CENTRALE LYON - PhD Numerical simulation of wind turbine noise propagation in the environment accounting for three-dimensional effects
ECL and Laboratory presentation
Founded in 1857, École Centrale de Lyon is one of the top 10 engineering schools in France. It trains more than 3,000 students of 50 different nationalities on its campuses in Écully and Saint-Étienne (ENISE, in-house school): general engineers, specialized engineers, masters and doctoral students. With the Groupe des Écoles Centrale, it has three international locations. The training provided benefits from the excellence of the research carried out in the 6 CNRS-accredited laboratories on its campuses, the 2 international laboratories, the 6 international research networks and the 10 joint laboratories with companies. Its excellent research and high-level teaching have enabled it to establish double degree agreements with prestigious universities and advanced partnerships with numerous companies. With its focus on sobriety, energy, the environment and decarbonization, Centrale Lyon intends to respond to the problems faced by socio-economic players in the major transitions.
Numerical simulation of wind turbine noise propagation in the environment accounting for three-dimensional effects
Context
The European Green Deal aims to achieve climate neutrality across the continent by 2050. In this context, the development of renewable energy sources represents a major challenge. In particular, wind energy is expected to account for approximately 50% of the energy mix by that time.
However, noise generated by onshore wind farms remains a significant barrier to their deployment. It is a source of annoyance for nearby residents [1] and can also impact biodiversity [2]. As a result, current regulations may require certain installations to operate at reduced capacity, significantly lowering their efficiency. These constraints also complicate the selection of suitable sites for new wind farms.
Figure 1 – (Left) Schematic of the mechanisms affecting atmospher