It really depends on a specific model, but generally speaking, there probably would be some problem with the model or loading. However, you can send your model to us, and we can check the reason for this outcome.
@IDEA StatiCa And what happens when the buckling factor is < 1,00 I suppose when the factor < 1,00 it will buckle But… As we insert a buckling shape imperfection, and afterwards we check the stress in the plates with the imperfection. If the stresses are smaller than the yield stress, that means the plates/members can resist the buckling ? So is it allowed to have a buckling factor < 1,00 ? of not, why not ?
@@ideastatica_en And what happens when the buckling factor is < 1,00 I suppose when the factor < 1,00 it will buckle But… As we insert a buckling shape imperfection, and afterwards we check the stress in the plates with the imperfection. If the stresses are smaller than the yield stress, that means the plates/members can resist the buckling ? So is it allowed to have a buckling factor < 1,00 ? of not, why not ?
what to do if the buckling factor is coming "zero". is it wrong connection design or some command is missing/incorrect?
It really depends on a specific model, but generally speaking, there probably would be some problem with the model or loading. However, you can send your model to us, and we can check the reason for this outcome.
@IDEA StatiCa
And what happens when the buckling factor is < 1,00
I suppose when the factor < 1,00 it will buckle
But…
As we insert a buckling shape imperfection, and afterwards we check the stress in the plates with the imperfection. If the stresses are smaller than the yield stress, that means the plates/members can resist the buckling ?
So is it allowed to have a buckling factor < 1,00 ? of not, why not ?
The buckling factor can be any positive rational number. If less than zero - no buckling
Jonathan, if your buckling factor is
Awesome.
Glad you think so!
@@ideastatica_en
And what happens when the buckling factor is < 1,00
I suppose when the factor < 1,00 it will buckle
But…
As we insert a buckling shape imperfection, and afterwards we check the stress in the plates with the imperfection. If the stresses are smaller than the yield stress, that means the plates/members can resist the buckling ?
So is it allowed to have a buckling factor < 1,00 ? of not, why not ?
The buckling factor can be any positive rational number. If less than zero - no buckling