Comparison between two numerical methods for a magnetostatic problem (Q1570400)
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scientific article; zbMATH DE number 1472024
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Comparison between two numerical methods for a magnetostatic problem |
scientific article; zbMATH DE number 1472024 |
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Comparison between two numerical methods for a magnetostatic problem (English)
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10 May 2001
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The boundary value problem for a static magnetic field is analyzed analytically and numerically by means of two approaches. One, called a direct method, treats all three magnetic field components simultaneously while the other, called an uncoupled method, treats these components successively. In numerical procedures, the direct method in comparison with the uncoupled turns out to be faster by a factor 1.5 on average while it takes more memory, by a factor of 6 in 3D computations.
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magnetostatics
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variational problem
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0.8652266
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0.86116654
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0.8587734
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0.85794115
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