Although great efforts have been made in modeling the drag force in gas‐liquid two‐phase
flow, the research about that in both theory and method is at the stage of development due to …

Dynamics of a single rising gas bubble is studied using a Lattice Boltzmann Method (LBM)
based on the Cahn–Hilliard diffuse interface approach. The bubble rises due to gravitational …

An accurate and fast simulation of large-scale gas/liquid contact apparatusses, such as
bubble columns, is essential for the optimization and further development of many (bio) …

This paper presents a numerical study of buoyancy-driven motion of single and multiple
bubbles by means of the conservative level-set method. First, an extensive study of the …

In this article, results of detailed numerical simulations are reported meant to provide a
closure relation for the drag force acting on bubbles rising in a dense swarm. The formation …

We present an experimental investigation of bubbles rising in elasto-viscoplastic media. The
effects of medium rheology and bubble size on the bubble velocity and shape are …

In the present paper freely sedimenting n-butanol droplets in water are simulated by means
of computational fluid dynamics. The finite-element and the extended finite-element methods …

X-ray radiography has proved to be an efficient and powerful tool for the visualization of two-
phase flows in non-transparent fluids, in particular in liquid metals. This paper presents a …

The bubble interactions with a wall affect many industrial application's performance. The
single bubble rising in a stagnant fluid is studied next to an inclined wall. The two phases …

Gas–liquid systems in the bubbly flow regime can be successfully simulated by considering
that gas bubbles are polydisperse, namely a population of bubbles characterized by …