How can you rotate something 360 millimeters? 😅. It seems that your stress triaxiality is wrong, it should be arround 0.33, please verify. Anyway, it is a nice video.
Where do those damage properties come from? In the material definitions, you inserted 0,65 and also gave some number for the stress triaxiallity. Which parameters are these? Do they come from the material stress vs strain curve? Thank you.
@@ABAQUS_SIMULATION Thank you very much for your reply. The video is excellent and very detailed in terms of the strain explanations. However, I still don't understand where the "stress triaxiality" and "displacement at failure" come from. Could you give some insight, please? Thank you.
How can you rotate something 360 millimeters? 😅. It seems that your stress triaxiality is wrong, it should be arround 0.33, please verify. Anyway, it is a nice video.
Thank you so much 😅😅
Where do those damage properties come from? In the material definitions, you inserted 0,65 and also gave some number for the stress triaxiallity. Which parameters are these? Do they come from the material stress vs strain curve?
Thank you.
Hi
you can find more details about ductile damage properties in this videos: ua-cam.com/video/1_20DkihgIY/v-deo.html
@@ABAQUS_SIMULATION Thank you very much for your reply. The video is excellent and very detailed in terms of the strain explanations. However, I still don't understand where the "stress triaxiality" and "displacement at failure" come from. Could you give some insight, please? Thank you.
Thank you so much for such a great tutorial.
Thank you so much my freind
Hi sir.how i can drawing shap with circle section as fan hock.can u helpe me do it?
Bon continuation🎉🎉
Thank you