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Three dimensional eddy current analysis by finite element method using vector and scalar elements

Technology reports of the Yamaguchi University Volume 5 Issue 1 Page 31-40
published_at 1992-12
KJ00004351148.pdf
[fulltext] 429 KB
Title
Three dimensional eddy current analysis by finite element method using vector and scalar elements
Creators Hano Mitsuo
Source Identifiers
This paper describes a finite element formulation of full Maxwell's equations in terms of a vector potential and a scalar potential and its application to eddy current problems. The vector potential and the scalar potential are approximated by vector basis functions and scalar basis functions, respectively. A gauge fixing of the potentials is translated into the regularization of the indeterminate linear equation finally obtained by the Galerkin procedure. Two convenient gauge conditions for three dimensional eddy current problems are presented. By applying the computer code to test problems, this finite element formulation and the gauge conditions are proved to be applicable to linear electromagnetic problems.
Subjects
工学 ( Other)
Languages eng
Resource Type departmental bulletin paper
Publishers 山口大学工学部
Date Issued 1992-12
File Version Version of Record
Access Rights open access
Relations
[ISSN]0386-3433
[NCID]AA0086073X
Schools 工学部