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Thanks! This was very helpful. I just don't understand why, for the case of warping torsion analysis, is written in the table that it must be done according to the second-order theory, when we can choose linear or second-order (30:58)? Can we?
Hi, Branka!Usually you should use second order theory. Sometimes it makes sense to control the warping effects with first-order theory
Good job. Tnx
Thanks!
how did you get an eccentricity of 100 ?
Hi, @yousefzam2328! Can you please tell us the associated timestamps from the webinar?
Thank you for your reply. It is timestamped at 19:43.
Hi, @yousefzam2328! The arrangement of the bracing is not in the center of the beam, but is shifted upwards by 100 mm.
Thanks! This was very helpful. I just don't understand why, for the case of warping torsion analysis, is written in the table that it must be done according to the second-order theory, when we can choose linear or second-order (30:58)? Can we?
Hi, Branka!
Usually you should use second order theory. Sometimes it makes sense to control the warping effects with first-order theory
Good job. Tnx
Thanks!
how did you get an eccentricity of 100 ?
Hi, @yousefzam2328! Can you please tell us the associated timestamps from the webinar?
Thank you for your reply. It is timestamped at 19:43.
Hi, @yousefzam2328! The arrangement of the bracing is not in the center of the beam, but is shifted upwards by 100 mm.