you have any advice? I don't know if it's the right way to proceed.

 

[asblo]

so to nose I would put a coincidence between the circumference you need (or if it does not take two horizontal points) and the curved surface of the inside turbine, so it can not cross

 

[gtsolid]

Thank you, but the tangence I have on my feet creates more or less the same thing, I want you not to hit the stem in the back.

 

[LaboratorioDieci]

Bye to all,
I'm studying the movements that a mill can do in working a turbine case.
I would like to move the mill with the mouse and see the maximum positions reachable.
I've inserted a tangency (but why don't you let me do it between two surfaces?) and a parallelism, but I'd like the mill to not enter the material, some kind of collision control always active.

Do you have any advice? I don't know if it's the right way to proceed.

I did a test, and I saw that with "the component shift", activating the "physical dynamic" option, you can simulate the behavior you ask

 

[gtsolid]

helpful thanks, it gave some result also a couple based on a path, in my helical case.