A combined boundary element and an analytical approach to grounding mesh modeling in a multi-layer soil

This paper deals with a combined computer-aided numerical - analytical approach to calculation of the grounding. The electromagnetic theory on which the presented mathematical model is based is described. The model which is based on boundary element method, Aitken's δ^sup 2^ algorithm and groun...

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Published inElektrotehniski Vestnik Vol. 84; no. 1/2; p. 39
Main Authors Mujezinovic, Adnan, Mulaosmanovic, Ajdin, Muharemovic, Alija, Turkovic, Irfan, Bajramovic, Zijad
Format Journal Article
LanguageEnglish
Published Ljubljana Elektrotehniski Vestnik 01.01.2017
Subjects
Boundary element method
Electric power plants
Electromagnetics
Finite element method
Green's functions
Mathematical models
Soil layers
Soils
Online AccessGet full text
ISSN0013-5852
2232-3236

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Abstract This paper deals with a combined computer-aided numerical - analytical approach to calculation of the grounding. The electromagnetic theory on which the presented mathematical model is based is described. The model which is based on boundary element method, Aitken's δ^sup 2^ algorithm and grounding potential non-uniformity correction factors is explained in detail. A special attention is paid to the selection of an appropriate Green's function in the calculation of parameters of a large and complex grounding mesh for a homogeneous and a two-layer soil. Finally, the model is used to calculate the grounding mesh parameters of a real power substation with complex geometry.
AbstractList This paper deals with a combined computer-aided numerical - analytical approach to calculation of the grounding. The electromagnetic theory on which the presented mathematical model is based is described. The model which is based on boundary element method, Aitken's δ^sup 2^ algorithm and grounding potential non-uniformity correction factors is explained in detail. A special attention is paid to the selection of an appropriate Green's function in the calculation of parameters of a large and complex grounding mesh for a homogeneous and a two-layer soil. Finally, the model is used to calculate the grounding mesh parameters of a real power substation with complex geometry.
Author Mulaosmanovic, Ajdin
Muharemovic, Alija
Bajramovic, Zijad
Turkovic, Irfan
Mujezinovic, Adnan
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Snippet This paper deals with a combined computer-aided numerical - analytical approach to calculation of the grounding. The electromagnetic theory on which the...
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StartPage 39
SubjectTerms Boundary element method
Electric power plants
Electromagnetics
Finite element method
Green's functions
Mathematical models
Soil layers
Soils
Title A combined boundary element and an analytical approach to grounding mesh modeling in a multi-layer soil
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