p3ppi
Guest
Good evening to all,
looking in the forum I don't find a discussion about what I'm looking for and reading the solidworks guide is very long. I looked at tutorials on youtube but I can't find my specific case.
I should reposition a wheel in a position that I would call neutral position every time it is turned alternately clockwise and counterclockwise. I need the spring to be twisted. the wheel would turn about 270° to right and 270° to left and the neutral position of the spring would be 0°.
I'm trying to do motion analysis to size this spring.
the point where the spring is completely discharged and therefore in balance I have to define it, can not be random. I tried to put two springs but the simulation doesn't work. In fact the finished particular will have a single spring.
from what I understand I can't do motion simulation with the spring in the animation, but that doesn't interest me, I just care to insert it as "force" in the motion analysis.
Although the speech is not smooth, I think it is understandable, and if so I will not try to explain myself better.
Thank you for your help,
p3ppi.
looking in the forum I don't find a discussion about what I'm looking for and reading the solidworks guide is very long. I looked at tutorials on youtube but I can't find my specific case.
I should reposition a wheel in a position that I would call neutral position every time it is turned alternately clockwise and counterclockwise. I need the spring to be twisted. the wheel would turn about 270° to right and 270° to left and the neutral position of the spring would be 0°.
I'm trying to do motion analysis to size this spring.
the point where the spring is completely discharged and therefore in balance I have to define it, can not be random. I tried to put two springs but the simulation doesn't work. In fact the finished particular will have a single spring.
from what I understand I can't do motion simulation with the spring in the animation, but that doesn't interest me, I just care to insert it as "force" in the motion analysis.
Although the speech is not smooth, I think it is understandable, and if so I will not try to explain myself better.
Thank you for your help,
p3ppi.