Комментарии:
The way you have presented multiple buckling types in one single video is awesome. Hats off.
ОтветитьFor Non linear thermal buckling , how to find the critical buckling temperature
ОтветитьDear sir, thanks for a brilliant video. I'm wondering if it can couple two buckling mode shapes?
Ответитьwhy i cannot change the material properties from linear to non linear?
ОтветитьHi, can i have your email, i want to ask about my problem regarding my project
ОтветитьHow do i scale it i didn't understood and i am getting the normal deformation not at center but at top how shall i change it
ОтветитьGreat video! Thanks!
ОтветитьThank you Endeavos Innovations. A great presentation.
Ответитьnice explanation
ОтветитьAre there any specific guidelines on defining the number of steps/substeps (initial, minimum, and maximum), plus Step End Time?
ОтветитьThank you very much for this clear explanation!
Could you be so kind as to share the link with models' geometry?
Awesome sauce
Ответитьthank you so much for sharing your knowledge, it was a great video, I really enjoyed it.
ОтветитьGo on, please!
ОтветитьWonderful Endeavos! Thats what i needed to finish my analysis of a wing spar👏🏾👌🏾
ОтветитьThe results I calculated are very different from those in your video. I hope to find the issue from your model.
ОтветитьAmazing video! Thank you very much! You have helped me to solve a design problem in my work ❤
ОтветитьHi, please can you explain to me the reason of 10 millimeters of displacement in the first example ( rod ) ? Thanks in advance
ОтветитьVery helpful video
ОтветитьPlease send your contact number
ОтветитьI m research scholar and I need your help in my research work
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