enrico1979
Guest
Bye, guys.
How are you? ?
I continue with fatigue, given the little time available, the learning of the classic of ansys (which well learned is really another world) and for this I decided, as recommended also in the forum to encounter me in the exercises of verification manual of the help. I was also interested in understanding how to achieve dynamic analysis (transient is sometimes not enough) with classic. I have therefore arrived at the vm195 exercise that I believe is my case.
after a careful analysis of the language I came to understand (at great lines ) like software reasons. I have a small problem though:
The combin7 element, repetrated 2 times in the exercise and representative of the rev joint, is thus introduced :
combin7,,1
k2 ( behaviour when stop is engaged) is placed equal to 1 (pin-axis is locked when a rotational stop is engaged (only after the first step).
Now what this command does actually make me clear. I thought it would block the relative rotation of the two beams from that connected element, but from the solution it does not seem to happen.
Can someone tell me what this command actually imposes? ? ?
thanks and good day to all
How are you? ?
I continue with fatigue, given the little time available, the learning of the classic of ansys (which well learned is really another world) and for this I decided, as recommended also in the forum to encounter me in the exercises of verification manual of the help. I was also interested in understanding how to achieve dynamic analysis (transient is sometimes not enough) with classic. I have therefore arrived at the vm195 exercise that I believe is my case.
after a careful analysis of the language I came to understand (at great lines ) like software reasons. I have a small problem though:
The combin7 element, repetrated 2 times in the exercise and representative of the rev joint, is thus introduced :
combin7,,1
k2 ( behaviour when stop is engaged) is placed equal to 1 (pin-axis is locked when a rotational stop is engaged (only after the first step).
Now what this command does actually make me clear. I thought it would block the relative rotation of the two beams from that connected element, but from the solution it does not seem to happen.
Can someone tell me what this command actually imposes? ? ?
thanks and good day to all