The present study extends the CIP-based model for the treatment of water entry of two-
dimensional structures with complex geometry. The high-order difference model, where the …

Evaluating the interactions between offshore structures and extreme waves plays an
essential role for securing the survivability of the structures. For this purpose, various …

To assess the survivability of marine structures, numerical tools that can predict the
interaction between extreme waves and structures are needed. Considering the significant …

A simple and efficient computational framework is presented for the simulation of fluid–
structure interaction problems involving rigid body and multiphase flows in the context of …

A comparative study of a water-entry problem was conducted as a focused session of ISOPE-
2016, Rhodes by the International Hydrodynamic Committee (IHC) of ISOPE. Thirteen …

The hydrodynamic problems of water entry of a wedge are investigated by a modified ghost-
cell immersed boundary method. The modifications correspond to a newly proposed …

This study presents a novel three-phase Fluid–Structure Interaction (FSI) model for
simulating the containment of oil spills. The model uses Level Sets to capture the evolution …

Wave impact load is of particular concern to ships and offshore structures, especially when
they serve in rough seas. Extreme wave impact is catastrophic and may lead to structural …

This work presents a numerical investigation of the attenuator type of Wave Energy
Converter (WEC) that uses the immersed 'one-fluid'formulation in two dimensions. In the …

This paper presents the assessment of the modelling error (Validation) of a Navier-Stokes
solver using Volume of Fluid (VOF) and moving grid techniques in the simulation of a free …