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Simon Prenant
Simon Prenant
Adresse e-mail validée de etsmtl.ca
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Effects of mobility matrices completeness on component-based transfer path analysis methods with and without substructuring applied to aircraft-like components
S Prenant, T Padois, V Rolland, M Etchessahar, T Dupont, O Doutres
Journal of Sound and Vibration 547, 117541, 2023
42023
Comparison of the reception plate method and the inverse force method for assessing the power of a dummy vibratory source
T Padois, S Prenant, V Rolland, R Chérif, O Robin, N Atalla, ...
Canadian Acoustical Association, 2019
22019
Using transfer path analysis methods for assessing the velocity response on a plate generated by a dummy vibratory source
S Prenant, V Rolland, T Padois, R Chérif, M Etchessahar, R Klop, ...
Canadian Acoustical Association, 2019
22019
Influence of the vibrating source behavior and source side excitations on the Interface Completeness Criterion
T Padois, S Prenant, T Dupont, O Doutres
Noise Control Engineering Journal 72 (2), 105-117, 2024
2024
Numerical investigation of the effects of model and operator uncertainties on component-based transfer path analysis methods with substructuring applied to aircraft-like components
S Prenant, T Padois, T Dupont, O Doutres
INTER-NOISE and NOISE-CON Congress and Conference Proceedings 265 (4), 3201-3208, 2023
2023
Numerical investigation of the effects of model uncertainties on component-based transfer path analysis method with dynamic substructuring applied to aircraft-like components
S Prenant, T Padois, T Dupont, O Doutres
Institute of Noise Control Engineering of the USA, Inc., 2022
2022
Numerical investigation of the effects of model uncertainties on component-based transfer path analysis method with dynamic substructuring applied to aircraft-like components.
OD Simon Prenant, Thomas Padois, Thomas Dupont
Internoise2022, 2022
2022
Influence of mobility completeness and source behavior on the robustness of component-based transfer path analysis methods: A numerical study
S Prenant, T Padois, T Dupont, O Doutres
Institute of Noise Control Engineering, 2021
2021
Effects of Completeness on Component-Based Transfer Path Analysis Methods with and Without Substructuring Applied to Aircraft-Like Components
S Prenant, T Padois, V Rolland, M Etchessahar, T Dupont, O Doutres
Available at SSRN 4223479, 0
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