In what way can I apply a 20Nm torque force to a shell surface in Abaqus? As Abaqus doesn't have the torque force in the load options. (OR) How can I convert 20Nm of torque to surface pressure?
The only way to relate <...torque...> to <...pressure...> is to introduce something with the dimensions of [length]cubed. There isn't enough in the original post to determine what it is. In its absence, nobody <...can...>.
__________________
"Did you get my e-mail?" - "The biggest problem in communication is the illusion that it has taken place" - George Bernard Shaw, 1856
I am trying to evaluate the contact pressure on the sleeve of a roller chain. There was a pre-tension of 20Nm acting on the chain pin and sleeve on either side.In which form of load do you suggest me to apply this tension in Abaqus ?
__________________
"Did you get my e-mail?" - "The biggest problem in communication is the illusion that it has taken place" - George Bernard Shaw, 1856
I just couldn't picture it. He didn't define the shell surface, so I think I immediately thought "complex". Your reply is apt to the topic, and OPs thread in the interrim bears this out. Hmh.
__________________
"Reason is not automatic. Those who deny it cannot be conquered by it. Do not count on them. Leave them alone." - Ayn Rand
I just picked the first thing that came to mind about applying torque to a cylinder.
The roller chain instance may be complex. In the straight shots between sprockets, there is no torque on the sleeves. However, as the chain goes around any sprockets, the forces vary in ways that are complicated by chain wear ("stretch") and by the sleeve/pin versus sleeve/sprocket coefficients of friction as well as by lubrication.
__________________
In vino veritas; in cervisia carmen; in aqua E. coli.
Exactly. At first, i am trying to apply the pre-tension to the pin surface pressfitted by link plates. And then the bushing tension derived from mks to the pin surface surrounded by bearing sleeve.
...and the reason for not mentioning this stuff in the original post was what, please?
__________________
"Did you get my e-mail?" - "The biggest problem in communication is the illusion that it has taken place" - George Bernard Shaw, 1856
There was no reason, I think I didn't elaborate the question to the point. But now, I think you understood the scenario. If you do have suggestions, it would help me tackle the challenge.
"Almost" Good Answers: