AEROPERSPER
Aerospace Research Excellence
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Aerodynamic Performance Enhancement Aeroacoustic Noise Reduction
Improving aerodynamic performance through Investigating noise reduction mechanisms for
passive flow control utilizing perforated plates. This airfoils through the application of serrated trailing
objective focuses on optimizing the geometry and material and leading edges. Research encompasses standard
application of perforated plates to effectively triangular, sinusoidal, fractal and slotted serration
control Shock Wave/Boundary Layer Interaction configurations across various flow conditions.
in high-spees flow regimes
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International Research Collaboration Infrastructure Complementarity
Facilitating researcher mobility between Romania Identifying and leveraging the complementarity
and the Republic of Moldova to enable exchange of between existing research infrastructures in
best practices, transfer of knowledge and Romania and the Republic of Moldova. This
development of collaborative research methodologies. strategic alignment maximizes the utilization of
This includes hands-on exposure to advanced aerodynamic available experimental facilities and computational
infrastructure and experimental techniques. resources across both partner institutions.