AMOS 2021 - Hydrodynamic Challenges in Achieving Autonomous Marine Operations and Systems (DIT.AD019.136)

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

CLAUDIO LUGNI
Telefono: 06502991
E-mail: claudio.lugni@cnr.it

Abstract

CNR-INM will provide support to the CoE research program by contributing to topics in different
AMOS projects, with the following main objectives:
1. Violent Fluid-structure interactions between ship/offshore structures and abnormal waves
in rough sea: continuation of the development activity.
2. Experimental investigation of the cavity dynamics of a free fall cone impacting the water
surface: data analysis. Preparation of a journal paper.
3. Development of a novel device system for energy extraction from sea waves: Euler
scaling. Preparation of a journal paper.
4. Continuation of the development of different strategies for the solution of Navier-Stokes
equation through HPC solver: possible domain decomposition strategy with HPC.
Preparation of a journal paper.
5. Experiments on live fish to be done at CNR lab.
6. Cooperation for the development of efficient articulated/flexible robots through
preliminary hydrodynamic studies.

Obiettivi

CNR-INM will provide support to the CoE research program by contributing to topics in different
AMOS projects, with the following main objectives:
1. Violent Fluid-structure interactions between ship/offshore structures and abnormal waves
in rough sea: continuation of the development activity.
2. Experimental investigation of the cavity dynamics of a free fall cone impacting the water
surface: data analysis. Preparation of a journal paper.
3. Development of a novel device system for energy extraction from sea waves: Euler
scaling. Preparation of a journal paper.
4. Continuation of the development of different strategies for the solution of Navier-Stokes
equation through HPC solver: possible domain decomposition strategy with HPC.
Preparation of a journal paper.
5. Experiments on live fish to be done at CNR lab.
6. Cooperation for the development of efficient articulated/flexible robots through
preliminary hydrodynamic studies.

Data inizio attività

01/01/2021

Parole chiave

research hydrodynamics challenges

Ultimo aggiornamento: 02/05/2024