| Les deux révisions précédentes Révision précédente Prochaine révision | Révision précédente Prochaine révisionLes deux révisions suivantes |
| public:accueil [2021/10/28 09:19] – [Technical documents] alainbatailly | public:accueil [2021/10/28 09:21] – [Technical documents] alainbatailly |
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| ===== Technical documents ===== | ===== Technical documents ===== |
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| * //Cubic and bicubic B-spline interpolation with Python// <fc #4682b4>{{fa>share-alt-square}}</fc> [[public:notespline:accueil|wiki page]] - [[https://hal.archives-ouvertes.fr/hal-03017566v2|{{:wiki:hal.png?nolink&25|}}]] - [[https://gitlab.lava.polymtl.ca/laboratoire/documents_techniques/2020_splines|{{wiki:git.png?12&nolink}}]] (Q. Agrapart, 2020) | * //Cubic and bicubic B-spline interpolation with Python// <fc #4682b4>{{fa>share-alt-square}}</fc> [[public:notespline:accueil|wiki page]] - [[https://hal.archives-ouvertes.fr/hal-03017566v2|{{:wiki:hal.png?nolink&25|}}]] - [[https://gitlab.lava.polymtl.ca/laboratoire/documents_techniques/2020_splines|{{wiki:git.png?12&nolink}}]] <fc #c0c0c0>(Q. Agrapart, 2020)</fc> |
| * //Blade/casing contacts in turbomachinery// (ASME 2020 Turbo Expo tutorial) <fc #4682b4>{{fa>share-alt-square}}</fc> [[public:te2020:accueil|wiki page]] - [[https://hal.archives-ouvertes.fr/hal-03008831|{{:wiki:hal.png?nolink&25|}}]] - [[https://gitlab.lava.polymtl.ca/publications/actes/2020_turboexpo_tutoriel|{{wiki:git.png?12&nolink}}]] (A. Batailly, 2020) | * //Blade/casing contacts in turbomachinery// (ASME 2020 Turbo Expo tutorial) <fc #4682b4>{{fa>share-alt-square}}</fc> [[public:te2020:accueil|wiki page]] - [[https://hal.archives-ouvertes.fr/hal-03008831|{{:wiki:hal.png?nolink&25|}}]] - [[https://gitlab.lava.polymtl.ca/publications/actes/2020_turboexpo_tutoriel|{{wiki:git.png?12&nolink}}]] <fc #c0c0c0>(A. Batailly, 2020)</fc> |
| * //Empirical Mode Decomposition-based signal analysis// (in French) [[https://hal.archives-ouvertes.fr/hal-01819670|{{:wiki:hal.png?nolink&25|}}]] (N, Di Palma, 2018) | * //Empirical Mode Decomposition-based signal analysis// <fc #c0c0c0>(in French)</fc> [[https://hal.archives-ouvertes.fr/hal-01819670|{{:wiki:hal.png?nolink&25|}}]] <fc #c0c0c0>(N, Di Palma, 2018)</fc> |
| * //Signal processing through Fourier transforms// (in French) [[https://hal.archives-ouvertes.fr/hal-02193929|{{:wiki:hal.png?nolink&25|}}]] - [[https://gitlab.lava.polymtl.ca/laboratoire/documents_techniques/2017_Kojtych_Fourier|{{wiki:git.png?12&nolink}}]] (S. Kojtych, 2017) | * //Signal processing through Fourier transforms// (in French) [[https://hal.archives-ouvertes.fr/hal-02193929|{{:wiki:hal.png?nolink&25|}}]] - [[https://gitlab.lava.polymtl.ca/laboratoire/documents_techniques/2017_Kojtych_Fourier|{{wiki:git.png?12&nolink}}]] <fc #c0c0c0>(S. Kojtych, 2017)</fc> |
| * //Acceleration measurements and acquisition system with Arduino Uno// (in French) [[https://hal.archives-ouvertes.fr/hal-02018248|{{:wiki:hal.png?nolink&25|}}]] - [[https://gitlab.lava.polymtl.ca/laboratoire/documents_techniques/2019_note_technique_arduino|{{wiki:git.png?12&nolink}}]] (S. Kojtych, 2019) | * //Acceleration measurements and acquisition system with Arduino Uno// <fc #c0c0c0>(in French)</fc> [[https://hal.archives-ouvertes.fr/hal-02018248|{{:wiki:hal.png?nolink&25|}}]] - [[https://gitlab.lava.polymtl.ca/laboratoire/documents_techniques/2019_note_technique_arduino|{{wiki:git.png?12&nolink}}]] <fc #c0c0c0>(S. Kojtych, 2019)</fc> |
| * //How to extract structural matrices (mass,stiffness...) from Ansys// [[https://hal.archives-ouvertes.fr/hal-01132784|{{:wiki:hal.png?nolink&25|}}]] (A. Batailly, 2015) | * //How to extract structural matrices (mass,stiffness...) from Ansys// [[https://hal.archives-ouvertes.fr/hal-01132784|{{:wiki:hal.png?nolink&25|}}]] <fc #c0c0c0>(A. Batailly, 2015)</fc> |
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| ===== Codes ===== | ===== Codes ===== |