SINSEON (DIT.AD021.043)

Area tematica

Ingegneria, ICT e tecnologie per l'energia e i trasporti

Area progettuale

Struttura responsabile del progetto di ricerca

Istituto di iNgegneria del Mare (INM)

Responsabile di progetto

SALVATORE MARRONE
Telefono: 06/50299343
E-mail: salvatore.marrone@cnr.it

Abstract

The objective of the Project, SinSEOn is to perform sloshing simulations characterized by 3-hours real time duration with realistic severe sea-state by cutting edge technologies. Thanks to the expertise gained in the development of the new-generation CFD codes and, in particular with Lagrangian Particle-based models, the CNR-INSEAN researchers will collaborate with HHI in order to apply and validate the reliability of the SPH method in the context of the sloshing flows. The 3D parallel SPH code developed at CNR-INSEAN will be used to perform long time sloshing simulations in a 6-DOF tank moved with a realistic time-varying law. The outcomes of the simulations will be compared to the experiments performed by HHI. Possible comparisons with simulations performed by HHI engineers with standard CFD codes will be considered in order to verify the actual advantage of using SPH models in such situations.

Obiettivi

The objective of the Project, SinSEOn is to perform sloshing simulations characterized by 3-hours real time duration with realistic severe sea-state by cutting edge technologies. Thanks to the expertise gained in the development of the new-generation CFD codes and, in particular with Lagrangian Particle-based models, the CNR-INSEAN researchers will collaborate with HHI in order to apply and validate the reliability of the SPH method in the context of the sloshing flows. The 3D parallel SPH code developed at CNR-INSEAN will be used to perform long time sloshing simulations in a 6-DOF tank moved with a realistic time-varying law. The outcomes of the simulations will be compared to the experiments performed by HHI. Possible comparisons with simulations performed by HHI engineers with standard CFD codes will be considered in order to verify the actual advantage of using SPH models in such situations.

Data inizio attività

01/03/2016

Parole chiave

oscillation simulation - sloshing simulations

Ultimo aggiornamento: 09/06/2025