Pierre-Claude Ostiguy

Title: Pierre-Claude Ostiguy: Innovator in Active Acoustic Pressure Mapping

Introduction: Pierre-Claude Ostiguy is a notable inventor based in Sherbrooke, Canada, who has made significant contributions to the field of acoustic pressure mapping. With one unique patent to his name, Ostiguy's work focuses on developing methods and apparatuses that enhance the understanding of pressure fields applied to structures.

Latest Patents: Pierre-Claude Ostiguy's patent, titled "Active Acoustic Pressure Mapping System," describes a method and apparatus for determining that a pressure field is applied on a structure. This innovation involves generating a plurality of acoustic waves within the structure using at least one wave generator and obtaining measurements with at least one wave sensor. By processing at least two measurements, the pressure field applied to a surface of the structure can be accurately determined. Notably, the wave generator and wave sensor can operate as piezoelectric elements, alternately functioning in both capacities. This system involves processing measurement data to provide detailed mapping of the pressure field on an object, utilizing models based on acoustic wave propagation or experimental results.

Career Highlights: Ostiguy is associated with Socpra Sciences Et Genie S.e.c., where he has continued to develop his groundbreaking work in the realm of acoustic pressure mapping. His single patent reflects a sophisticated understanding of acoustics and structure dynamics, showcasing his innovative mindset and technical prowess.

Collaborations: Throughout his career, Pierre-Claude Ostiguy has collaborated with talented individuals such as Patrice Masson and Nicolas Quaegebeur. These partnerships have likely facilitated the sharing of ideas and expertise, contributing to the refinement and application of Ostiguy's patented technology in practical scenarios.

Conclusion: Pierre-Claude Ostiguy stands out in the innovation landscape with his patent for an active acoustic pressure mapping system. His contributions to the field demonstrate the potential of acoustic waves in comprehending pressure applications on structures. Through his work at Socpra Sciences Et Genie S.e.c. and alongside fellow collaborators, Ostiguy continues to influence the ongoing advancements in acoustic measurement technologies.