Maud Lavieille

Title: Maud Lavieille: A Pioneer in Acoustic Treatment Innovations

Introduction

Maud Lavieille is an innovative inventor based in Tournefeuille, France. With a strong commitment to advancing acoustic treatment technologies, she has been awarded three patents. Her work demonstrates a unique blend of engineering and creativity aimed at improving sound quality in various environments, making her a notable figure in her field.

Latest Patents

Maud Lavieille's latest patents include two groundbreaking designs for acoustic treatment panels. The first is an "Acoustic treatment panel comprising a porous acoustically resistive structure comprising connecting canals." This invention features a porous structure with an external layer that interacts with the environment, ensuring communication between various openings and internal cells for enhanced acoustic performance.

The second patent, titled "Acoustic treatment panel comprising cells which each contain a plurality of conduits," introduces a panel design where each cell contains conduits that connect the porous structure to a reflective layer. These conduits are specifically designed to facilitate communication between the inside and outside, optimizing acoustic treatment functionality.

Career Highlights

Throughout her career, Maud has contributed significantly to the acoustic engineering field, refining techniques and technologies for more effective sound management. While working at Airbus Operations, she engaged in projects that demanded high levels of precision and creativity in acoustic solutions. Additionally, her time at Georgia Tech Research Corporation has further solidified her reputation as a leader in acoustic innovation.

Collaborations

In her professional journey, Maud has collaborated with esteemed colleagues such as Alain Porte and Jacques Lalane. These collaborations have not only enriched her work but have also facilitated the exchange of ideas and innovations in acoustic treatment technologies.

Conclusion

Maud Lavieille stands out as an influential inventor whose patents reflect her dedication to improving acoustic environments. With her innovative approaches to sound treatment, she continues to push the boundaries of what is possible, making significant contributions that benefit various industries. Her work serves as an inspiration for future inventors and engineers aiming to make their mark in the field of acoustic technology.