A CFD model is proposed for numerical simulations of extremely nonlinear free-surface
flows such as wave impact phenomena and violent wave–body interactions. The …

This review article traces the development of the Volume-Of-Solid immersed boundary
method, referred to as VOS-IB, over the last decade. Starting from its simple beginnings …

Many critical issues in biofluid dynamics occur at the boundaries between fluids, solids, or
both. These issues can be very complex since in many cases the boundaries are …

This paper presents further developments of a constrained interpolation profile (CIP)-based
Cartesian grid method [29] to model nonlinear interactions between extreme waves and a …

Modelling large-scale wave fields and their interaction with coastal and offshore structures
has become much more feasible over the last two decades with increases in computer …

A two-dimensional computer model is developed to simulate free surface flow interaction
with a moving body. The model is based on the cut-cell technique in a fixed-grid system. In …

We propose a numerical method for modeling two-phase flow consisting of separate
compressible and incompressible regions. This is of interest, for example, when the …

Settling of non-spherical particles is poorly understood with previous studies having focused
mainly on spherical particles. Here, a series of particle-resolved direct numerical simulations …

A method is presented for simulating coupled liquid-solid dynamics. An important example
of a coupled liquid-solid system is a satellite carrying fuel. The dynamics of the satellite and …

The purpose of this work is to develop advanced numerical tools for modeling freak waves
impact on a floating body undergoing large amplitude motions. An improved model …