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Question about CST thermal-co simulation
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Dear all
I encountered a problems after use thermal simulation after microwave simulation. Results are shown in attached file.
Conditions:
1. discrete port, gaussian excitation
2. open add space boundary
3. background temperature 293 K
4. defined thermal loss : f = 428.57 THz, power scaling factor 0.01
5. heat time 0.1 ns
finally, i got 1D and 3D results but these results are mismatch.
Temperature each time is unequal. Maximum temperature are the same time at 0.102 ns.
1D result at (0,0,0) location
../imgqa/eboard/EM/EM-ogg3q4qmzfc.png
3D result at maximum (0.102 ns) (center of red area is (0,0,0))
../imgqa/eboard/EM/EM-1n5cy4d2xab.png
So, My question is:
1. Do these results is in the same scale ?
2. In 3D result shows maximum 3-D 931.205 at -329.414 / -329.414 / -419.414 . What's that mean ? My model only -250 to 250 nm in x and y direction,
and -215 to 0 nm in z direction.
best regards,
sidworldcup
ps. Sorry for my bad english.
I encountered a problems after use thermal simulation after microwave simulation. Results are shown in attached file.
Conditions:
1. discrete port, gaussian excitation
2. open add space boundary
3. background temperature 293 K
4. defined thermal loss : f = 428.57 THz, power scaling factor 0.01
5. heat time 0.1 ns
finally, i got 1D and 3D results but these results are mismatch.
Temperature each time is unequal. Maximum temperature are the same time at 0.102 ns.
1D result at (0,0,0) location
../imgqa/eboard/EM/EM-ogg3q4qmzfc.png
3D result at maximum (0.102 ns) (center of red area is (0,0,0))
../imgqa/eboard/EM/EM-1n5cy4d2xab.png
So, My question is:
1. Do these results is in the same scale ?
2. In 3D result shows maximum 3-D 931.205 at -329.414 / -329.414 / -419.414 . What's that mean ? My model only -250 to 250 nm in x and y direction,
and -215 to 0 nm in z direction.
best regards,
sidworldcup
ps. Sorry for my bad english.
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