How to perform buckling analysis for equal angles in u-u and v-v axis????
When i have equal angles firs i use L-profiles from database and i am performing analysis in y-y and z-z axis after designing i am changing L-profile into LP-profile and that LP-profile i am checking for minimum axes (v-v).
My qustion is: Is it possible to design one L-profile taking in account all 4 axes y-y ; z-z and principal axes v-v ; u-u.
(so my way is the only way or there is something else, much easier????)
This is very important when i am working towers because significantly reduces design time.
There are two types of angle families in almost every database.
with P in name means in principal axes
I just came across this thread now while looking for a solution to a similar query and just need a little further clarity:
If I am designing EQA bracing as per the attached sketch and am concerned about buckling, would I need to run the analysis using EQA sections and then change the sections to EQAP and run the anlysis again to check the alternative axes? Or would RSA automatically check buckling about all the axis on the original analysis?
Thanks