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StrUcture PREserving Methods on Unstructured grids for continuum Mechanics (SUPREMUM)

SUPREMUM aims to design,rigorously analyse  and implement innovative structure-preserving numerical methods for solving challenging non-linear hyperbolic partial differential equations arising in continuum mechanics. The project seeks to advance the mathematical foundations of numerical simulation while driving progress in digital transformation of science and technology, with potential impact across numerical analysis, industrial applications and biomedicine.

 

Timeframe: 01/02/2026 - 31/01/2031

Funding scheme: ERC StG 2025 - 101219299
 

Info

PhD and postdoctoral positions will be created in the framework of SUPREMUM, providing training and research opportunities in cutting-edge numerical methods. For further information, please contact saray.busto.ulloa [at] usc.gal (saray[dot]busto[dot]ulloa[at]usc[dot]gal)

Contact

Department of Applied Mathematics

Faculty of Mathematics

Dirección
Rúa Lope Gómez de Marzoa, s/n, 15782 Santiago de Compostela, Spain
Email
saray.busto.ulloa@usc.gal

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Los contenidos de esta página se actualizaron el 09.10.2025.