Fem Analysis of 3-D Transformer Leakage Field and Eddy Current Loss in the Windings

Ni Guangzheng; Xu Xiaoming; Cheng Weiying; Li Gangru; Jian Baidun; Fang Zhenghu; Li Xianghua; Xu Jitai

doi:10.1109/20.123950

Fem Analysis of 3-D Transformer Leakage Field and Eddy Current Loss in the Windings

Ni Guangzheng, Xu Xiaoming, Cheng Weiying, Li Gangru, Jian Baidun, Fang Zhenghu, Li Xianghua, Xu Jitai

ENG - Quantum Science and Energy Engineering

Research output: Contribution to journal › Article › peer-review

6 Citations (Scopus)

Abstract

This paper presents a method which resolves the 3-dimensional eddy current field into a 3-D time harmonic field external to the windings and n axisymmetric eddy current fields near the coils as an approximation for engineering applications. Due to the fact that the isoparametric FEM with 3-D vector potential is used in the time harmonic field analysis while in the n axisymmetric eddy current field analysis, B-Spline FEM is used, the method presented here can give a solution with an accuracy quite acceptable for engineering purposes. The distributions of leakage fields, eddy current losses and heat source in the windings obtained check with the test results.

Original language	English
Pages (from-to)	1382-1385
Number of pages	4
Journal	IEEE Transactions on Magnetics
Volume	28
Issue number	2
DOIs	https://doi.org/10.1109/20.123950
Publication status	Published - 1992 Mar

ASJC Scopus subject areas

Electronic, Optical and Magnetic Materials
Electrical and Electronic Engineering

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title = "Fem Analysis of 3-D Transformer Leakage Field and Eddy Current Loss in the Windings",

abstract = "This paper presents a method which resolves the 3-dimensional eddy current field into a 3-D time harmonic field external to the windings and n axisymmetric eddy current fields near the coils as an approximation for engineering applications. Due to the fact that the isoparametric FEM with 3-D vector potential is used in the time harmonic field analysis while in the n axisymmetric eddy current field analysis, B-Spline FEM is used, the method presented here can give a solution with an accuracy quite acceptable for engineering purposes. The distributions of leakage fields, eddy current losses and heat source in the windings obtained check with the test results.",

author = "Ni Guangzheng and Xu Xiaoming and Cheng Weiying and Li Gangru and Jian Baidun and Fang Zhenghu and Li Xianghua and Xu Jitai",

year = "1992",

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T1 - Fem Analysis of 3-D Transformer Leakage Field and Eddy Current Loss in the Windings

AU - Guangzheng, Ni

AU - Xiaoming, Xu

AU - Weiying, Cheng

AU - Gangru, Li

AU - Baidun, Jian

AU - Zhenghu, Fang

AU - Xianghua, Li

AU - Jitai, Xu

PY - 1992/3

Y1 - 1992/3

N2 - This paper presents a method which resolves the 3-dimensional eddy current field into a 3-D time harmonic field external to the windings and n axisymmetric eddy current fields near the coils as an approximation for engineering applications. Due to the fact that the isoparametric FEM with 3-D vector potential is used in the time harmonic field analysis while in the n axisymmetric eddy current field analysis, B-Spline FEM is used, the method presented here can give a solution with an accuracy quite acceptable for engineering purposes. The distributions of leakage fields, eddy current losses and heat source in the windings obtained check with the test results.

AB - This paper presents a method which resolves the 3-dimensional eddy current field into a 3-D time harmonic field external to the windings and n axisymmetric eddy current fields near the coils as an approximation for engineering applications. Due to the fact that the isoparametric FEM with 3-D vector potential is used in the time harmonic field analysis while in the n axisymmetric eddy current field analysis, B-Spline FEM is used, the method presented here can give a solution with an accuracy quite acceptable for engineering purposes. The distributions of leakage fields, eddy current losses and heat source in the windings obtained check with the test results.

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