Thomas Dupont

Associate Professor

École de technologie supérieure

Canada

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Thomas Dupont is an Associate Professor at École de technologie supérieure in Canada. His research areas encompass nonlinear dynamics, acoustic metamaterials, and fluid dynamics, as evidenced by his recent articles exploring topics such as homogenized fluid-saturated microperforated plates, mass-spring models for metamaterials, and vibration emission analysis. He contributes to interdisciplinary studies focusing on the effects of mobility matrices and road noise policy comparisons across various regions.

Articles (12)

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2025

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2025

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2025

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2024

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2024

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2023

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2023

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2023

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2022

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2021

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2021

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2021

Collaborators (1)

Catherine Guastavino

McGill University

CANADA

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Thomas Dupont

Research Interests

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Articles (12)

Added nonlinear damping of homogenized fluid-saturated microperforated plates in Forchheimer flow regime

Mass-spring model for a perforated periodic metamaterial in nonlinear regime

Inertial effects on single-perforation plates resistivity at high flow rates: Computational fluid dynamics and experimental studies

Damping performance of finite microperforated plates using multi-size and spatial distributions of perforations

Mass-spring model for acoustic metamaterials consisting of a compact linear periodic array of dead-end resonators

Evaluation of Vibration Emission Values of Nailers: Can an Automatic Test Stand Be Used Instead of Human Operators?

Effects of mobility matrices completeness on component-based transfer path analysis methods with and without substructuring applied to aircraft-like components

Multiple resonances in lossy acoustic black holes - theory and experiment

Vibration and damping analysis of a thin finite-size microperforated plate

Comparison of Road Noise Policies across Australia, Europe, and North America

Thermoviscous-acoustic metamaterials to damp acoustic modes in complex shape geometries at low frequencies

Method for controlling boundary condition effects on the measurement of acoustic properties of small samples in tubes

Collaborators (1)

Catherine Guastavino

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