Please let me know what your guess and scientific opinion about these solidworks parts are:

https://drive.google.com/file/d/1x4Q8M_2ekajwrxrK7wmKf3vsUVbEBIN-/view?usp=sharing

3 minutes ago, nimb777 said:

Please let me know

Don't hold your breath. Chances are nobody will respond because, according to the forum Guidelines,

Quote

members should be able to participate in the discussion without clicking any links or watching any videos.

 

it's a periodical object with a plastic deformation appendage for reactive force orthogonalization.

Try not to bite it.

Since you created this object in 3D software, there should be no problem in showing how it works, i.e., generating an animated gif and posting it on this page so we can see how it moves.

The problem with such objects is that they look good in 3D, but jam when printed and attempted to be used.

Do you have a 3D printer or access to one to print this in real life?

 

Making a simple screw and a long nut for it took a full day of modeling (>8h) and 3D printing >5 versions before it worked as expected and did not stuck.. I didn't want to read books on the subject (that would have taken even longer than the experiments!)..

 

Try making a rubik's cube in 3D. Don't use downloaded ready-made ones or dismantle the real. All the “magic” happens inside..

 

Edited February 16Feb 16 by Sensei

I'll edit the parts for printing and record a video.