Raymond Panneton

About Raymond Panneton

Raymond Panneton, With an exceptional h-index of 33 and a recent h-index of 25 (since 2020), a distinguished researcher at Université de Sherbrooke, specializes in the field of acoustic materials, metamaterials, sustainable materials, porous, Biot.

His recent articles reflect a diverse array of research interests and contributions to the field:

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

Acoustic radiation of a fluid-saturated microperforated plate

Vibration behavior of a microperforated plate within an acoustic nonlinear framework

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

Effect of polydispersity on the transport and sound absorbing properties of three-dimensional random fibrous structures

On the vibratory response of a fluid-saturated microperforated plate within an acoustic nonlinear regime

A review on aerodynamic optimization of turbomachinery using adjoint method

Overview of concept designs and results of the New Acoustic Insulation Meta-Material for Aerospace (NAIMMTA) project

Raymond Panneton Information

University

Position

GAUS Mecanum Inc.

Citations(all)

5118

Citations(since 2020)

1771

Cited By

4041

hIndex(all)

33

hIndex(since 2020)

25

i10Index(all)

61

i10Index(since 2020)

39

Email

University Profile Page

Google Scholar

Raymond Panneton Skills & Research Interests

acoustic materials

metamaterials

sustainable materials

porous

Biot

Top articles of Raymond Panneton

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

The Journal of the Acoustical Society of America

2024/1/1

Thomas Dupont
Thomas Dupont

H-Index: 10

Raymond Panneton
Raymond Panneton

H-Index: 24

Acoustic radiation of a fluid-saturated microperforated plate

2024/8/25

Thomas Dupont
Thomas Dupont

H-Index: 10

Raymond Panneton
Raymond Panneton

H-Index: 24

Vibration behavior of a microperforated plate within an acoustic nonlinear framework

2024/8/25

Thomas Dupont
Thomas Dupont

H-Index: 10

Raymond Panneton
Raymond Panneton

H-Index: 24

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

Available at SSRN 4533288

2023/6/15

Effect of polydispersity on the transport and sound absorbing properties of three-dimensional random fibrous structures

International Journal of Solids and Structures

2024/4/21

Raymond Panneton
Raymond Panneton

H-Index: 24

On the vibratory response of a fluid-saturated microperforated plate within an acoustic nonlinear regime

2024/4/1

Thomas Dupont
Thomas Dupont

H-Index: 10

Raymond Panneton
Raymond Panneton

H-Index: 24

A review on aerodynamic optimization of turbomachinery using adjoint method

2024/1/23

Overview of concept designs and results of the New Acoustic Insulation Meta-Material for Aerospace (NAIMMTA) project

INTER-NOISE and NOISE-CON Congress and Conference Proceedings

2023/11/30

Broadband low frequency noise attenuation using thin acoustic metamaterials for aircraft cabin noise mitigation

INTER-NOISE and NOISE-CON Congress and Conference Proceedings

2023/11/30

Tenon Charly Kone
Tenon Charly Kone

H-Index: 1

Raymond Panneton
Raymond Panneton

H-Index: 24

Numerical prediction of the sound transmission loss of double panel configurations with acoustic structured and poroelastic materials

INTER-NOISE and NOISE-CON Congress and Conference Proceedings

2023/11/30

Tenon Charly Kone
Tenon Charly Kone

H-Index: 1

Raymond Panneton
Raymond Panneton

H-Index: 24

Utilizing polydispersity in composite fibrous based sound absorbing materials

arXiv preprint arXiv:2311.06819

2023/11/12

Raymond Panneton
Raymond Panneton

H-Index: 24

Sound reduction ventilation assembly

2023/11/9

Identification of microstructural descriptors characterizing the macro-behavior of polydisperse random fibrous media

2023/11/7

Raymond Panneton
Raymond Panneton

H-Index: 24

Aeroacoustic Optimization of a Metacage to Block the Noise Emitted by an Exhaust Fan

Canadian Acoustics

2023/10/9

Sonic Crystal Acoustic Attenuation Applied to Exhaust Air Systems

Canadian Acoustics

2023/10/9

Tenon Charly Kone
Tenon Charly Kone

H-Index: 1

Raymond Panneton
Raymond Panneton

H-Index: 24

Engineered Materials for Acoustics: Metamaterials, Sonic Crystals and Calculated Microstructures

Canadian Acoustics

2023/10/9

Raymond Panneton
Raymond Panneton

H-Index: 24

Method for Characterizing the Acoustic Properties of Thin Metamaterials Capable of Attenuating Broadband Noise at Low Frequencies.

Canadian Acoustics

2023/10/9

Tenon Charly Kone
Tenon Charly Kone

H-Index: 1

Raymond Panneton
Raymond Panneton

H-Index: 24

Added viscous damping in microperforated plates within a nonlinear acoustic regime

2023/10/3

Thomas Dupont
Thomas Dupont

H-Index: 10

Raymond Panneton
Raymond Panneton

H-Index: 24

CFD simulations of the static airflow resistivity of a perforated solid: Effects of size and flow velocity

Canadian Acoustics= Acoustique Canadienne

2023/9/1

DEVELOPMENT OF AN ECO-ACOUSTIC ABSORBER BASED ON LOCAL RE-CYCLED GRANULAR MATERIALS.

Canadian Acoustics

2023/9/1

Raymond Panneton
Raymond Panneton

H-Index: 24

See List of Professors in Raymond Panneton University(Université de Sherbrooke)

Co-Authors

academic-engine