PhD in 3D Wind Turbine Noise Propagation Simulation

ecolecentraledelyon; Écully; Sur place; EUR 21 600 - 25 200; Plein temps

Résumé du poste

École Centrale de Lyon invites applications for a PhD position focusing on numerical simulation of wind turbine noise propagation in the atmosphere, with three-dimensional effects. The project will develop a reference 3D parabolic equation model, incorporate aeroacoustic source terms, and use LES data; it includes collaboration with CEREMA for in situ validation. Directed by D. Dragna at LMFA and co-supervised by R.

J. A. M.

Qualifications

• Master’s degree or equivalent in acoustics, mechanical engineering, physics, or related field.
• Experience: none required.
• Knowledge in acoustics, fluid mechanics, aeroacoustics, and numerical methods.
• Hands-on experience with computing in C/C++, Fortran, Python; excellent English communication.
• Autonomy, curiosity, initiative, and good interpersonal communication.

Responsabilités

• Develop a reference 3D numerical model for wind turbine noise propagation.
• Validate the model against test cases and CEREMA measurements.
• Investigate three-dimensional propagation effects and provide operational recommendations.

Connaissances

C/C++

Fortran

Python

English communication

Formation

Master’s degree in acoustics/engineering/physics

Description du poste

École Centrale de Lyon invites applications for a PhD position focusing on numerical simulation of wind turbine noise propagation in the atmosphere, with three-dimensional effects. The project will develop a reference 3D parabolic equation model, incorporate aeroacoustic source terms, and use LES data; it includes collaboration with CEREMA for in situ validation. Directed by D. Dragna at LMFA and co-supervised by R.

J. A. M.