Pau, Nouvelle-Aquitaine, France
CDI Vibration engineer at Safran
Vibration Measurement and Analysis Specialist at Safran Helicopter Engines, I focus on improving engine reliability and performance. My expertise lies in vibrational behavior analysis, with a specialty in tip timing for rotating blades. I conduct complex measurement campaigns, interpret data, and resolve mechanical issues. I support cross-functional teams from R&D to commissioning. Driven by innovation and continuous improvement, I prioritize safety, reliability, and customer satisfaction.
two phase flow / ingeenering/ bubbling injection system / cavitation water tunnel / experimental research / teatching
Ph.D degree in fluid mechanics at IRENav (Naval Academy Research Institute) Subject : Shear stress modulation by bubble injection in a Taylor-Couette device Method : The implementation of optical non-intrusive method for bubbly behavior study and velocity field of the liquid phase (Stereo-PIV 2D3C, high frequency visualization), shear stress measurements and vibrometry measurements. - Matlab specific imaging programming development for : - Swirl and cloud Bubble tracking for 2D time average velocity field - Time-frequency analyze - Statistical analyze of 3D liquid phase flow Results : - Highlighted of : - two-phase flow instability regimes - Bubbles influence on wall shear stress - Coherent structure for divers regimes Production : - One international paper: “Quantitative visualization of swirl and cloud bubbles in Taylor–Couette flow“, 2016 - One international congress presentation (ITCW 2015) - Two national workshop presentation International exchange : - Three month exchange with Hokkaido University on the thematic research - Teaching Experience : 358 cumulated hours of teaching, including: practical work, project management, tutorial class and lecturing - Field of teaching: Thermodynamics, Flow sensor and Measurment - Monitoring students project (Matlab development program for research field) - Practical work of high speed visualization camera on Taylor-Couette instability for Master course students - Practical work of high speed visualization camera on Taylor-Couette instability for Master course students
Fundamental research on supercritical flow in open water canal and broad crested weir Research project: - Turbulence measurements and analysis on supercritical fluids - Broad crested weir - Undular hydraulic jump - Theoretical models comparison - Acoustic Doppler velocimeter and Pitot tube - Individual working - Autonomy