Відео

@@likelouisa7137 I'm glad that it helped you.

Thanks for the suggestions, i will try to incorporate those from the next video onwards.

Thankyou. You can see the stress profile from the nodal solution data 26:20

@@theperception9311 Thank you so much for your prompt response and your help. The stress values in the whole components are shown in 26:20, but I managed to see the stress distribution profile along the nodes in the center of the beams using the "Path Operations" option shown in 18:42. I will recommend this video to all the people in my circle that may find it useful. My best regards to you, sir.

@@Tanukiureshi i appreciate it. yes, path operations can be used to see the stress distribution along a specific path. Nodal solution data can be used to see overall distribution.

One equation may have multiple solutions in different ranges.The answer will be calculated by iterating from the initial value of X you are giving. So if you have an idea about the approximate range of values in which the result can be expected, then give the initial value as a number from that range.

you can rotate the work plane to the required angle and can use that to cut the geometry, refer 8:18

@@theperception9311 thanks, but after rotating the workplane to the required angle, how to create crack

@@theperception9311 if you have any material on how to create crack, please provide me with the link or something about that

@@mohammedabdulla6239 if its a simple stright cut then you can do it in the apdl itself, if the crack has any complex profile then better to model it in CAD softwares and import into apdl.