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Looped Electro Thermal Simulation in the Frequency Domain
Posted 15 juin 2016, 03:05 UTC−4 Low-Frequency Electromagnetics, Modeling Tools & Definitions, Parameters, Variables, & Functions, Studies & Solvers Version 5.2 1 Reply
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Dear all,
I'm currently trying to perform an electro-thermal simulation, where I calculate the average joule heating in the frequency domain and use this result in a time dependent study calculating the heat distribution.
To improve my results, I introduced a for loop inside my solution and iterate between these two steps. Such that the execution flow looks like:
Step 1: Freq domain (ec) (only initializes a solution)
begin for
Step 2: Freq domain (ec)
Step 3: Time dependent (ht)
end for
Now I want to update the simulation time for step 3 depending on the parameter of the current iteration. Furthermore, I need to decrease the applied current (still sinusoidal) depending on the current simulation time. Is there a way to access these variables? I'd rather try to avoid matlab for license reasons. But if needed, I can use it.
Thanks in advance.
Philipp
I'm currently trying to perform an electro-thermal simulation, where I calculate the average joule heating in the frequency domain and use this result in a time dependent study calculating the heat distribution.
To improve my results, I introduced a for loop inside my solution and iterate between these two steps. Such that the execution flow looks like:
Step 1: Freq domain (ec) (only initializes a solution)
begin for
Step 2: Freq domain (ec)
Step 3: Time dependent (ht)
end for
Now I want to update the simulation time for step 3 depending on the parameter of the current iteration. Furthermore, I need to decrease the applied current (still sinusoidal) depending on the current simulation time. Is there a way to access these variables? I'd rather try to avoid matlab for license reasons. But if needed, I can use it.
Thanks in advance.
Philipp
1 Reply Last Post 15 juin 2016, 03:27 UTC−4