A comparison between sea trial measurements and full–scale CFD results is presented for
two self–propelled ships. Two ships considered in the present study are: a general cargo …

This paper presents an extension of the Ghost Fluid Method to arbitrary polyhedral Finite
Volume framework for free surface flow simulations, primarily intended for marine …

A sharp interface Cartesian grid method for the large-eddy simulation of two-phase turbulent
flows interacting with moving bodies is presented. The overall approach uses a sharp …

Computational fluid dynamics for ship hydrodynamics has made monumental progress over
the last ten years, which is reaching the milestone of providing first-generation simulation …

A two-phase flow Computational Fluid Dynamics (CFD) model is employed for both spilling
and plunging breaking wave simulations. A numerical wave tank is built to evaluate the …

For nonlinear wave–structure interactions, the high-frequency scattered waves can be
identified within the drag-inertia regime, especially in steep incident waves where viscous …

Tracking of free interfaces in two-phase and multi-phase fluids is a critical step in
computational fluid dynamics. Among the many methods, because of no need for …

A unified method for simulating multiphase flows using an exactly mass, momentum, and
energy conserving Cell-Integrated Semi-Lagrangian advection algorithm is presented. The …

For many problems in ship hydrodynamics, the effects of air flow on the water flow are
negligible (the frequently called free surface conditions), but the air flow around the ship is …

The ghost fluid method (GFM) provides a simple way to simulate the interaction of
immiscible materials. Especially, the modified GFM (MGFM) and its variants, based on the …