STAGE de fin d'études - Etude par modélisation numérique de la cavitation sur un évacuateur de crues
Core
Investigate cavitation mechanisms in high-speed flood discharge structures using 3D numerical modeling and experimental data analysis.
Role type
Intern (Master 2 / Final Year Engineering Student)
Builds
Production-ready numerical models for hydraulic safety assessment
Domain
Civil Engineering / Hydraulics / Computational Fluid Dynamics
Required skills
Computational Fluid Dynamics, 3D numerical modeling, OpenFOAM, Python, hydraulic engineering principles, data analysis
Preferred skills
Scientific curiosity, critical analysis of model results, autonomous work, clear scientific reporting
Technologies
OpenFOAM, Python
Responsibilities
Conduct a literature review on cavitation mechanisms and modeling methods; Prepare geometry, generate mesh, and define boundary conditions for a reference numerical model; Analyze pressure and velocity fields to identify cavitation zones; Compare numerical results with simplified approaches, literature, and experimental data; Formalize a reusable methodology and present findings in a report.
Seniority
Intern