AMOS 2021 - Hydrodynamic Challenges in Achieving Autonomous Marine Operations and Systems (DIT.AD019.136)
Thematic area
Engineering, ICT and technologies for energy and transportation
Project area
Tecnologie Marittime (DIT.AD019)Structure responsible for the research project
Institute of Marine Engineering (INM)
Project manager
CLAUDIO LUGNI
Phone number: 06502991
Email: 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.
Goals
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.
Start date of activity
01/01/2021
Keywords
research hydrodynamics challenges
Last update: 19/04/2024