Shuai Li
I am a researcher specializing in aeroacoustics, data-driven turbulence modeling, and machine-learning-assisted optimization with a focus on enabling low-noise and environmentally sustainable aviation systems. Over the past years, I have established a research profile at the interface of aeroacoustics, aerodynamics, and data-driven design. My work includes fundamental studies of noise generation mechanisms, the development of noise-reduction technologies, and, more recently, the application of multi-fidelity and machine-learning methods for aerodynamic optimization and turbulence modeling. My research has been funded by two Horizon Europe projects and multiple national projects.
Showing 9 publications
Multi-Fidelity Aerodynamic Optimization of a Low-Reynolds-Number Outlet-Guide-Vane Cascade
Sound emission in a quasi-steady transonic turbulent flow past a circular cylinder
On the mitigation of landing gear noise using a solid fairing and a dense wire mesh
A fluid flow model for the pressure loss through perforated plates
Numerical modeling of a wire mesh for aerodynamic noise reduction
Sound source and pseudo-sound in the near field of a circular cylinder in subsonic conditions
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