Brilliant video! Thanks a lot for sharing. I am very concerned to hear that the fatigue tool cannot handle biaxiality. Could you explain this in some more detail, is it the mean stress correction theories which are implemented that are not suitbale for biaxiality? Many thanks!
Brilliant demonstration but I am very concerned to hear that the Ansys built in fatigue tool is not accurate for biaxial cases (and hence the majority of real-world problems). You say that the predictions should at least be conservative but still I am not filled with confidence! Could you explain a bit more about why it is not accurate please? Is it the implemented mean stress correction theories that are not valid for biaxial stress states?
brilliant🙏
As always, another brilliant in depth dive into Ansys capabilities.
Thank you so much for your efforts.
Always appreciated.
Thank you for your lovely feedback Naldo!
Brilliant video! Thanks a lot for sharing. I am very concerned to hear that the fatigue tool cannot handle biaxiality. Could you explain this in some more detail, is it the mean stress correction theories which are implemented that are not suitbale for biaxiality? Many thanks!
Good content, thank you
In the case of frictional contact in the model, how to set the two load enviroments?
Should stress corrected stress concentration factor by q be considered in Kf? Or Anysys will calculate it by itself.
Brilliant demonstration but I am very concerned to hear that the Ansys built in fatigue tool is not accurate for biaxial cases (and hence the majority of real-world problems). You say that the predictions should at least be conservative but still I am not filled with confidence! Could you explain a bit more about why it is not accurate please? Is it the implemented mean stress correction theories that are not valid for biaxial stress states?
Amazing tutorial. Can you please share the model file?
😍😍