Hi. I'm working with a model non-linear analysis. The time bar is very slow to update the results. I don't know if depends from my hardware (i7 6700 - 16Gb RAM - Nvidia Quadro2000) or is a common problem (model 31356 nodes shell elements)
It sounds normal. but some display settings can slow it down a lot:
Tools -> Options -> Contour plot -> Resolution at either of the top two settings.
In case they're still 2D shells, not CCX's 3D solids, Show thickness. This triples the number of faces it displays for shells.
Moving the mouse over the graphics area while it's animating.
I tried a similar size mesh on a lower spec computer and the best it did was about 3 frames/second animating with the time slider. Shell structures are pretty tough on the graphics because there are no hidden internal elements that would ignored on a typical solid mesh.
EDIT: Tools -> Options -> Contour plot -> Gradient is faster than Banded. I get about 5 FPS with that on the same model.
One thing that I do in some cases is reduce the quatity of datasets that CCX saves, so by example 1 every 2, or 1 evry 5 in some cases or less. This reduce the global size of the result file. Use the FREQUENCY parameter on the NODE FILE card:
"FREQUENCY applies to nonlinear calculations where a step can consist of several increments. Default is FREQUENCY=1, which indicates that the results of all increments will be stored. FREQUENCY=N with N an integer indicates that the results of every Nth increment will be stored. The final re- sults of a step are always stored. If you only want the final results, choose N very big. "
Comments
EDIT: Tools -> Options -> Contour plot -> Gradient is faster than Banded. I get about 5 FPS with that on the same model.
"FREQUENCY applies to nonlinear calculations where a step can consist
of several increments. Default is FREQUENCY=1, which indicates that the
results of all increments will be stored. FREQUENCY=N with N an integer
indicates that the results of every Nth increment will be stored. The final re-
sults of a step are always stored. If you only want the final results, choose
N very big. "