Finite element method using edge element have been developed and utilized for practical eddy current analysis. In this paper, a finite element analysis using an edge element which is based on linear functions is described. Two programs were developed for eddy current analysis. One uses the reduced magnetic vector potential technique for taking account of a source current density. Another uses the current segment as source. The programs were applied to a benchmark problem, which was proposed by TEAM (Testing Electromagnetic Analysis Methods) workshop. The validity and the advantage of the developed programs are discussed
The accurate computation of motional eddy currents is essential for the design of electromagnetic de...
In order to evaluate the best type of element for the finite-element analysis of 3-D eddy currents, ...
In this paper, we discuss the properties of the mixed consistently and non-consistently linear (Whit...
A mixed method using both Whitney and linear edge elements for eddy current finite element analy...
Especially for higher frequencies, 3-d eddy current analysis usual requires a very fine division mes...
In Finite Element Methods for solving electromagnetic field problems, the use of Edge Elements has b...
Edge based finite elements are finite elements whose degrees of freedom are assigned to edges of fin...
The Finite Element Method for the computation of eddy current fields is presented. The method is des...
The Finite Element Method for the computation of eddy current fields is presented. The method is des...
Three-dimensional electromagnetic field analysis of pulsed eddy current testing by a finite element ...
Purpose. Analysis of the properties of Edge-Based vector of basis functions for the volume elements ...
The paper presents and compares two nonoverlapping domain decomposition methods (DDMs), which can be...
This paper discusses mathematical properties of preconditioned finite-element matrices based on vect...
In this paper, the problem of defining the optimal mesh density for accurate computation of 3-D eddy...
Finite element method is widely used to analyze, simulate, optimize and design electromagnetic devic...
The accurate computation of motional eddy currents is essential for the design of electromagnetic de...
In order to evaluate the best type of element for the finite-element analysis of 3-D eddy currents, ...
In this paper, we discuss the properties of the mixed consistently and non-consistently linear (Whit...
A mixed method using both Whitney and linear edge elements for eddy current finite element analy...
Especially for higher frequencies, 3-d eddy current analysis usual requires a very fine division mes...
In Finite Element Methods for solving electromagnetic field problems, the use of Edge Elements has b...
Edge based finite elements are finite elements whose degrees of freedom are assigned to edges of fin...
The Finite Element Method for the computation of eddy current fields is presented. The method is des...
The Finite Element Method for the computation of eddy current fields is presented. The method is des...
Three-dimensional electromagnetic field analysis of pulsed eddy current testing by a finite element ...
Purpose. Analysis of the properties of Edge-Based vector of basis functions for the volume elements ...
The paper presents and compares two nonoverlapping domain decomposition methods (DDMs), which can be...
This paper discusses mathematical properties of preconditioned finite-element matrices based on vect...
In this paper, the problem of defining the optimal mesh density for accurate computation of 3-D eddy...
Finite element method is widely used to analyze, simulate, optimize and design electromagnetic devic...
The accurate computation of motional eddy currents is essential for the design of electromagnetic de...
In order to evaluate the best type of element for the finite-element analysis of 3-D eddy currents, ...
In this paper, we discuss the properties of the mixed consistently and non-consistently linear (Whit...