.. .. Méthode-iris,

.. .. Non-planéité-des-miroirs,

, Automatisation de l'appariement initial de la méthode IRIs, p.131

.. .. Conclusion,

, On pourrait ainsi envisager la création de pochoirs avec une imprimante 3D par exemple ou encore la projection d'un mouchetis fait de lumière moyennant une adaptation des codes, puisque le mouchetis serait mobile par rapport à la surface de mesure. Ensuite, une phase de développement pourrait s'intéresser à l'automatisation de toutes les étapes du protocole de mesure, avec notamment l'écriture de codes pour la détection automatique des cibles des mires de calibrage. À terme

, le sujet de cette thèse n'étant pas l'analyse modale per se. L'exploitation des données est néanmoins tout à fait possible pour l'analyse, les mesures de vibrations étant souvent utilisées pour remonter aux paramètres des objets de mesure. Dans cette logique d'extraction de paramètres, un projet, en cours au moment de la rédaction de ce manuscrit, dans le cadre du Master IMDEA, s'intéresse à la caractérisation et l'estimation de paramètres linéaires et non-linéaires d'un haut-parleur avec la méthode mono-axiale sans miroir. De même, un projet d'étudiants au sein de l'ESGT (en cours en 2018-2019) cible la mesure de vibration d'une passerelle piétonne, un des objectifs étant, à terme, d'effectuer la mesure de fréquences propres de ponts et de structures élancées, Rappelons que dans le cadre du travail présenté, l'étape finale a volontairement été fixée à la visualisation des déformées modales

, Dans le cadre de l'électro-acoustique, diverses applications R&D pourraient être testées sur des haut-parleurs. Dans le domaine de la vibro-acoustique, d'autres objets d'étude pourraient être choisis : soit de grands objets pour la caractérisation de panneaux, soit des tables d'harmonie ou des anches d'instruments à vent, ou encore des trous noirs acoustiques. Enfin, couplée par exemple avec une caméra thermique, la méthode à caméras asynchrones permettrait très probablement d, En conclusion, les travaux effectués ont finalement montré tout le potentiel des méthodes de vision 3D conçues ainsi que leur applicabilité aux problématiques industrielles

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