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  1. build mesh in CUBIT
  2. load mesh in ParaView
  3. apply Mesh Quality filter
  4. look at 2D Spreadsheet View of quality to find cutoff quality for n worst elements
  5. apply Threshold filter, to select only elements with quality worse than cutoff
  6. optionally glyph the thresholded vertices with spheres so that they show up
  7. optionally make mesh surface visible, but transparent to give context for where the meshing errors are.
  8. fix the mesh in these areas, using CUBIT
  9. repeat until mesh achieves the recommended values are achieved for the various quality metrics.
  10. run acdtool (acdtool mesh stats mesh.ncdf) to check euler numbers for the mesh.
  11. run acdtool (acdtool mesh check mesh.ncdf) to check for invalid elements in the mesh.
  12. run acdtool (acdtool mesh fix mesh.ncdf mesh.fixed.ncdf) to fix any invalid elements in the mesh.

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Omega3P

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S3P

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Track3P

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Multipacting Analysis

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Dark Currnt Analysis

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T3P

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Pic3P

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Tem3P

  • Load mesh and mod files using Paraview.
  • Set view angle by entering rotation around x, y, and z axis (or in spherical coordinates).
  • Scale to max/min.
  • Visually inspect locations of max/min.
  • Check summary report of max/min node.
  • Pick the region around max/min node.
  • Check spreadsheet of nodal values for the selected or picked point, area, or region.
  • Check temperature gradient between two arbitrary points or planes or regions (use average values for the plane and region).
  • Check spreadsheet of the selection for detailed information.
  • Check report of boundary condition for sanity check.

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