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Computer codes developed for the A- phi , A- phi - Omega , A- Omega , T- Omega , and E- Omega methods are considered. Their accuracy, storage requirements, and CPU time are compared for linear eddy-current models. It is shown that the A- phi - Omega and T- Omega methods are preferable from the viewpoint of accuracy. The A- Omega and E- Omega methods are preferable with respect to storage and CPU time.>
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Nakata et al. (1988) studied this question.
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