This paper deals with the calculation of eddy current in a copper cylinder. This cylinder rotates in an applied static magnetic field. The electromagnetic problem is solved in two-dimension by considering transient motion. Two methods for eddy current computation are compared: stochastic method and classical finite element method. The main goal of this paper is to compare these methods
Eddy current magnetization of spherical and cylindrical samples of technical copper and aluminum wer...
The thesis deals with the computation of eddy-current losses in the end regions of synchronous machi...
International audienceThis paper addresses the problem of the development of a fast numerical model ...
This paper deals with the calculation of eddy current in a copper cylinder. This cylinder rotates in...
Standard Galerkin finite element method (FEM) performs poorly when simulating convection dominated p...
An Eddy current is the current induced in little swirls( eddies ) on a large conductor. If a large c...
Normally a complicated three-dimensional (3-D) approach is needed to study the field pattern of indu...
The paper concerns the application of a non-conforming domain decomposition method to the problem of...
1.Introduction 2.Eddy Current Problems 3.Numerical Examples 4.ConclusionsJoint Research Workshop of ...
A conductor moving in a stationary magnetic field often rises crucial issues at the courses on elect...
This thesis is concerned with calculating the eddy-currents losses and their associated damping whic...
The three dimensional finite element formulation of eddy current problems with ac sinusoidally time ...
In electromagnetic problems, the problem geometry may not always be exactly known. One example of su...
The stochastic Galerkin and stochastic collocation method are two state-of-the-art methods for solvi...
International audienceThis paper proposes to compute the electrical behavior, including electromagne...
Eddy current magnetization of spherical and cylindrical samples of technical copper and aluminum wer...
The thesis deals with the computation of eddy-current losses in the end regions of synchronous machi...
International audienceThis paper addresses the problem of the development of a fast numerical model ...
This paper deals with the calculation of eddy current in a copper cylinder. This cylinder rotates in...
Standard Galerkin finite element method (FEM) performs poorly when simulating convection dominated p...
An Eddy current is the current induced in little swirls( eddies ) on a large conductor. If a large c...
Normally a complicated three-dimensional (3-D) approach is needed to study the field pattern of indu...
The paper concerns the application of a non-conforming domain decomposition method to the problem of...
1.Introduction 2.Eddy Current Problems 3.Numerical Examples 4.ConclusionsJoint Research Workshop of ...
A conductor moving in a stationary magnetic field often rises crucial issues at the courses on elect...
This thesis is concerned with calculating the eddy-currents losses and their associated damping whic...
The three dimensional finite element formulation of eddy current problems with ac sinusoidally time ...
In electromagnetic problems, the problem geometry may not always be exactly known. One example of su...
The stochastic Galerkin and stochastic collocation method are two state-of-the-art methods for solvi...
International audienceThis paper proposes to compute the electrical behavior, including electromagne...
Eddy current magnetization of spherical and cylindrical samples of technical copper and aluminum wer...
The thesis deals with the computation of eddy-current losses in the end regions of synchronous machi...
International audienceThis paper addresses the problem of the development of a fast numerical model ...