AbstractThe basic equations of electromagnetism are written in the form of a quasi-harmonic equation. The application of the weighted residual process leads to a non-linear system of algebraic equations which is solved by a full Newton-Raphson procedure. The iteration scheme is developed and applied to numerical examples
In this paper, an evaluation of the methods of finite elements and finite differences, as applied to...
Inexact Newton solvers offer many attractive features for the solution of nonlinear problems in the...
A method for determining regions of a finite element method to be refined is presented. The calculat...
AbstractThe basic equations of electromagnetism are written in the form of a quasi-harmonic equation...
The paper presents and compares three potential formulations to solve nonlinear static magnetic fiel...
Summary. The discretization of transient and static magnetic field problems with the Whitney Finite ...
This paper presents a new approach to solve nonlinear problems using the complex formalism in the fi...
The quasi-static Maxwell–Landau–Lifshitz–Gilbert equations which describe the electromagnetic behavi...
A stable iteration algorithm for solving nonlinear magnetic field problems using the finite-element ...
A fast Newton-Raphson technique (FNR) for the determination of nonlinear three dimensional finite el...
The numerical analysis or design of an arrangement, which require electromagnetic field calculation,...
The harmonic balance finite element method(HBFEM) we proposed is suited to analyzing the time-period...
none4Inexact Newton solvers offer many attractive features for the solution of nonlinear problems i...
A new finite element analysis for the time- periodic magnetic field calculation is described. An AC ...
In this paper, an evaluation of the methods of finite elements and finite differences, as applied to...
In this paper, an evaluation of the methods of finite elements and finite differences, as applied to...
Inexact Newton solvers offer many attractive features for the solution of nonlinear problems in the...
A method for determining regions of a finite element method to be refined is presented. The calculat...
AbstractThe basic equations of electromagnetism are written in the form of a quasi-harmonic equation...
The paper presents and compares three potential formulations to solve nonlinear static magnetic fiel...
Summary. The discretization of transient and static magnetic field problems with the Whitney Finite ...
This paper presents a new approach to solve nonlinear problems using the complex formalism in the fi...
The quasi-static Maxwell–Landau–Lifshitz–Gilbert equations which describe the electromagnetic behavi...
A stable iteration algorithm for solving nonlinear magnetic field problems using the finite-element ...
A fast Newton-Raphson technique (FNR) for the determination of nonlinear three dimensional finite el...
The numerical analysis or design of an arrangement, which require electromagnetic field calculation,...
The harmonic balance finite element method(HBFEM) we proposed is suited to analyzing the time-period...
none4Inexact Newton solvers offer many attractive features for the solution of nonlinear problems i...
A new finite element analysis for the time- periodic magnetic field calculation is described. An AC ...
In this paper, an evaluation of the methods of finite elements and finite differences, as applied to...
In this paper, an evaluation of the methods of finite elements and finite differences, as applied to...
Inexact Newton solvers offer many attractive features for the solution of nonlinear problems in the...
A method for determining regions of a finite element method to be refined is presented. The calculat...
DOI
Add to ORKG