See how advanced simulation enhances nuclear safety

Learn how the UNESCO Chair in Numerical Methods spearheads frontier innovation in the Global South

HP4FSW

HP4FSW

HP4FSW leverages the expertise of CIMNE’s research cluster in Solid and Fluid Simulation for Industrial Processes, a highly-specialized team of researchers with a solid background, focusing on developing advanced computational models with direct industrial...
ADD2MAN

ADD2MAN

ADD2MAN is a high-performance computational platform developed by CIMNE and ArcerlorMittal for large-scale industrial simulations. It features scalable parallel adaptive algorithms, automatic mesh refinement, and G-code-driven analysis, enabling precise, efficient...
FEMUSS

FEMUSS

FEMUSS is an advanced computational platform that uses sub-grid scale stabilized finite element methods to deliver high-fidelity, multiscale simulations for complex engineering problems. It allows for precise analysis and optimization across fluid flow, heat transfer,...
AMADEUS

AMADEUS

AMADEUS project established a novel computational framework for analysis of liquid water evacuation in Polymer Electrolyte Membrane Fuel Cells (PEMFCs). The core of the model was constituted by development and computer implementation of a high-fidelity Enriched Finite...