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, Une campagne d'essai menée par DA a été réalisée sur une configuration en attachement

, Un modèle spécifique associé à l'attachement est proposé. Un schéma en étoile est utilisé. La fixation, sur laquelle l'attachement se fait

, L'ensemble des fils sont disposés sur deux écrans électrostatiques perpendiculaires entre deux

, Contrairement à l'ensemble des autres fixations, les fils modélisant cette fixation n'ont pas de résistances localisées

, L'injection se fait au point de raccordement des cinq fils qui représentent la fixation. Des mesures du courant circulant entre chaque nervure ont été réalisées par DA. En modélisation, on intégrera alors les courants d'arêtes sur les quads correspondants. Ces quads sont représentés en rose sur la figure V, vol.52

, On utilisera ici directement la mesure du courant injecté plutôt que la formule analytique de l'équation (V.4). La mesure étant une mesure temporelle, on effectuera une transformée de Fourier de cette dernière pour obtenir le spectre fréquentiel de l'onde d'injection. On analyse les courants passant dans les nervures D3 et G2 définies en figure V.52. Les résultats sont présentés en figures V.53 et V.54 respectivement pour les courants circulant sur les nervures D3 et G2. L'encadrement proposé est très satisfaisant que ce soit sur le temps de montée (figures V.53b et V.54b) ou les temps longs (figures V.53c et V.54c) dans les deux nervures étudiées, Les autres critères de modélisation sont les mêmes que ceux présentés en introduction de cette section. De même, on se propose aussi ici d'appliquer le modèle d'incertitudes sur les résistances des fixations

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P. Monferran, C. Guiffaut, A. Reineix, F. Fustin, and F. Tristant, Fastener Resistive Circuit Model and Statistical Analysis, 2017 International Conference on Lightning and Static Electricity-ICOLSE 2017, 2017.

P. Monferran, C. Guiffaut, A. Reineix, F. Fustin, and F. Tristant, Etude statistique sur les résistances de contact des fixations avion et analyse des lignes d'assemblage sur caisson, 19ème Colloque International et Exposition sur la Compatibilité ÉlectroMagnétique (CEM 2018), 2018.

P. Monferran, C. Guiffaut, A. Reineix, F. Fustin, and F. Tristant, Fastening Assemblies Modelling in Finite Difference Time Domain, International Symposium on Electromagnetic Compatibility-EMC EUROPE, 2018.
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