Thank you for the video! You have a very intelligible form of presenting information, especially for those who do not perceive English by ear. And the music is just what you need :)
Hello, thanks for the tutorial! I have a question: Does this simulate 0% infill or 100% infill of the 3D-printed model? Is there a way to model this stress test with specific infill percentage and pattern?
Definitely 100% infill, but its not possible to simulate 3D printing with this, this software completely ignored the limitations 3D printing has, namely layer adhesion. Printing a shape like this I would say its 25-40% as strong as the the test claims.
It's crazy anyone has access to this tool for free. We really live in an amazing time.
Absolutely!
Thank you for the video! You have a very intelligible form of presenting information, especially for those who do not perceive English by ear. And the music is just what you need :)
Thank you!
Thanks for the video! Great work as always and using PLA in the analysis was a great touch.
👍 Thanks for the 3D model and yes it's nice to see PLA in the material list of FreeCAD!
So well explained. Thank you very much.
Thank you too!
Wow😃😃😃
Thanks!
I replied everything on the same model but when I launch the Re-Run Calculix I have an "6.7: CalculiX execute error:" Damn!!!
Hi, did you select the latest feature of the body before doing a mesh operation?
@@AllVisuals4U Do you mean the FEMMeshNetgen? Yes. Thank's for your quick reply!
Yes! Is the Part exactly built as in the video?
@@AllVisuals4U Probably not! I'm downloading your original model from grabcad...
@@AllVisuals4U Ok, I had same error using your model. I'm using FreeCad Release 201.717
Hello, thanks for the tutorial!
I have a question: Does this simulate 0% infill or 100% infill of the 3D-printed model? Is there a way to model this stress test with specific infill percentage and pattern?
I'm not sure, but I assume it simulates a 100% infill! Don't know if that's adjustable.
@@AllVisuals4U thanks!
You're welcome!
Definitely 100% infill, but its not possible to simulate 3D printing with this, this software completely ignored the limitations 3D printing has, namely layer adhesion. Printing a shape like this I would say its 25-40% as strong as the the test claims.
Thanks!
👍👍