Awarded Projects

This project aims at studying turbulent flow in a roughened plane channel through direct numerical simulation (DNS), from the smooth to the transitional and fully rough regimes.

Complex fluids flow and transport governs the production of European and global industries, along with natural hazards.

The history of the cosmos is encrypted in stars. To decipher the evolution of stars, galaxies and the cosmos, we require a deeper understanding of how exactly stars produce the emitted radiation.

The understanding and the modeling of liquid atomization are complex due to the strongly non-linear behavior of interface dynamics and the great disparity of involved time and space scales.

The goal of the project is to combine CNN robustness and local feature extraction together with the global understanding provided by Transformed-based approaches to improve the model accuracy but requiring fewer computational resources.

The goal of this project is to design a framework that unifies multiple video grounding tasks. The aim is to develop a video-language model flexible to take different type of inputs and produce different type of outputs for various spatio-temporal grounding problems

Investigation of processes at nanosurfaces is highly challenging since atoms in the bulk typically dominate the signal measured in experiments, and here molecular ab-initio level simulations can produce valuable information.

The main goal of this computational project is to compute, from first principles lattice QCD simulations, the quark-gluon vertex, in both Landau gauge and in linear covariant gauges.

In the context of aeronautics and air transport, the industry has to face new challenges regarding performance and sustainability.