To address the issue of uneven spatial and temporal distribution of slurry viscosity in the
grouting process, we propose a novel numerical method for grouting in flowing water based …

The mechanism of the gas–liquid flow and mass transfer in the bubble column has always
been the hotspot for scholars due to the complex gas–liquid interphase interaction. This …

Grouting is a complex process involving interactions of slurry and water phase. The viscosity
of slurry is of spatiotemporal variation and significant loss of slurry was observed in grouting …

In this work, we employ the two-fluid model under the large eddy simulations (LES)
framework to investigate liquid–liquid dispersions in stirred tanks. The population balance …

The issue of water blocking by grouting in coastal areas has engendered the need for a
novel numerical simulation method for grouting with a flowing water under tidal action, two …

In this paper, an improved computational fluid dynamic (CFD) model for gas–liquid flow in
bubble column was developed using the one-equation Wary–Agarwal (WA) turbulence …

Due to the spatiotemporal variation of viscosity, the simulation of grouting processes is quite
challenging. In this work, based on the volume-of-fluid method, the transport time tracking …

This study focuses on the influence of the sea spray polydispersity on the vertical transport of
momentum in a turbulent marine atmospheric boundary layer in high-wind conditions of a …

We implement a new gas–liquid two phase model for the high-efficient prediction of
polydispersed bubbly flows in a continuous casting mold. This model shares similarity with …

The shape of a hydrodynamic particle separator has been optimized using a parallelized
and robust formulation of Bayesian optimization, with data from an unsteady Eulerian flow …