creating cylindrical coordinate system and selecting nodes in an area within certain angular limits and applying pressure as an
Hi guys,
I am a PG student in Mechanical engineering and I am doing a project on automobile alloy wheel and I want to do structural analysis on it.
In the static analysis the pressure load is to be applied as cosine function on the bead seats of the rim through an angle of 80 degrees. So, first I have to create a cylindrical coordinate system and then nodes within the angular limits is to be selected. I don't know how to do it in Hypermesh.
I tried to export the model in Ansys. But I could not apply pressure load on the model imported from Hypermesh in Ansys.
Please help me..
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Hi,
I could select the required nodes. Thank you so much..
Now, my problem is to apply pressure on these nodes as an equation. The pressure is to be applied in cylindrical co-ordinate system because its magnitude varies with the angle.
The equation is 'pressure, p= 2.5*{cos(2.25*t)}, where t- angular co-ordinate.'
Please help me to create the equation and to apply it.
Regards,
Vishnu
Hi Tinh,
I saw the 'equation' option in the analysis panel which only comes for 'elements'.
But my problem is to select the elements attached to the nodes.
How can I select 3D elements attached to required nodes or surfaces?
I also tried the path 'elements--> by geometry--> surfaces--> by face-->(selected required surfaces)'. But it didn't work.
Please help me..
Regards,
Vishnu
Hi
I am able to create the coordinate system. How do I get the output in the new system?
Is the best method to choose axis in hyperview?
Hi mramakri,
Change the Resolved in option to User system and select the system you created, to get the output in the new system as shown in the below image.
Thank you
Thanks @Premanand Suryavanshi
How do I relate the x,y,z in result type to the user system. In my case, its cylindrical. Is there a way to figure out the the corelation between x,y,z and r,t,z?
Hi mramakri,
The results along X-direction relates to r-co-ordinate, Y-direction to t-co-ordinate and Z to z
Thank you
Hi,
To define cylindrical system, enter panel Analysis/system, switch 'rectangular' to 'cylindrical'