典型文献
Time-domain Finite Element Method for Transient Electric Field and Transient Charge Density on Dielectric Interface
文献摘要：
This paper is devoted to solving the transient electric field and transient charge density on the dielectric interface under the electroquasistatie (EQS) field conditions with high accuracy.The proposed method is suitable for both 2-D and 3-D applications.Firstly,the governing equations represented by scalar electric potential are discretized by the nodal finite element method (FEM) in space and the finite difference method in time.Secondly,the transient constrained electric field equa-tion on the boundary (TCEFEB) is derived to calculate the normal component of the transient electric field intensities on the Dirichlet boundary and dielectric interface as well as the transient charge density on the dielectric interface.Finally,a 2-D numerical example is employed to demonstrate the validity of the proposed method.Furthermore,the comparisons of the numerical accuracy of the proposed method in this paper with the existing FEMs for electric field intensity and charge density on the dielectric interface are conducted.The results show that the numerical accuracy of the proposed method for calculating the normal component of transient electric field intensities on the Dirichlet boundary and dielectric interface as well as the transient charge density on the dielectric interface is close to that of nodal electric potential and an order of magnitude higher than those of existing FEMs.
文献关键词：
中图分类号：
作者姓名：
Teng Wen;Xiang Cui;Xuebao Li;Hao Ma;Zhibin Zhao
作者机构：
State Key Laboratory of Alternate Electrical Power System with Renewable Energy Sources,North China Electric Power University,Beijing 102206,China
文献出处：
引用格式：
[1]Teng Wen;Xiang Cui;Xuebao Li;Hao Ma;Zhibin Zhao-.Time-domain Finite Element Method for Transient Electric Field and Transient Charge Density on Dielectric Interface)[J].中国电机工程学会电力与能源系统学报（英文版）,2022(01):143-154
A类：
electroquasistatie,TCEFEB,FEMs
B类：
Time,domain,Finite,Element,Method,Transient,Electric,Field,Charge,Density,Dielectric,Interface,This,paper,devoted,solving,transient,field,charge,density,dielectric,interface,under,EQS,conditions,accuracy,proposed,method,suitable,both,applications,Firstly,governing,equations,represented,by,scalar,potential,are,discretized,nodal,finite,element,space,difference,Secondly,constrained,boundary,derived,calculate,normal,component,intensities,Dirichlet,well,Finally,numerical,example,employed,demonstrate,validity,Furthermore,comparisons,this,existing,intensity,conducted,results,show,that,calculating,close,order,magnitude,higher,than,those
AB值：
0.412354
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