Geuzaine Margaux

Ph.D., SHM Specialist at COWI in Denmmark

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Welcome to this website, where I get you through my past experience and my vision for what is next in the field of Structural Health Monitoring…!

I consider myself to be quite a versatile research engineer, committed to translating complex technical concepts into actionable insights, excited by the opportunity to bridge the gap between academic and industry concerns, and keen to use innovative approaches to address the challenges faced when dealing with practical applications.

I am a Belgian national, essentially living abroad since I completed my Ph.D. at the University of Liège in 2022, and currently working on the large-scale monitoring projects of COWI, in Denmark. I am responsible for the development, the implementation, and the supervision of an in-house processing strategy dedicated to assessing the loading state of the supporting structures used during the excavation of a rock tunnel in Sweden. I am also involved in performing and documenting periodic health checks based on data recorded at the Normandie, Tancarville and Grand Canal Bridges in the North of France.

Before that, I conducted some postdoctoral research at the University of Notre Dame, in the United States of America. This position was supported by a Francqui Fellowship of the Belgian American Education Foundation. Explanations about where I went and what I did can be found here.

News

May 14, 2025 Join us at WTC2025 to learn more on excavation surveillance…
Feb 11, 2025 Spotlight from the FNRS for the International Day of Women and Girls in Science
Jun 19, 2024 I’ll be attending IABMAS with COWI on 26/06, see you soon!
Jun 24, 2022 Multiple Timescale Spectral Analysis of Floating Structures

Selected publications

  1. Denoel, V., Marzino, M. E., & Geuzaine, M. (2023). A multiple timescale approach of bispectral correlation. Journal of Wind Engineering and Industrial Aerodynamics, 232, 105282.
  2. Geuzaine, M., Foti, F., & Denoel, V. (2021). Minimal requirements for the vibration-based identification of the axial force, the bending stiffness and the flexural boundary conditions in cables. Journal of Sound and Vibration, 511(July), 116326. https://doi.org/10.1016/j.jsv.2021.116326
  3. Geuzaine, M., Fenerci, A., Oiseth, O., & Denoel, V. Multiple timescale spectral analysis of floating structures subjected to hydrodynamic loads. Journal of Engineering Mechanics. https://doi.org/10.1061/JENMDT/EMENG-6654