Next, I don't know if you realize this or not, but in the event you interept the answer (even though its working on cluster), you need to be able to acquire the NR residuals for the last three (I typically use three however, you can enter all the more) iterations. The answer will immediately end following completing the current iteration. By doing

Excessive thickness modify issue can (I think) interchangably be made use of with abnormal distortion problem. So I'd endorse switching towards the equal sound factors, or maybe improve the thickness in the shell components so that they grow to be more and more rigid and as a consequence significantly less liable to too much thickness modify. Da

Furthermore, you are working with shell elements. Shell factors are a great deal more at risk of convergence troubles that their equal sound things. This is due to The reality that solid factors are way more stiffer in comparison to the shell components due to the mathematics powering them. You will never experience a abnormal thickness modify prob

Additionally, you're employing shell components. Shell elements are considerably more prone to convergence problems that their equal stable things. This is because of The point that sound things are way more stiffer when compared to the shell things because of the mathematics driving them. You won't ever experience a excessive thickness adjust trou

Abnormal thickness improve dilemma can (I think) interchangably be employed with abnormal distortion trouble. So I'd recommend switching towards the equivalent solid aspects, or merely increase the thickness with the shell things so that they come to be ever more stiff and therefore a lot less prone to too much thickness change. Nowadays I will