Section:
KEYWORDS
- High performace scientific computing
- Scienfic calculus
Know how
Advanced techniques and methods of high performance scientific computing; reduced models (reduced bases); isogeometric analysis; finite element methods, finite spectral volumes, finite differences; parameterization and decomposition of calculation domains.
Applications
The research concerning scientific computing, thanks to the decomposition of the calculation procedures (offline and online) allows to export the scientific calculation and the simulation in contexts and contexts in which this strand is not yet developed and widespread (eg small and medium enterprises , hospitals), reality often far from access to super-computers or clusters. The export of scientific calculus in new contexts (coupling high performance and reduced models) also allows to integrate mathematical and numerical models with experimental and statistical data, improving the reliability of the models and of the simulated results.
