Investigation of Electric Field Distribution of A Transformer Using Moving Finite Element Method

[Mehmet ÇINARİrfan ÖKTEN] Volume 5: Issue 2, June 2018, pp 36-43 

DOI: 10.26706/IJAEFEA.2.5.20180602

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Abstract - The one of the commonly used methods for solution of partial differential equations is the finite element method. Solution area for the differential equation to be solved in this method; are divided into a number of sub-regions called simple , small , interconnected , finite elements.However , especially in time-dependent partial differential equations, analysis is performed using the moving finite element method instead of the classical finite element method where the solution network changes locally; both faster and more accurate.In this work, moving finite element method is considered. The details of how the original variation on the solution network for he moving finite element method and the monitor function selection, which is an important factor in these changes, are detailed in the two-dimensional case. As application, C ++ based software is implemented and analyzed the transformer’s electric area distribution according to the state of the classical and moving finite elements and the results are compared.
Index terms - Mesh Generation , Finite Element Method, Moving Finite Element
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