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Internal faces in 3D coil obtained from 2D axisymmetric problem
Posted 16 avr. 2023, 16:46 UTC−4 3 Replies
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I want to see in 3D, results of my original problem which was 2D axisymmetric circular coils problem. I have imported geometry and revolved it in 3D model. Now, problem is I want to excite any one coil and there are no internal faces in 3D model where I can apply current input. The same as we get when we use torus in 3D and turn on its internal faces and apply input to any face. Can anyone tell me which settings I have to look into to get internal faces in 3D coil? or any other way to excite coil so that current flows in a circular coil with uniform current density? I specifically want to excite at any face not at boundary. I have attached my 3D model too. Thanks
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You can do this by adding a revolve dataset to your existing 2D axisymmetric model... no need to use a separate 3D component
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You can do this by adding a revolve dataset to your existing 2D axisymmetric model... no need to use a separate 3D component
Thanks Mark I have done the same. Now, I couldn't cut the 3D revolved geometry to see its internal faces, edges, boundaries and get plots/values at certain points. How can I do this?
Regards
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Maybe the attached will help (v 6.1 model).
You can use the revolve dataset settings to cut your model as specified angles of rotation, and the annotation plot can be used in the revolve dataset to determine field valus at any 3D point.
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