The numerical modeling of two-phase flows in complex geometries is of special relevance in
many scientific and industrial applications. In this paper, we describe a numerical method to …

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 new method is presented to simulate rigid body motion in the Volume-of-Fluid based
multiphase code Free Surface 3D. The specific feature of the new method is that it works …

We investigated the effect of scour depth on the flow around a circular cylinder in a gravity
current. In order to simulate the gravity current flow past a circular cylinder placed above a …

Industrial chemical engineering processes such as bubble columns, reactors and separators
involve multiphase flows of two or more fluids. In order to improve the design and operation …

Shallow water models are commonly used to simulate dam-break flow; however, shallow
water equations usually assume a hydrostatic pressure assumption that can limit model …

In this study, we present a coupled volume of fluid-fictitious domain method for the
simulation of droplet-particle binary interactions. In this approach, the liquid-gas flow is …

The here described new technique allows to simulate rigid bodies in the multiphase code
Free Surface 3D (FS3D). The scheme is formulated in an Eulerian framework. Multiple rigid …

A simulação numérica de escoamento tem se desenvolvido em diferentes aspectos para
melhorar sua exatidão e se aproximar cada vez mais da representação de fenômenos reais …

Flow numerical simulation has been developed in different ways to improve its results
accuracy and have a better approximation to real phenomenon. To scientific development …