In this paper, we investigate the modeling of ferromagnetic multiscale materials. We propose a computational homogenization tech- nique based on the heterogeneous multiscale method (HMM) that includes both eddy-current and hysteretic losses at the mesoscale. The HMM comprises: 1) a macroscale problem that captures the slow variations of the overall solution; 2) many mesoscale problems that allow to determine the constitutive law at the macroscale. As application example, a laminated iron core is considered.status: publishe
This paper deals with a time-domain finite-element homogenization technique for laminated iron cores...
This paper deals with the time-domain homogenization of laminated cores in 2-D or 3-D finite-element...
This paper deals with the time-domain homogenization of laminated cores in 2-D or 3-D finite-element...
In this paper, we investigate the modeling of ferromagnetic multiscale materials. We propose a compu...
In this paper, a heterogeneous multiscale method (HMM) based technique is applied to model the behav...
In this paper, a heterogeneous multiscale method (HMM) based technique is applied to model the behav...
In this paper, we compare qualitatively and quan- titatively the performance and validity range of a...
The increasing use of composite materials in the technological industry (automotive, aerospace) requ...
In this paper we develop magnetic induction conforming multiscale formulations for magnetoquasistati...
The effective use of composite materials in the technology industry requires the development of accu...
Electromagnetic fields and eddy currents in thin electrical steel laminations are governed by the la...
Abstract—Homogenization represents a promising method to simulate eddy current losses in laminated i...
peer reviewedElectromagnetic fields and eddy currents in thin electrical steel laminations are gover...
This paper deals with the time-domain homogenization of laminated cores in 2D or 3D finite element (...
The authors present a novel nonlinear homogeniza- tion technique for laminated iron cores in 3D FE m...
This paper deals with a time-domain finite-element homogenization technique for laminated iron cores...
This paper deals with the time-domain homogenization of laminated cores in 2-D or 3-D finite-element...
This paper deals with the time-domain homogenization of laminated cores in 2-D or 3-D finite-element...
In this paper, we investigate the modeling of ferromagnetic multiscale materials. We propose a compu...
In this paper, a heterogeneous multiscale method (HMM) based technique is applied to model the behav...
In this paper, a heterogeneous multiscale method (HMM) based technique is applied to model the behav...
In this paper, we compare qualitatively and quan- titatively the performance and validity range of a...
The increasing use of composite materials in the technological industry (automotive, aerospace) requ...
In this paper we develop magnetic induction conforming multiscale formulations for magnetoquasistati...
The effective use of composite materials in the technology industry requires the development of accu...
Electromagnetic fields and eddy currents in thin electrical steel laminations are governed by the la...
Abstract—Homogenization represents a promising method to simulate eddy current losses in laminated i...
peer reviewedElectromagnetic fields and eddy currents in thin electrical steel laminations are gover...
This paper deals with the time-domain homogenization of laminated cores in 2D or 3D finite element (...
The authors present a novel nonlinear homogeniza- tion technique for laminated iron cores in 3D FE m...
This paper deals with a time-domain finite-element homogenization technique for laminated iron cores...
This paper deals with the time-domain homogenization of laminated cores in 2-D or 3-D finite-element...
This paper deals with the time-domain homogenization of laminated cores in 2-D or 3-D finite-element...