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Featured researches published by Inno Gatin.


11th. World Congress on Computational Mechanics (WCCM XI), 5th. European Conference on Computational Mechanics (ECCM V), 6th. European Conference on Computational Fluid Dynamics (ECFD VI) | 2015

Numerical Simulation of Wave Loading on Static Offshore Structures

Hrvoje Jasak; Vuko Vukčević; Inno Gatin

This chapter presents numerical simulations of water waves using the Finite Volume Method. Wave loads exerted on a truncated circular cylinder are calculated and compared to experimental data.


NAV2018 - Technology and Science for the Ships of the Future | 2018

Experimental and Numerical Prediction of the Hydrodynamic Performances of a 65 ft Planing Hull in Calm Water

Riccardo Pigazzini; Simone Martini; Mitja Morgut; Giorgio Contento; Inno Gatin; Vuko Vukčević; Hrvoje Jasak; Ermina Begovich; Sebastiano Caldarella; De Santis Marco; Amedeo Migali

An extensive campaign of model and full scale experimental tests as well as of numerical computations, aimed at the prediction of the hydrodynamic performances of a 65 ft motoryacht in calm water and in waves, is undertaken within the framework of the Project SOPHYA Seakeeping Of Planing Hull YAchts, co-financed by Friuli-Venezia Giulia Region in the field of joint industrial and academic research. In this paper, selected results of the numerical computations conducted by HyMOLabUniversity of Trieste and by the University of Zagreb for the calm water case are presented. The RANS simulations carried out in combination with a semi-automatic optimized mesh generation tool, developed in this project within the OpenFOAM/foamExtend framework, are described. Different free surface capturing methods are employed and compared, with focus on numerical issues. The numerical results are compared with new experimental data obtained at the towing tank of the University of Naples within the project, with uncertainty assessment.


Computers & Fluids | 2017

Implementation of the Ghost Fluid Method for Free Surface Flows in Polyhedral Finite Volume Framework

Vuko Vukčević; Hrvoje Jasak; Inno Gatin


Ocean Engineering | 2017

Enhanced coupling of solid body motion and fluid flow in finite volume framework

Inno Gatin; Vuko Vukčević; Hrvoje Jasak; Henrik Rusche


Archive | 2016

The harmonic balance method for temporally periodic free surface flows in marine hydrodynamics

Vuko Vukčević; Gregor Cvijetić; Inno Gatin; Hrvoje Jasak


arXiv: Fluid Dynamics | 2018

A Sharp Free Surface Finite Volume Method Applied to Gravity Wave Flows

Vuko Vukčević; Johan Roenby; Inno Gatin; Hrvoje Jasak


Volume 9: Offshore Geotechnics; Honoring Symposium for Professor Bernard Molin on Marine and Offshore Hydrodynamics | 2018

Green water assessment for marine and offshore applications - structural response of the ULCS breakwater

Šime Malenica; Byung Hyuk Lee; Nikola Vladimir; Inno Gatin; Charles Monroy; Jérôme De Lauzon


The 28th International Ocean and Polar Engineering Conference | 2018

Focused Wave Loading on a Fixed FPSO Using Naval Hydro Pack

Inno Gatin; Hrvoje Jasak; Vuko Vukčević; Steven Downie


Ocean Engineering | 2018

CFD verification and validation of green sea loads

Inno Gatin; Vuko Vukčević; Hrvoje Jasak; Jeonghwa Seo; Shin Hyung Rhee


Ocean Engineering | 2018

Harmonic Balance method for nonlinear and viscous free surface flows

Inno Gatin; Gregor Cvijetić; Vuko Vukčević; Hrvoje Jasak; Šime Malenica

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Byung Hyuk Lee

Hyundai Heavy Industries

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Jeonghwa Seo

Seoul National University

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Shin Hyung Rhee

Seoul National University

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