Thank you for the video. How do you know which one should be "Target" and which one should be "Contact"? How does that affect the problem solution results if you choose the other way? It seems to me that new versions of Ansys have a different definition for target and contact.
Here is a link that will help you to determine which is 'contact' and which 'target'. www.sharcnet.ca/Software/Ansys/17.0/en-us/help/ans_ctec/Hlp_ctec_dessurf.html But I think it will be the same in this case because he defined the overall contact relationship as 'Symmetry'. Maybe you can run both cases to see if it is going to the same. Good luck!
Doesn't work for me. Only if I define a fixed support, or a displacement to the hole body. How could you run the analys the way that was shown in the video?
I've tried, maybe I have some configuration problems, that's why it doesn't work. You don't have any constraits on the hole body, and still can run the solution, but I can't. But worked it out in the most accurate way: In Design Modeller, I made a Mid-Surface Tool to the hole body between it's two face pairs, so i could fix the X coordinate without making any singularity.
hello, This tutorial is very useful. I want to ask a question, is there any possible means of employing rotational velocity in ansys thermal analysis. thank you
Excellent explaination sir.
Thank you very much very nice and comprehensive. Keep up the graet job! :-)
Thank you Sir, this tutorial was helpful. Can you upload a tutorial for transient thermal analysis too?
is it possible instead of direct thermal condition we heat shaft by electric current
Great . No need of meshing components sir ?
Thank you for the video. How do you know which one should be "Target" and which one should be "Contact"? How does that affect the problem solution results if you choose the other way? It seems to me that new versions of Ansys have a different definition for target and contact.
Answer this question plz sir
Here is a link that will help you to determine which is 'contact' and which 'target'.
www.sharcnet.ca/Software/Ansys/17.0/en-us/help/ans_ctec/Hlp_ctec_dessurf.html
But I think it will be the same in this case because he defined the overall contact relationship as 'Symmetry'. Maybe you can run both cases to see if it is going to the same. Good luck!
good video but where i can get the design geometry?
How to define constraints for the HOLE body? My ansys can't run the analysis!
Follow the tutorial carefully
Doesn't work for me. Only if I define a fixed support, or a displacement to the hole body. How could you run the analys the way that was shown in the video?
+Proximal Humerus revisit the video & try to solve again
I've tried, maybe I have some configuration problems, that's why it doesn't work. You don't have any constraits on the hole body, and still can run the solution, but I can't. But worked it out in the most accurate way: In Design Modeller, I made a Mid-Surface Tool to the hole body between it's two face pairs, so i could fix the X coordinate without making any singularity.
Thank you for comment it work same for me too i can't run without fixed support
@@balazsbakos4056 for me also not possible to run.Can you explain how you managed to run?
what is the initial interference for this analysis?
Thank you for this very useful and helpful tutorial
I have one question about the dimension of the hup and shaft
Hazem, Hole diameter is smaller than the shaft diameter, Hole dia is 25mm and Shaft dia is 25.05mm
@@ANSYS-India Thank you for video but i dont understand this: why on your video there is 2 face hole and shaft ,but i have 1 ?
hello,
This tutorial is very useful. I want to ask a question, is there any possible means of employing rotational velocity in ansys thermal analysis.
thank you
Sketch your problem description and send the snapshot to engineeringtutorsdesk@gmail.com