Bio-Inspired Fluid Mechanics
Nature-inspired flow architectures, complex porous materials and biological transport phenomena.
We develop multiscale methodologies to investigate complex phenomena at the intersection of engineering, physics and biology, combining numerical modeling, experimental research and high-performance computing.
Research Areas →Publications
Nature-inspired flow architectures, complex porous materials and biological transport phenomena.
High-performance numerical simulation of complex flows across spatial and temporal scales.
Coupled dynamics of fluid flows with rigid, moving and deformable structures.
Fluid machinery, energy conversion, heat and mass transfer, fuel cells and multiphase flows.
Research on marine sponge architectures and flow transport, including work published in Nature.
Numerical modeling of complex physical systems using Lattice Boltzmann methods and high-performance computing.
International research collaborations with New York University, Harvard University, CINECA and other leading research institutions.
Explore our collaborations →
Principal Investigator
Department of Enterprise Engineering “Mario Lucertini”
University of Rome Tor Vergata