A general circuit-oriented, full-wave, finite-element method (FEM) is proposed to analyze the coupled problem between circuits and fields both in frequency and in time domains. The electromagnetic field problem is modeled by an equivalent electrical network obtained by the Whitney finite-element equations. The presence of circuit components in the field domain is easily taken into account introducing the lumped circuit components directly in the field equivalent electrical network. Simple test configurations are analyzed by a CAD circuit simulator to show the performances of the proposed circuit-oriented method
Dispersive materials play an important role in a wide variety of applications (e.g., waveguides, ant...
The traditional low-frequency electromagnetic field computations do not include stray capacitive eff...
This paper presents a new and general method to include mechanical finite element models within an e...
A circuit-oriented finite element method is presented to analyse the coupled problem of electrical c...
A new circuit-oriented, full-wave method is presented to analyze electromagnetic fields by an equiva...
The circuit-oriented finite-element method (FEM) is a method that combines a finite-element field so...
This report presents the coupling of circuit equations with two dimensional finite element electroma...
The Whitney-elements time-domain (WETD) method is a very powerful full-wave EM field solver in time ...
A more general formulation of two-dimensional (2-D) transient finite element method (FEM) for the co...
The modeling of electromechanical problems is discussed. The simultaneous consideration of two disti...
The application of the Finite Element Method (FEM) to the numerical solution of electromagnetic fiel...
Interfacing of disparate simulation programs is increasingly undertaken to gain a deeper understandi...
A combined field and circuit approach in time domain is presented in this paper for the realistic st...
A full-wave FEM-SPICE technique is presented for modelling electromagnetic fields from DC to GHz. Pr...
A method to extract the equivalent parameters of transient electric circuit and magnetic field coupl...
Dispersive materials play an important role in a wide variety of applications (e.g., waveguides, ant...
The traditional low-frequency electromagnetic field computations do not include stray capacitive eff...
This paper presents a new and general method to include mechanical finite element models within an e...
A circuit-oriented finite element method is presented to analyse the coupled problem of electrical c...
A new circuit-oriented, full-wave method is presented to analyze electromagnetic fields by an equiva...
The circuit-oriented finite-element method (FEM) is a method that combines a finite-element field so...
This report presents the coupling of circuit equations with two dimensional finite element electroma...
The Whitney-elements time-domain (WETD) method is a very powerful full-wave EM field solver in time ...
A more general formulation of two-dimensional (2-D) transient finite element method (FEM) for the co...
The modeling of electromechanical problems is discussed. The simultaneous consideration of two disti...
The application of the Finite Element Method (FEM) to the numerical solution of electromagnetic fiel...
Interfacing of disparate simulation programs is increasingly undertaken to gain a deeper understandi...
A combined field and circuit approach in time domain is presented in this paper for the realistic st...
A full-wave FEM-SPICE technique is presented for modelling electromagnetic fields from DC to GHz. Pr...
A method to extract the equivalent parameters of transient electric circuit and magnetic field coupl...
Dispersive materials play an important role in a wide variety of applications (e.g., waveguides, ant...
The traditional low-frequency electromagnetic field computations do not include stray capacitive eff...
This paper presents a new and general method to include mechanical finite element models within an e...