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Electronics

Topics related to HFSS, Maxwell, SIwave, Icepak, Electronics Enterprise and more.

Value of link parameter ‘endRegion’ is NOT defined in Workbench

    • agyepes
      Subscriber

      Hello,
      I am getting this warning in Ansys Maxwell, for a 3D transient model obtained from RMrxprt: "Value of link parameter 'endRegion' is NOT defined in Workbench. Results may be incorrect". What is this parameter "endRegion" used for, and how can I solve this warning?

      Thank you.

    • MirandaH
      Ansys Employee
      Hi, this error message is pointing a parameter is not correctly defined in workbench, is this a coupling between Maxwell and linking to another tool through Ansys workbench?
    • MirandaH
      Ansys Employee
      Hi, this error message is pointing a parameter is not correctly defined in workbench, is this a coupling between Maxwell and linking to another tool through Ansys workbench?
    • agyepes
      Subscriber

      Hello MirandaH,

      I am working on a coupled simulation between Ansys Maxwell 3D and Ansys Fluent using Ansys Workbench, while Ansys Discovery is used for adjusting the geometry. In the first place, I create an RMxprt model. From it, I create automatically a 3D Maxwell model, which already includes this "EndRegion" parameter by default, although I don't know what it means. Then, I export the geometry to Discovery using Workbench and I modify it. Then, I export this geometry from Discovery to a new Maxwell 3D model. Then, I simulate this new Maxwell 3D model (which gives the warning I mentioned) and I export the resulting losses to Fluent. I have 2 questions:
      1) What is this parameter "endRegion" used for?
      2) How can I solve this warning?

      • MirandaH
        Ansys Employee

        "EndRegion" is the axial hight of the region cylinder.

        Define a parameter 'endRegion' in Workbench

    • agyepes
      Subscriber

      Thank you very much for the clarification. In any case, I would also like to know what is this parameter used for in Maxwell 3D. Could you please also clarify that to me? The obtained results seem right, in spite of that warning...

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