Reply To: Regarding the mesh accuracy related issues in HFSS and AEDT Icepak electro-therm

[576650550]

Yes, I actually found that too thick or too dense icepak mesh would reduce the mapping accuracy. I think it is necessary to adjust the HFSS or icepak mesh to make them similar (scale factor close to 1) when the mesh quality meets the requirements, rather than the exact same mesh. I have tried to further improve the mapping accuracy factor≈1 of key parts by adjusting HFSS mesh (total loss is basically unchanged) on the premise of keeping icepak mesh unchanged and with good quality. Therefore, I want to verify whether my idea of adjusting the mesh in this way is correct. Instead of encrypting one side of the grid, the two are adjusted to the appropriate value or close to each other, provided that the grid quality is at least good enough

Yes, I actually found that too thick or too dense icepak mesh would reduce the mapping accuracy. I think it is necessary to adjust the HFSS or icepak mesh to make them similar (scale factor close to 1) when the mesh quality meets the requirements, rather than the exact same mesh. I have tried to further improve the mapping accuracy factor≈1 of key parts by adjusting HFSS mesh (total loss is basically unchanged) on the premise of keeping icepak mesh unchanged and with good quality. Therefore, I want to verify whether my idea of adjusting the mesh in this way is correct. Instead of encrypting one side of the grid, the two are adjusted to the appropriate value or close to each other, provided that the grid quality is at least good enough.

Yes, I actually found that too thick or too dense icepak mesh would reduce the mapping accuracy. I think it is necessary to adjust the HFSS or icepak mesh to make them similar (scale factor close to 1) when the mesh quality meets the requirements, rather than the exact same mesh. On the premise that icepak mesh is unchanged and the quality is good, adjusting HFSS mesh (the total loss is basically unchanged) can further improve the mapping accuracy factor≈1 of key parts, so I want to verify whether my idea of adjusting the mesh is correct. Instead of encrypting one side of the grid, the two are adjusted to the appropriate value or close to it, provided that the grid quality is at least good enough.