Thermal and thermochemical processes can be efficiently developed and carried out in
fluidized beds, due to the unique properties of fluidized suspensions of solid particles and to …

The collision between small adhesive particles and flat substrate is a fundamental
phenomenon in both natural and industrial processes. Due to the complex coupling among …

Complex fluid–solid systems generally exist in process engineering. The cognition of
complex flow systems depends on numerical and experimental methods. The computational …

Ash deposition is a critical issue concerning the energy utilization and safety operation of
heat exchangers. Efficient dynamic evaluation of deposition morphology and reasonable …

A compartmental model of entrained-flow slagging gasifiers of solid fuels is hereby
presented. The novel feature of the model is a comprehensive “particle segregation” …

The performance of entrained-flow gasifiers of solid fuels is critically affected by the complex
gas-solid multiphase flow patterns and near-wall segregation of char/ash particles. The …

The present study addresses particle–wall interaction phenomena relevant to entrained-flow
coal gasifiers. The dynamics of coal, char and ash particles as they are impacted onto a flat …

The effect of shear stress at the interface between a flowing gaseous phase and a liquid-
filled cavity, a scenario commonly found in flue gas/slag phase separators, is investigated in …

In this work, the behavior of coal char particles adhering to the slag wall was studied. The
effects of slag thickness and particle size on the restitution coefficient and probability of …

The present study addresses particle–wall interaction phenomena relevant to entrained-flow
gasifiers. Two types of biomass have been investigated, ie wood chips and corn stover. The …