This paper describes the harmonic balance finite element method to analyze steady-state dynamic nonlinear problems with dc magnetization. The feature of the approach is that the field calculation is carried out in the harmonic domain. We discuss the analysis of a pot-core type transformer for high frequency converters
This paper presents a parallel computation model for the time-periodic nonlinear electromagnetic fie...
When simulating electric machines, the magnetic field analysis and the circuit calculation are coupl...
A novel method which uses zero-dimensional finite elements to directly analyze the coupled problem o...
Abstract — Harmonic balance analysis is a powerful numerical method for solving nonlinear electromag...
The harmonic balance finite element method(HBFEM) we proposed is suited to analyzing the time-period...
Abstract-An Epstein frame-like core model is set up to study the dc-biased problem of the power tra...
Abstract: In this paper the harmonic-balanced finite element method (HBFEM) was applied to study t...
The alternating-current electric machines are usually excited by voltage sources and the external el...
A new finite element analysis for the time- periodic magnetic field calculation is described. An AC ...
Numerical modeling and analysis are effective techniques to assist in the design of high-frequency s...
The first book applying HBFEM to practical electronic nonlinear field and circuit problems * Examine...
AbstractAn efficient finite element method to take account of the nonlinearity of the magnetic mater...
Abstract — The DC biased problem of the Epstein Frame-like core model is investigated by using the H...
This paper presents a new 3-dimensional finite element analysis to ac electromagnetic machines with ...
The harmonic balance finite element method proposed by us solves the nonlinear time-periodic solutio...
This paper presents a parallel computation model for the time-periodic nonlinear electromagnetic fie...
When simulating electric machines, the magnetic field analysis and the circuit calculation are coupl...
A novel method which uses zero-dimensional finite elements to directly analyze the coupled problem o...
Abstract — Harmonic balance analysis is a powerful numerical method for solving nonlinear electromag...
The harmonic balance finite element method(HBFEM) we proposed is suited to analyzing the time-period...
Abstract-An Epstein frame-like core model is set up to study the dc-biased problem of the power tra...
Abstract: In this paper the harmonic-balanced finite element method (HBFEM) was applied to study t...
The alternating-current electric machines are usually excited by voltage sources and the external el...
A new finite element analysis for the time- periodic magnetic field calculation is described. An AC ...
Numerical modeling and analysis are effective techniques to assist in the design of high-frequency s...
The first book applying HBFEM to practical electronic nonlinear field and circuit problems * Examine...
AbstractAn efficient finite element method to take account of the nonlinearity of the magnetic mater...
Abstract — The DC biased problem of the Epstein Frame-like core model is investigated by using the H...
This paper presents a new 3-dimensional finite element analysis to ac electromagnetic machines with ...
The harmonic balance finite element method proposed by us solves the nonlinear time-periodic solutio...
This paper presents a parallel computation model for the time-periodic nonlinear electromagnetic fie...
When simulating electric machines, the magnetic field analysis and the circuit calculation are coupl...
A novel method which uses zero-dimensional finite elements to directly analyze the coupled problem o...