A more general formulation of two-dimensional (2-D) transient finite element method (FEM) for the computation of magnetic field and electric circuit coupled problems is presented. The concept of windings is extended to include groups of solid conductors. All excitations, including stranded windings, solid conductors, are regarded as special cases of the basic winding. The formulation also includes displacement current in the direction of the model depth. The coefficient matrix of the last system algebraic matrix equation is symmetrical. The developed method is applied to model electric devices.Department of Electrical Engineerin
A circuit-oriented finite element method is presented to analyse the coupled problem of electrical c...
A general circuit-oriented, full-wave, finite-element method (FEM) is proposed to analyze the couple...
In transient magnetic field computation, it is highly desirable if the stray capacitances among all ...
This report presents the coupling of circuit equations with two dimensional finite element electroma...
This paper presents implementation details of coupling circuit equations and motion with two dimensi...
The application of the Finite Element Method (FEM) to the numerical solution of electromagnetic fiel...
The modeling of electromechanical problems is discussed. The simultaneous consideration of two disti...
The Finite Element Method (FEM) in recent years has been found as very attractive for electromagneti...
The traditional low-frequency electromagnetic field computations do not include stray capacitive eff...
A symmetric coupling of methods of finiteand boundary elements for numerical solution of transiented...
A method to extract the equivalent parameters of transient electric circuit and magnetic field coupl...
The paper presents the coupling between the finite element and the boundary element methods as an ef...
International audienceThe paper describes the analysis and the calculation of transient response of ...
International audienceA method to model the switched reluctance motor is presented in this paper. Th...
A symmetric coupling of methods of finite and boundary elements for numerical solution of transient ...
A circuit-oriented finite element method is presented to analyse the coupled problem of electrical c...
A general circuit-oriented, full-wave, finite-element method (FEM) is proposed to analyze the couple...
In transient magnetic field computation, it is highly desirable if the stray capacitances among all ...
This report presents the coupling of circuit equations with two dimensional finite element electroma...
This paper presents implementation details of coupling circuit equations and motion with two dimensi...
The application of the Finite Element Method (FEM) to the numerical solution of electromagnetic fiel...
The modeling of electromechanical problems is discussed. The simultaneous consideration of two disti...
The Finite Element Method (FEM) in recent years has been found as very attractive for electromagneti...
The traditional low-frequency electromagnetic field computations do not include stray capacitive eff...
A symmetric coupling of methods of finiteand boundary elements for numerical solution of transiented...
A method to extract the equivalent parameters of transient electric circuit and magnetic field coupl...
The paper presents the coupling between the finite element and the boundary element methods as an ef...
International audienceThe paper describes the analysis and the calculation of transient response of ...
International audienceA method to model the switched reluctance motor is presented in this paper. Th...
A symmetric coupling of methods of finite and boundary elements for numerical solution of transient ...
A circuit-oriented finite element method is presented to analyse the coupled problem of electrical c...
A general circuit-oriented, full-wave, finite-element method (FEM) is proposed to analyze the couple...
In transient magnetic field computation, it is highly desirable if the stray capacitances among all ...