Recently, the hydrodynamic noise is becoming a research hotspot because it not only affects
the concealment and comfort of ships, but also affects the living condition of underwater …

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 …

An efficient methodology for simulating nonlinear irregular waves in a Computational Fluid
Dynamics (CFD) solver is proposed. The High Order Spectral (HOS) method is used to …

Based on the functional decomposition SWENSE (Spectral Wave Explicit Navier-Stokes
Equations) method, an efficient hybrid solver of potential and viscous flows is established in …

The modeling of wave impacts against coastal structures requires the analysis of hundreds
or thousands of waves to be statistically meaningful. Long irregular wave attacks, when …

There is increasing interest in numerical wave simulations as a tool to design offshore
structures, especially for the prediction of stochastic nonlinear wave loads like those related …

In this paper, the comparative study carried out for focused wave interaction with a moving
cylinder in ISOPE-2020 is reported. The fixed cylinder cases are reported in the companion …

In finite-volume-based flow simulations with free-surface waves, wave reflections at the
domain boundaries can cause substantial errors in the results.'Implicit relaxation zones' can …

This study focuses on wave diffraction loads influenced by heave plates at deep and shallow
submerged depths. An extensive experimental campaign is conducted on a fixed vertical …

The lack of suitable boundary conditions in practical surface wave simulations with maritime
structures in current or at forward speed may cause energy in the computational domain to …