AbstractIterative domain decomposition algorithms are applied to the solution of two-dimensional eddy current problem. The system of differential equations describing this problem is considered as singularly perturbed problem. Convergence of these algorithms is established. Several numerical experiments are presented
peer reviewedIntegral formulations lead to full matrices that, despite the use of efficient low-rank...
AbstractThis paper deals with an iterative algorithm for domain decomposition applied to the solutio...
A homogenization approach for the solution of multiscale eddy current problem is proposed. The metho...
AbstractIterative domain decomposition algorithms are applied to the solution of two-dimensional edd...
1.Introduction 2.Formulation of eddy current problems 3.Domain decomposition methodJoint Research Wo...
A new iterative method for computing three-dimensional steady-state magnetic fields with eddy curren...
Abstract—A new iterative method for computing three-dimen-sional steady-state magnetic fields with e...
An iterative domain decomposition method is developed to solve a singular perturbation problem. The ...
This paper reviews the basic mathematical ideas and convergence analysis of domain decomposition met...
The paper deals with a method, based on the finite formulation approach for the solution of a quasi-...
The authors introduce the iterative leap-field domain decomposition method that is tailored to the f...
AbstractThis paper deals with an iterative algorithm for domain decomposition applied to the solutio...
This paper deals with 3D time-harmonic eddy current analyses using the A-φ method with the continuit...
AbstractThis paper deals with an iterative algorithm for multidomain decomposition applied to the so...
AbstractIn this paper, we propose novel finite element A - θ approaches to realize the approximation...
peer reviewedIntegral formulations lead to full matrices that, despite the use of efficient low-rank...
AbstractThis paper deals with an iterative algorithm for domain decomposition applied to the solutio...
A homogenization approach for the solution of multiscale eddy current problem is proposed. The metho...
AbstractIterative domain decomposition algorithms are applied to the solution of two-dimensional edd...
1.Introduction 2.Formulation of eddy current problems 3.Domain decomposition methodJoint Research Wo...
A new iterative method for computing three-dimensional steady-state magnetic fields with eddy curren...
Abstract—A new iterative method for computing three-dimen-sional steady-state magnetic fields with e...
An iterative domain decomposition method is developed to solve a singular perturbation problem. The ...
This paper reviews the basic mathematical ideas and convergence analysis of domain decomposition met...
The paper deals with a method, based on the finite formulation approach for the solution of a quasi-...
The authors introduce the iterative leap-field domain decomposition method that is tailored to the f...
AbstractThis paper deals with an iterative algorithm for domain decomposition applied to the solutio...
This paper deals with 3D time-harmonic eddy current analyses using the A-φ method with the continuit...
AbstractThis paper deals with an iterative algorithm for multidomain decomposition applied to the so...
AbstractIn this paper, we propose novel finite element A - θ approaches to realize the approximation...
peer reviewedIntegral formulations lead to full matrices that, despite the use of efficient low-rank...
AbstractThis paper deals with an iterative algorithm for domain decomposition applied to the solutio...
A homogenization approach for the solution of multiscale eddy current problem is proposed. The metho...