@emirhan-dyna the section plane needs to be defined in the model before you run the simulation in order for it to work. Is this the case for your mode...

Hi @emirhan-dyna, Do you have a thickness defined in the t1, t2, t3, t4 fields of the *Section_Shell card for that part?

Hi @wjy950312, Sorry for the late response. So can you load that binout0000 file and do all these options show up for plotting or no? You can also ...

Hi @sakib135408, You need to make sure the nodes are not on rigid parts and make sure you add them to for extraction using *Database_history_node. ...

Hi @tnine, Interesting question! I think you might be able to take advantage of *Boundary_SPC_symmetry_plane. You will provide the PID of the cube ...

Hi @kamrani, I'd suggest you read through this help page which should give you a little more baseline info for contacts. You don't activate any of ...

Hi @sakib135408, Sounds like you have two nodally connected parts that are both rigid. You can find which parts are referencing a node by going to ...

Hey @francesco-curzio, Sorry for the delayed response. That offset option will only offset the elements inward or outward from their position. What...

@sakib135408 you can do this by moving elements to different parts in LS-PrePost in the Element tool tab, then Move/Copy

@rybask1 I believe the only thing that you would need is an MPP solver of dyna that you could launch from the HPC.

@wjy950312 You can also try searching for “NaN” or “out-of-range” and see if that yields anything

That error is quite the pain. Try some of the solutions discussed here in the past:

Hi @moaown, The section force of the rigid ball is zero because rigid parts cannot deform, so there is not way for that section to register force. T...

@kamrani You can make an *Element_mass and reference one of the nodes that defines the discrete element.

Hi @mogud, Are they connected? Or are they separate in space and are defined as 2 parts, such as PID 1 and PID 2? And you just want to make them bot...