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3D modelling- of PM Machine
Posted 20 avr. 2017, 04:15 UTC−4 Geometry Version 5.2a 2 Replies
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H
I am trying to model PM machine with smaller air gap, with one coil with end winding. Earlier for faster computation I used a larger airgap and model was converging. Now the model is not even converging during my stationary studied due to smaller airgap. I get this error at 99percent while doing stationary study. I am using the linear solver which is there by default. .I get the following error at 99 percent.
The relative error (28) is greater than the relative tolerance.
There was a warning message from the linear solver.
Iterative refinement triggered.
Returned solution is not converged.
What I thought was that if it worked for larger airgap it should work for smaller airgap as well because all I changed was the geometry
I am trying to model PM machine with smaller air gap, with one coil with end winding. Earlier for faster computation I used a larger airgap and model was converging. Now the model is not even converging during my stationary studied due to smaller airgap. I get this error at 99percent while doing stationary study. I am using the linear solver which is there by default. .I get the following error at 99 percent.
The relative error (28) is greater than the relative tolerance.
There was a warning message from the linear solver.
Iterative refinement triggered.
Returned solution is not converged.
What I thought was that if it worked for larger airgap it should work for smaller airgap as well because all I changed was the geometry
2 Replies Last Post 20 avr. 2017, 04:20 UTC−4
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Posted:
7 years ago
H
I am trying to model PM machine with smaller air gap, with one coil with end winding. Earlier for faster computation I used a larger airgap and model was converging. Now the model is not even converging during my stationary studied due to smaller airgap. I get this error at 99percent while doing stationary study. I am using the linear solver which is there by default. .I get the following error at 99 percent.
The relative error (28) is greater than the relative tolerance.
There was a warning message from the linear solver.
Iterative refinement triggered.
Returned solution is not converged.
What I thought was that if it worked for larger airgap it should work for smaller airgap as well because all I changed was the geometry
The file is 12,6 MB and I couldn't attach it for some reason.
www.dropbox.com/s/goztbh549av1ah0/parameterized%20machine%206%20end%20windings%204.mph?dl=0
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Posted:
7 years ago
Can you please point out what should I do to make it work???