I am a great fan of your research. Thanks for these tutorials. Can you do SPLA for isotropic cylindrical shells under axial compression? Also if you put some tutorials on using python with abaqus that would be great. Thanks.
@@muhammadtaimooradil6115 Hi taimoor, thanks for the request. I will create a video for SPLA and some shells. Also some ABAQUS Python Tutorial are in preparation !
@@muhammadtaimooradil6115 i have created a ABAQUS-Python Tutorial with SPLA and an isotropic cylinder and a twist :) ruclips.net/video/VEDyISmC_Uk/видео.html
@@hnrwagner Dear Prof. Wagner, thanks for this lecture! it would be great that we can know how to use python for solving this problem (pre/post processes).
Great video! One question however. I see your are using a load-controlled method. Could you please explain why are you using damping factors? What will happen if you not use stabilization in load controlled step? And why not RIKS method? Thank you!
you mean like cylinder-cone transitions ? an assembly of a cone and a cylinder? Also another contact analysis is in preparation. May release this week.
What kind of shell buckling analysis do you want to see next ? comment below !
I am a great fan of your research. Thanks for these tutorials.
Can you do SPLA for isotropic cylindrical shells under axial compression?
Also if you put some tutorials on using python with abaqus that would be great.
Thanks.
@@muhammadtaimooradil6115 Hi taimoor, thanks for the request. I will create a video for SPLA and some shells. Also some ABAQUS Python Tutorial are in preparation !
@@muhammadtaimooradil6115 i have created a ABAQUS-Python Tutorial with SPLA and an isotropic cylinder and a twist :)
ruclips.net/video/VEDyISmC_Uk/видео.html
@@hnrwagner Thank you very much for the tutorial, i appreciate it and look forward to your future videos
@@hnrwagner Dear Prof. Wagner, thanks for this lecture! it would be great that we can know how to use python for solving this problem (pre/post processes).
Great video! One question however. I see your are using a load-controlled method. Could you please explain why are you using damping factors? What will happen if you not use stabilization in load controlled step? And why not RIKS method? Thank you!
Can we have some videos about multi componente deformation in abaqus, not only one part, also about contact problems?
you mean like cylinder-cone transitions ? an assembly of a cone and a cylinder?
Also another contact analysis is in preparation. May release this week.
here is a video:
ruclips.net/video/6RUUFwwm8Ys/видео.html
@@hnrwagner Dear Prof. Wagner, thanks a lot for your support for that!