My work lies at the intersection of multiphase flow physics, direct numerical simulation, and high-performance scientific computing.
I am currently working on direct numerical simulations of compressible particle-laden turbulent flows at the University of Udine. The work emphasizes high-fidelity numerical simulation and the physics of dispersed particles in compressible turbulent environments.
My previous research includes computational fluid dynamics work on dynamic stability derivatives for high-lift devices using the forced oscillation technique, along with research activity related to textile drying through pulse vacuum modulation.