A subproblem h-conformal eddy current finite element method is proposed for correcting the inaccuracies inherent to thin shell models. Such models replace volume thin regions by surfaces but ne- glect border effects in the vicinity of their edges and corners. The developed surface-to-volume correction problem is defined as a step of the multiple subproblems that can split a complete problem, consisting of inductors and magnetic or conducting regions, some of these being thin regions. The general case of multiply connected thin regions is considered.status: publishe
A method for solving eddy current problems in two separate steps is developed for global-local analy...
This paper presents a subproblem approach with hconformal magnetostatic finite element formulations ...
International audienceA finite element subproblem method is developed to correct the inaccuracies pr...
A subproblem h-conformal eddy current nite element method is proposed for correcting the inaccuraci...
A subproblem h-conformal eddy current finite element method is proposed for correcting the inaccurac...
Abstract — A subproblem h-conform eddy current finite element method is proposed for correcting the ...
peer reviewedA subproblem method (SPM) with h-formulation is developed for correcting the inaccuraci...
Subproblem dual finite element magnetostatic and magnetodynamic formulations are developed and compa...
A subproblem finite-element method is developed for correcting the inaccuracies near edges and corne...
peer reviewedA subproblem method with dual finite element magnetostatic and magnetodynamic formulati...
A subproblem technique is applied to dual thin shell finite element formulations. Both the magnetic ...
peer reviewedA subproblem finite with dual finite element magnetostatic and magnetodynamic formulat...
peer reviewedPurpose: The purpose of this paper is to deal with the correction of the inaccuracies n...
Dual formulations for finite element magnetostatic and magnetodynamic sub-problems are developed to ...
An iterative sub-problem method for thin shell finite element magnetic models is herein performed to...
A method for solving eddy current problems in two separate steps is developed for global-local analy...
This paper presents a subproblem approach with hconformal magnetostatic finite element formulations ...
International audienceA finite element subproblem method is developed to correct the inaccuracies pr...
A subproblem h-conformal eddy current nite element method is proposed for correcting the inaccuraci...
A subproblem h-conformal eddy current finite element method is proposed for correcting the inaccurac...
Abstract — A subproblem h-conform eddy current finite element method is proposed for correcting the ...
peer reviewedA subproblem method (SPM) with h-formulation is developed for correcting the inaccuraci...
Subproblem dual finite element magnetostatic and magnetodynamic formulations are developed and compa...
A subproblem finite-element method is developed for correcting the inaccuracies near edges and corne...
peer reviewedA subproblem method with dual finite element magnetostatic and magnetodynamic formulati...
A subproblem technique is applied to dual thin shell finite element formulations. Both the magnetic ...
peer reviewedA subproblem finite with dual finite element magnetostatic and magnetodynamic formulat...
peer reviewedPurpose: The purpose of this paper is to deal with the correction of the inaccuracies n...
Dual formulations for finite element magnetostatic and magnetodynamic sub-problems are developed to ...
An iterative sub-problem method for thin shell finite element magnetic models is herein performed to...
A method for solving eddy current problems in two separate steps is developed for global-local analy...
This paper presents a subproblem approach with hconformal magnetostatic finite element formulations ...
International audienceA finite element subproblem method is developed to correct the inaccuracies pr...