Location History:
- Saint Etienne de Montluc, FR (2004 - 2007)
- Cordemais, FR (2011)
Company Filing History:
Years Active: 2004-2011
Title: Jean-Marc Poignonec: Innovator in Acoustically Resistive Structures
Introduction
Jean-Marc Poignonec, based in Cordemais, France, is a distinguished inventor recognized for his contributions to the field of acoustic engineering. With a total of one patented innovation to his name, Poignonec has made significant strides in developing solutions that enhance sound absorption and reduction in various environments.
Latest Patents
Poignonec's notable patent is titled "Process for the production of an acoustically resistive structure, the acoustically resistive structure thus obtained, and coating using such a structure." This innovative process focuses on creating an acoustically resistive structure that can be integrated within an alveolar framework to provide effective acoustic treatment. The system comprises at least one porous layer and a reinforcement structure that are bonded together using adhesive methods, making it a promising solution for sound management.
Career Highlights
Currently employed at Airbus Operations, Jean-Marc Poignonec has been instrumental in advancing acoustic technologies within the aerospace sector. His work not only underlines the importance of sound insulation in aircraft but also showcases how innovative engineering can meet rigorous safety and quality standards.
Collaborations
Throughout his career, Poignonec has collaborated with esteemed colleagues such as Jacques Lalane and Christophe Menier. Their teamwork illustrates the collaborative nature of innovation in the engineering field, ensuring that diverse expertise contributes to effective solutions.
Conclusion
Jean-Marc Poignonec stands out as a key figure in the development of acoustically resistive structures, contributing to the advancement of sound absorption technologies. His continued work at Airbus Operations and collaboration with industry professionals highlight the significance of innovation in enhancing acoustic performance across various applications.