A Smoothed Particle Hydrodynamics (SPH) formulation and implementation of the classical
two-phase mixture model are reported, with a particular focus on the turbulent sediment …

The bubble size distribution, location distribution, and gas holdup in a gas–liquid–solid flow
three-phase stirred tank were numerically simulated by the Eulerian–Eulerian method and …

In this study, we investigate Rayleigh-Taylor instability in which the density stratification is
caused by the suspension of particles in liquid flows using the conventional single-phase …

We report the characteristics of Rayleigh–Taylor instabilities (RTI) occurring at the interface
between a suspension of granular particles and a clear fluid. The time evolution of these …

This article presents a two-way coupled Euler–Lagrange model to simulate the suspension
of fine particles in liquid flows. The goal is to develop a three-dimensional numerical model …

We present three-dimensional simulations of sedimentation of suspended solids in inclined
vessels using a Eulerian-Lagrangian model developed specifically for the study of solid …

We conduct numerical simulations using the Eulerian–Lagrangian approach to investigate
the formation of the leaking, finger, and stable-settling modes in convective sedimentation …

To improve the froth breakdown performance of flotation foam, a mechanical defoaming
device based on vacuum and rotation was developed. The device is mainly composed of a …

Behavior of concentration interfaces, which are apparent interfaces between a suspension
and pure liquid, was studied using numerical techniques. Two types of numerical …

In this paper, the effect of vertical vibration on the Rayleigh–Taylor instability at the lower
interface of a sedimenting suspension layer sandwiched between viscous fluids is studied …