Marie Annick Galland

Marie Annick Galland

École Centrale de Lyon

H-index: 21

Europe-France

About Marie Annick Galland

Marie Annick Galland, With an exceptional h-index of 21 and a recent h-index of 12 (since 2020), a distinguished researcher at École Centrale de Lyon, specializes in the field of Acoutics, Active Control.

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

Extremely tortuous sound absorbers with labyrinthine channels in non-porous and microporous solid skeletons

Experimental characterisation of perforated plates in a duct with flow in non-linear regime

NONLINEAR BROADBAND TIME-DOMAIN ADMITTANCE BOUNDARY CONDITION APPLIED TO A FLOW DUCT WITH PERFORATED LINER

Experimental Active Noise Control Using Faust On FPGA: Comparison Between A Multi-Point and Spherical Harmonics Method

ACOUSTIC MODELLING OF MATERIAL OBTAINED BY ADDITIVE MANUFACTURING PLACED IN THE WALL OF A DUCT.

LOW FREQUENCY ABSORPTION BY 3D PRINTED MATERIALS HAVING HIGHLY TORTUOUS LABYRINTHINE SLITS IN IMPERMEABLE OR MICROPOROUS SKELETONS

Feedback acoustic noise control with faust on fpga: application to noise reduction in headphones

Modélisation acoustique d’un matériau obtenu par fabrication additive placé en paroi d’un conduit

Marie Annick Galland Information

University

Position

Professeur LMFA

Citations(all)

1600

Citations(since 2020)

598

Cited By

1175

hIndex(all)

21

hIndex(since 2020)

12

i10Index(all)

34

i10Index(since 2020)

16

Email

University Profile Page

École Centrale de Lyon

Google Scholar

View Google Scholar Profile

Marie Annick Galland Skills & Research Interests

Acoutics

Active Control

Top articles of Marie Annick Galland

Title

Journal

Author(s)

Publication Date

Extremely tortuous sound absorbers with labyrinthine channels in non-porous and microporous solid skeletons

Applied Acoustics

Tomasz G Zieliński

Kamil C Opiela

Nicolas Dauchez

Thomas Boutin

Marie-Annick Galland

...

2024/2/15

Experimental characterisation of perforated plates in a duct with flow in non-linear regime

29th International Congress of Sound and Vibration, Prague, 9th-13th July

Emanuele Sarpero

Didier Dragna

Emmanuel Gourdon

Marie-Annick Galland

2023

NONLINEAR BROADBAND TIME-DOMAIN ADMITTANCE BOUNDARY CONDITION APPLIED TO A FLOW DUCT WITH PERFORATED LINER

Journal of Sound and Vibration

Daher Diab

Didier Dragna

Edouard Salze

Marie-Annick Galland

2022/6/23

Experimental Active Noise Control Using Faust On FPGA: Comparison Between A Multi-Point and Spherical Harmonics Method

Loïc Alexandre

Pierre Lecomte

Marie-Annick Galland

2023/9/11

ACOUSTIC MODELLING OF MATERIAL OBTAINED BY ADDITIVE MANUFACTURING PLACED IN THE WALL OF A DUCT.

Alexis Jamois

Didier Dragna

Marie-Annick Galland

2023

LOW FREQUENCY ABSORPTION BY 3D PRINTED MATERIALS HAVING HIGHLY TORTUOUS LABYRINTHINE SLITS IN IMPERMEABLE OR MICROPOROUS SKELETONS

Tomasz G Zielinski

Kamil C Opiela

Nicolas Dauchez

Thomas Boutin

Marie-Annick Galland

...

2023

Feedback acoustic noise control with faust on fpga: application to noise reduction in headphones

Loïc Alexandre

Pierre Lecomte

Marie-Annick Galland

Maxime Popoff

2022/6/7

Modélisation acoustique d’un matériau obtenu par fabrication additive placé en paroi d’un conduit

Alexis Jamois

Didier Dragna

Tomasz Zielinski

Marie-Annick Galland

2022/4/11

Modélisation du comportement non-linéaire des plaques perforées dans des simulations temporelles de propagation acoustique en conduit

Didier Dragna

Daher Diab

Edouard Salze

Marie-Annick Galland

2022/4/11

Time-domain simulations of sound propagation in a flow duct with extended-reacting liners

Journal of Sound and Vibration

Antoni Alomar

Didier Dragna

Marie-Annick Galland

2021/9/1

Characterization and suppression of the hydrodynamic instability in the time domain for acoustic propagation in a lined flow duct

Journal of Sound and Vibration

Yuanyuan Deng

Antoni Alomar

Didier Dragna

Marie-Annick Galland

2021/5/26

Pole identification method to extract the equivalent fluid characteristics of general sound-absorbing materials

Applied Acoustics

Antoni Alomar

Didier Dragna

Marie-Annick Galland

2021/3/1

Time-domain simulation of a flow duct with extended-reacting acoustic liners

Antoni Alomar

Didier Dragna

Marie-Annick Galland

2020/12/7

The numerical methods to remove the hydrodynamic instability generated in the time-domain simulation for acoustic propagation in a lined flow duct

Yuanyuan Deng

Antoni Alomar

Didier Dragna

Marie-Annick Galland

2020/12/7

Reproducibility of sound-absorbing periodic porous materials using additive manufacturing technologies: Round robin study

Additive Manufacturing

Tomasz G Zieliński

Kamil C Opiela

Piotr Pawłowski

Nicolas Dauchez

Thomas Boutin

...

2020/12/1

Analysis of propagation constraints on acoustic communication networks of rock ptarmigan

Arthur Guibard

Sébastien Ollivier

Didier Dragna

Frédéric Sèbe

Marie-Annick Galland

2020/12/7

Analysis of wave propagation and absorption at oblique and normal incidence in poroelastic layers with active periodic inclusions

Tomasz Zielinski

Marie-Annick Galland

2020/12/7

See List of Professors in Marie Annick Galland University(École Centrale de Lyon)