The purpose of this paper is to review the present knowledge on ash formation, ash particle
transport and deposition during solid fuel combustion, with emphasis on particle sticking and …

Many systems require very high heat removal rates in small areas due to the increase in
their packing density, such as power electronics. These systems need to be cooled to …

This work presents on the hydrodynamics of water droplet impingement on superheated
solid surfaces across the entire wettability spectrum: superhydrophilic, hydrophilic …

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 …

In this work, a mechanistic ash particle sticking and rebound criterion is developed and
validated against experimental data. The model is able to predict the threshold of particle …

A rotating packed bed (RPB), which creates a high gravity environment by the centrifugal
force, is one of the typical process intensification equipment. The cavity zone is an important …

The collision process involving droplets and heated particles has gained significant attention
due to its wide industrial relevance. This study utilizes a high-speed photography to …

NETmix has been shown to be an efficient mixing technology for miscible fluids, promoting
large heat and mass transfer rates. This work intends to assess NETmix for multiphase …

The erosive burning in solid rocket motor is partly caused by heat flux increment effect of
dense high-temperature droplet jet impact process, of which the basic physical process is …

This study investigates the collisions between heavy gasoil droplets and solid catalytic
particles taking place at conditions realized in Fluid Catalytic Cracking reactors (FCC). The …