We present an effective technique to solve eddy current problems on the conductors of arbitrary topology by an iterative geometric formulation suitable for an arbitrary polyhedral mesh. The formulation is based on the reformulation of the volume integral formulation in a form suitable to be solved by fixed point iterations. Given that nowadays, the computation of Biot-Savart fields can be performed efficiently on graphics processing units, the right-hand side of the systems is constructed at each fixed point iteration without computing the inductance matrix, which is fully populated. The proposed technique is useful in eddy current problems at industrial frequency where meshing the complement of conductors is hard, thus representing a sound...
In this paper, we show how an eddy current volume integral formulation can be used to analyse comple...
This paper presents a novel technique to perform the topological pre-processing needed in formulatio...
A new iterative method for computing three-dimensional steady-state magnetic fields with eddy curren...
We present an effective technique to solve eddy current problems on the conductors of arbitrary topo...
This paper presents a volume integral formulation to solve eddy current problems on general polyhedr...
Integral formulations are attractive for solving eddy-current problems in complex electromagnetic sy...
The volume integral equation method based on the current vector potential approximated by means edge...
This contribution addresses the solution of eddy-current problems by means of a volume integral form...
Integral methods for solving eddy current problems use Biot–Savart law to produce non-local constitu...
A novel 3-D integral formulation for solving eddy currents in thin conducting structures with comple...
We present an effective technique to solve eddy current problems in thin conductors of arbitrary top...
A novel 3-D integral formulation for solving eddy currents in thin conductors of any shape and topol...
In the computational electromagnetism community it is known how the differential formulation of an e...
This paper deals with the volume integral formulation of the eddy current problem in terms of the el...
International audienceA volume integral formulation to compute eddy currents in non-magnetic conduct...
In this paper, we show how an eddy current volume integral formulation can be used to analyse comple...
This paper presents a novel technique to perform the topological pre-processing needed in formulatio...
A new iterative method for computing three-dimensional steady-state magnetic fields with eddy curren...
We present an effective technique to solve eddy current problems on the conductors of arbitrary topo...
This paper presents a volume integral formulation to solve eddy current problems on general polyhedr...
Integral formulations are attractive for solving eddy-current problems in complex electromagnetic sy...
The volume integral equation method based on the current vector potential approximated by means edge...
This contribution addresses the solution of eddy-current problems by means of a volume integral form...
Integral methods for solving eddy current problems use Biot–Savart law to produce non-local constitu...
A novel 3-D integral formulation for solving eddy currents in thin conducting structures with comple...
We present an effective technique to solve eddy current problems in thin conductors of arbitrary top...
A novel 3-D integral formulation for solving eddy currents in thin conductors of any shape and topol...
In the computational electromagnetism community it is known how the differential formulation of an e...
This paper deals with the volume integral formulation of the eddy current problem in terms of the el...
International audienceA volume integral formulation to compute eddy currents in non-magnetic conduct...
In this paper, we show how an eddy current volume integral formulation can be used to analyse comple...
This paper presents a novel technique to perform the topological pre-processing needed in formulatio...
A new iterative method for computing three-dimensional steady-state magnetic fields with eddy curren...