Conformal transformation method as applied to finding the current density distribution and induced magnetic field in a strip conductor with a rectangular cut (Q889183)
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scientific article; zbMATH DE number 6505320
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Conformal transformation method as applied to finding the current density distribution and induced magnetic field in a strip conductor with a rectangular cut |
scientific article; zbMATH DE number 6505320 |
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Conformal transformation method as applied to finding the current density distribution and induced magnetic field in a strip conductor with a rectangular cut (English)
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6 November 2015
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Effects of a rectangular fault in a strip conductor on electric current density and induced magnetic field distributions are studied analytically applying the method of complex electrical potential. The authors show the possibility to approximate the adjacent magnetic field by that of an effective magnetic dipole which significantly simplifies and speeds up practical computational procedures and allows for extension of their method to conductors with arbitrary fault profiles.
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current density
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induced magnetic field
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complex potential
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conformal transformations
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Schwartz-Christoffel integral
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effective magnetic dipole
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