This first-of-its-kind review discusses the hydrodynamics for polyolefin productions in slurry
reactors using CFD. Past reviews in this field are specifically focused on the CFD …

The present work focuses on a three-dimensional (3D) collision of a moving droplet against
a moving super-hydrophobic particle under gravity, by the lattice Boltzmann method (LBM) …

The specularity coefficient is an important input parameter in the Johnson and Jackson
boundary conditions. Thus far, research on this parameter has been lacking in the field of …

Sudden expansion pipes are crucial in fluid dynamics for studying flow behavior, turbulence,
and pressure distribution in various systems. This study focuses on investigating the …

This article investigates the role of the specularity coefficient (φ, the extent of the energy
dissipation due to particle–wall collisions), inter-particle restitution coefficient (e pp, the …

The present study based on the Eulerian-Eulerian frame work, reports the role of inter-
particle and particle–wall collisions in conjunction with pertinent parameters in an abrupt …

We present numerical investigation of the influence of the thermophysical properties of
droplets on turbulence modification, scattering of droplets, and heat transfer augmentation in …

This work applies the Eulerian‒Eulerian model in conjunction with the kinetic theory of
granular flow and inter-particle collisions to study the characteristics of pressure recovery for …

In this work, a detailed investigation on the effects of particle diameter on the fluidization
characteristics of gas–particle flows inside a bubbling gas–solid fluidized bed has been …

In this study, the focus is on examining how the flow characteristics are influenced by particle
density in the context of downward turbulent gas-solid flow through a sudden expansion …