ARIA

ARIA project will lead to major advances in our capability and understanding of the nonlinear dynamics of unsteady multi-scale flows and related phenomena. The proposed research has the potential to impact our ability to model the nonlinear dynamics of a much wider range of complex phenomena, including, for instance, the dynamics of biological systems and the financial systems.
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ARIA

The staff members who participate in the project will develop new skills in data-driven physical modeling, be exposed to new research environments and have their career perspectives widened thanks to a cutting-edge expertise.
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ARIA

Participants to ARIA project will exchange skills and knowledge through secondments and thematic workshops, which will allow them to progress towards key advances in modeling multi-scale nonlinear physical phenomena.
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ARIA

ARIA project will strengthen collaborative research between different countries (France, Germany, Italy, Spain) and sectors fostering applications in industrial flow control and optimization, and computer assisted surgery.
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About ARIA

ARIA stands for Accurate Roms for Industrial Applications and is a five-year project financed by the H2020-MSCA-RISE-2019 of the European Commission under the Grant Agreement No 872442 . It started in December 2019 and will end in November 2024. ARIA is coordinated by Inria Bordeaux, it brings together 13 beneficiaries from across Europe and three partners in the United States.

PROJECT NEWS
VT-ARIA Workshop

Dates: 6-8 July 2022

Venue: Kelly Hall Room 310 on Virginia Tech campus.

The main purpose of the conference is to serve as a forum for the ROM community to exchange their views on both the achievements and the open problems in reduced order modeling of industrial applications. The conference aims at building a stronger community of reduced order modelers who are genuinely interested in developing the next generation of ROMs for industrial applications.

View information of the workshop

ARIA Secondments

Participants to ARIA project will exchange skills and knowledge through secondments and thematic workshops, which will allow them to progress towards key advances in modeling multi-scale nonlinear physical phenomena. This project will strengthen collaborative research between different countries (France, Germany, Italy, Spain) and sectors fostering applications in industrial flow control and optimization, and computer assisted surgery. Advances in flow control and optimization will have potential market opportunities for non-academic participants in the project towards greener terrestrial vehicles, more efficient wind farms, revolutionary cost-efficient prediction software’s, and decision-making support tools for diagnostic and prognostic of vascular diseases, with a significant benefit for European society.

ARIA Members

ARIA: an international collaboration for shared culture of research and innovation

The ARIA consortium has a balance of different types of organization that will aid the integration of the new knowledge yielded by the project into industry. The consortium brings together 5 leading EU universities, 3 top universities in the USA, 1 research organization, 6 SMEs and 1 large car company. All have a relevant experience in the field of numerical modelling and are recognized experts in these fields.