Conceptual Integration: The project brings a unique approach that links two research fields – aeroacoustic control (via serrations) and high-speed aerodynamic control (via perforated plates) – into a unified performance optimization framework.

Advancing Problem Definition: Through critical analysis, the project has identified specific gaps in the literature, such as the application of serrations in more complex flow regimes and their combination with other passive technologies.

Methodological Knowledge Transfer: A common workflow has been established between the teams for bibliographic research, feasibility analysis, and experimental planning, strengthening a collaborative research culture.

Preparation for Innovation: The proposal to study advanced configurations (fractal geometries, meta-porous structures) lays the groundwork for exploratory research with high publication potential.

Strengthening Human Capital: The project represents a major tool for training and professional development for Moldovan researchers, who will gain access to advanced infrastructure and niche expertise, increasing their competitiveness on the international research market.

Strengthening the Regional Scientific Community: The bilateral collaboration creates a network of specialists with complementary skills, facilitating future joint projects and positioning Moldovan researchers to lead international initiatives.

Laying the Groundwork for Industrial Applications: By focusing on feasible and scalable passive solutions (serrations, perforated plates), the project’s future results have direct potential for technology transfer to the aerospace and wind energy industries, where noise reduction and increased efficiency are economic and environmental imperatives.

Dissemination and Visibility: The dissemination plan (workshops, website, perspective article) ensures the spread of generated knowledge not only within the academic community but also to potential industrial users, contributing to closing the research-innovation cycle.