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lostarmour last won the day on October 2 2019

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  1. Thank you very much and I am looking forward to it.
  2. In this example I actually specify which modes I need and I want to study S parameter convergence by having more modes. Is there any way to do it?
  3. Hi all, I am getting an error which says "The following message from the server process (MYID= 15): ERROR 36100: Too many modes included at a circular waveguide port." I wanted to know why does that happen. Thanks!
  4. Hi all, I am getting an error which says it is an internal error. I always gets stuck at 7%. It happens with all kind of mesh sizes (Fine, Standard and Coarse). I am attaching the model here. circular_2wg.cfx
  5. Thanks for the insight. Does it have a rule for the standard mesh? Like how much it is going to reduce based on wavelength inside the medium and conductivity?
  6. Hello everyone, I have a small doubt regarding the mesh size of the FEM solver when the material inside a 3D body (for RCS consideration) is characterized with some finite conductivity. I can see the standard mesh default for FEM is around `\lambda/10` but with a conductivity of 10 inside a material (`\epislon_r = 1`), the mesh size for standard meshing is around `\lambda/145`. Does it change when the skin depth changes? I have attached my cfx here. Cyliner_FEM_V2.cfx
  7. Yes! However, the meaning of a face with a medium as layered dielectric as I showed in the question means that it is a thin dielectric sheet only?
  8. Hello everyone, I have a mode of a propeller in which I have only faces and edges. However, it is a 3D figure. When I want to make the medium of the model a dielectric medium, I get to choose between PEC, layered dielectric and default. The thing I do not understand is how can be a layered dielectric be a medium? Is it over a medium already? What exactly does it do when I select the medium as layered dielectric?
  9. Yes it is very helpful. Thanks a lot.
  10. Hello Everyone, I want to receive the RCS data of a propeller for both co and cross polarization. When I do a calculate field in the same direction on the far field as plane wave incidence, it gives me monostatic RCS. Therefore, I assume it depends on the plane wave incidence. However, in the plane wave incidence I can put one polarization for transmit and the result that I get is the co polarization (Either HH and VV). How can I receive monostatic HV and VH?
  11. I have attached both. The second figure is wires and inside is Free Space.
  12. Hi Mel, This is the cfx file. Here the medium inside the surface of the polygon is PEC. So, if you see my plane wave model of incidence, it should be the same if I fill the medium with free space. However, I have different results. Is Feko treating the PEC as a finite conductance such that causes some kind of current distribution on the surface even though the electric field is just on the plane of the surface? Or does it consider the PEC to be of infinity conductivity? EDIT: I have attached the free space model too. 08202019_feko_one_prop_2_blades_PEC.cfx 08202019_feko_one_prop_2_blades_Free_Space.cfx
  13. Please find it. I want to run it only with UTD to save time. 2Bladdes3D_Carbide_V2.cfx
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