The magnetic flux density evaluation impacts the field line tracing in terms of both accuracy and computing burden. When the computing time is a priority, suitable approximations can be used for the field evaluation. The paper discusses the optimal criteria to meet the accuracy needs whereas saving computational effort.
Impact of field approximations on magnetic field line tracing
CHIARIELLO, Andrea Gaetano;FORMISANO, Alessandro;MARTONE, Raffaele;
2016
Abstract
The magnetic flux density evaluation impacts the field line tracing in terms of both accuracy and computing burden. When the computing time is a priority, suitable approximations can be used for the field evaluation. The paper discusses the optimal criteria to meet the accuracy needs whereas saving computational effort.File in questo prodotto:
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