This study focuses on the low-pressure spraying of viscous liquids (μ= 60, 147 and 308 mPa
s) using four types of internal-mixing twin-fluid atomizers. We compare two well-known …

Abstract study and modeling process of effervescent atomization are reviewed. The
mechanism of droplet events and the treatment of liquid fragmentation process and …

The paper qualitatively describes processes during the internal flow, discharge of two-phase
mixture as well as spray formation with a particular focus on the energy transfer during …

This paper describes an investigation of the suspension plasma spraying process by
modelling on small scales. The interactions between a continuous jet of pure water and an …

This study examined the drop-to-particle formation process during spray pyrolysis by
developing a model to describe the key processes of multi-component transport, droplet …

The phenomena occurring after injection of water–ethanol suspension of fine hydroxyapatite
powder were simulated numerically. The simulation started with the calculation of the map of …

This study presents two 3-D atmospheric plasma spray models, namely, internal and
external powder injections, by using the computational fluid dynamics technique to study the …

A new spray approach is proposed to overcome the disadvantages of the traditional single‐
orifice nozzle, such as uneven coatings, overspray, and low efficiency. Both the …

In order to investigate and describe the influence of liquid physical properties and internal
geometry on the two-phase flow structure in the final discharge orifice of an effervescent …

This article describes a small-scale modeling investigation of the suspension plasma
spraying process. The heat transfer between a droplet of pure water and an Ar/H 2 plasma …