I'm working on a big plated structure modelled with shell elements.
I found that is very complicated to manage it in Mecway for the following reason:
To assign plate thickness is necessary to select faces and create a "new component". Generating a new mesh one has to delete the components creates before and repeat the procedure (select faces -> new component -> assign material)
I'm right or there is a faster procedure?
Another question: with the internal solver there is a simply law to estimate the required RAM linked to the number of nodes (or DOF)?
Because I need to buy more RAM
Comments
Tomorrow I will try with 32 Gb of RAM.
Internal solver: https://mecway.com/forum/discussion/comment/1139/#Comment_689
CCX: https://mecway.com/forum/discussion/comment/3166/#Comment_3141
As for recreating components, I don't think there's a shortcut if it comes from a single STEP file. Only if it was multiple files would they automatically be assigned to different components. If you're not already doing it, you can assign the faces to named selections, then click on them to select them instead of doing it graphically.
I saw that the problem is related to bonded contact. I have created a single step file and the solution time is acceptable with less memory usage:
About 300k nodes -> Linear static analysis with internal solver -> about 13 minutes with Ryzen7 2700x and 16 Gb RAM
I need another hint about graphical performance. In fact Mecway is slow on rotating the model, zoom etc. Does it depend from the GPU?
Version 13 will have faster graphics for navigation, especially rotation and panning.
I have a issue with several load combinations because Mecway, when you are adding a new load, automatically makes this load active for all load configurations.
I think that is better the opposite way: a new load added on a specific load configuration is automatically suppressed for the others.
Obviously is my opinion and I found the procedure improper when you have to manage several LC and loads.
PS I noticed that installing Mecway in a new Windows installation (same machine but more RAM free) zooming, pamming etc. are faster
Regards
For the new install, are you sure all the display settings were the same?: Node/face/element selection mode and all options in the bottom section of View menu?
Better!
Yes, same display setting.
I tried again a solution with bonded contact and new RAM modules until 32Gb. Applying constraint step occupies until 24 Gb RAM (only for Mecway)
Visualization is fluid also refinig mesh to about 1M nodes