The coupled (Potential theory and Navier–Stokes) solver is applied to simulate the
interaction of sea waves with substructure of floating offshore wind turbines (FOWT) platform …

To minimize scale effects, many experiments involving wave-structure-interaction are carried
out at large scale. To complement such experiments, numerical models capable of …

Monopiles are commonly adopted in marine structures and subject to combined loading
from waves and currents. The nature of superposition of wave and current loads needs to be …

This paper presents ISOPE's 2020 comparative study on the interaction between focused
waves and a fixed cylinder. The paper discusses the qualitative and quantitative …

The potential flow theory is used to develop a new analytical method to solve the diffraction
problem of short-crested incident waves with uniform current acting on a concentric multiple …

Concepts and evolution of multi-scale modelling from the perspective of wave–structure
interaction have been discussed. In this regard, both domain and functional decomposition …

This paper presents a numerical investigation of a floating offshore wind turbine (FOWT) in a
complex marine environment consisting of winds and waves. The investigation takes …

Extreme waves can be modelled in a numerical wave tank (NWT) as a focusing wave in
order to generate events that are crucial for designing any offshore structures. The focused …

In the field of ocean and coastal engineering, today's computational fluid dynamics (CFD)
practitioners have a wide array of solvers to choose from. These include general-purpose …

This paper presents a numerical study on focused wave and current interactions with a
cylinder. The cylinder is moving in the opposite direction to the wave propagation. An …