An h-formulation for the computation of magnetostatic fields. Implementation by combining a finite element method and a boundary element method

Journal de Physique III, 1993 - jp3.journaldephysique.org
A new formulation of magnetostatics is given: it uses the magnetic field h as variable and a
penalty technique. For its discretization, a finite element method inside the magnetic …
被引用次数：13 相关文章

An h-formulation for the computation of magnetostatic fields. Implementation by combining a finite element method and a boundary element method

B Bandelier, F Rioux-Damidau, C Daveau - Journal de Physique III, 1993 - hal.science
A new formulation of magnetostatics is given: it uses the magnetic field h as variable and a
penalty technique. For its discretization, a finite element method inside the magnetic …

[引用][C] An h-formulation for the computation of magnetostatic fields. Implementation by combining a finite element method and a boundary element method

B BANDELIER, C DAVEAU… - Journal de physique …, 1993 - pascal-francis.inist.fr
An h-formulation for the computation of magnetostatic fields. Implementation by combining a
finite element method and a boundary element method CNRS Inist Pascal-Francis CNRS …

An h-formulation for the computation of magnetostatic fields. Implementation by combining a finite element method and a boundary element method

B Bandelier, C Daveau… - … de Physique III, 1993 - jp3.journaldephysique.org
A new formulation of magnetostatics is given: it uses the magnetic field h as variable and a
penalty technique. For its discretization, a finite element method inside the magnetic …

An h-formulation for the computation of magnetostatic fields. Implementation by combining a finite element method and a boundary element method

B Bandelier, C Daveau… - Journal de Physique …, 1993 - ui.adsabs.harvard.edu
A new formulation of magnetostatics is given: it uses the magnetic field h as variable and a
penalty technique. For its discretization, a finite element method inside the magnetic …
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[PDF][PDF] An h-formulation for the computation of magnetostatic fields. Implementation by combining a finite element method and a boundary element method

B Bandelier, C Daveau, F Rioux-Damidau - academia.edu
An h-formulation for the computation of magnetostatic fields. Implementation by combining a
finite element method and a boundary Page 1 HAL Id: jpa-00248977 https://hal.archives-ouvertes.fr/jpa-00248977 …
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[PDF][PDF] An h-formulation for the computation of magnetostatic fields. Implementation by combining a finite element method and a boundary element method

B Bandelier, C Daveau, F Rioux-Damidau - scholar.archive.org
An h-formulation for the computation of magnetostatic fields. Implementation by combining a
finite element method and a boundary Page 1 An h-formulation for the computation of …

[引用][C] A h-formulation for the computation of magnetostatic fields. Implementation by combining a finite element method and a boundary element method.

B Bandelier, C Daveau, F Rioux-Damidau - HAL, 1993 - dml.mathdoc.fr
A h-formulation for the computation of magnetostatic fields. Implementation by combining a finite
element method and a boundary element method. logo dml Revues Livres Sources Tout Tout …
[PDF] academia.edu

[PDF][PDF] An h-formulation for the computation of magnetostatic fields. Implementation by combining a finite element method and a boundary element method

B Bandelier, C Daveau, F Rioux-Damidau - academia.edu
An h-formulation for the computation of magnetostatic fields. Implementation by combining a
finite element method and a boundary Page 1 HAL Id: jpa-00248977 https://hal.archives-ouvertes.fr/jpa-00248977 …
[PDF] hal.science

[PDF][PDF] An h-formulation for the computation of magnetostatic fields. Implementation by combining a finite element method and a boundary element method

B Bandelier, F Rioux-Damidau, C Daveau - hal.science
An h-formulation for the computation of magnetostatic fields. Implementation by combining a
finite element method and a boundary Page 1 HAL Id: jpa-00248977 https://hal.science/jpa-00248977 …