IE-FLUIDS
Description
The IE-FLUIDS laboratory has a long-standing experience in industrial and environmental computational fluid dynamics, from forefront numerical model development to their application to academic cases as to engineering applications. The aim of the research group is to develop cutting-edge numerical techniques, also caring of technology transfer.
In the past twenty years the group worked on problems related to: turbulent flow (with eddy-resolving techniques), conjugate heat transfer, multiphase flows, environmental risk analysis, hydraulic structures, indoor and outdoor pollutant dispersion, fluid-structure interaction. The group has developed strong skills on hydroacoustic modeling applied to cases of engineering interest, such as ship propellers and turbines. Mathematical and numerical models have been developed to study noise propagation in ocean environment and to assess fluid dynamics and acoustics of flows in a cavitating regime.
Keyword 1: Computational Fluid Dynamics
Keyword 2: Turbulence
Keyword 3 : Hydroacoustic
Keyword 4: Environmental pollution
Keyword 5: Hydraulic structures
Head of the research group
List of members in the research group
- Vincenzo Armenio - PO - ICAR/01
- Federico Roman - RTDB - ICAR/01
- Marta Cianferra - RTDA - ICAR/01
- Giovanni Petris - ass.ric. - ICAR/01
Research projects
- ARIA accurate roms for industrial application, European Union, H2020-MSCA2019
- ACDC-P acoustic characterization for diagnostics of cavitation in pumps, PRIN 2022 PNRR
- SONORA Filling the gap: Thresholds assessment and impact beyond acoustic pressure level linked to emerging blue-growth activities. JPI Oceans.
- IDROACU progetto avanzato finalizzato allo sviluppo di metodi numerici per la previsione della cavitazione e del rumore irradiato dall’elica navale. Fondi FINCANTIERI SPA
- ISYPORT, European Union - Ministero dell'Università e della Ricerca, PON ricerca e innovazione 2014-2020
Name of the laboratories
