The purpose of this paper is to fully characterize an industrial twin fluid swirl atomizer through the use of laser based measurement techniques. The atomizer used in this study was manufactured by Delavan and features three air swirl inlets onto the main fluid core located in a mixing chamber within the nozzle. The two phase flow then impacts a strategically positioned impingement plate which promotes further mixing. Finally, the two phase mixture exits the nozzle via an annular passage formed using a pintle. Figure 1 illustrates the concept of this industrial atomizer
This paper compares 2D axisymmetric and 3D numerical models used to predict the internal flow of a p...
This paper deals with an experimental study of pressure-swirl hydraulic injector nozzles using non-i...
Newly measured experimental data from detailed measurements of a hollow cone pressure swirl atomizer...
AbstractA twin-fluid atomizer was designed and developed for fuel atomization. The droplet character...
Pressure-swirl atomizers are used in a wide range of industrial applications, e.g.: combustion, cool...
Twin fluid atomizers allow for two different spray forming modes, flow focusing and flow blurring, d...
This master’s thesis deals with measurement of spray characteristics of Effervescent atomizers inten...
It is widely recognized that the fuel-air mixing process is a critical factor in improving combustio...
In the present work, global as well as spatially resolved parameters of a spray produced by a pressu...
The spatial distribution of spray plays a key role in liquid fuel combustion, which dictates the loc...
The twin-fluid atomizer employing the cross-stream mixing arrangement for air and liquid prior to th...
© ICLASS 2012 - 12th Inte. Con. on Liquid Atom. and Spray Systems. All rights reserved.The flow stru...
This paper deals with an experimental study of pressure-swirl hydraulic injector nozzles using nonin...
Spray Characterization of Air-blast and Flow-blurring atomizer are studied using water and Soya oil ...
The effect of the atomization air flow rate on the spray characteristics of a swirling twin-fluid at...
This paper compares 2D axisymmetric and 3D numerical models used to predict the internal flow of a p...
This paper deals with an experimental study of pressure-swirl hydraulic injector nozzles using non-i...
Newly measured experimental data from detailed measurements of a hollow cone pressure swirl atomizer...
AbstractA twin-fluid atomizer was designed and developed for fuel atomization. The droplet character...
Pressure-swirl atomizers are used in a wide range of industrial applications, e.g.: combustion, cool...
Twin fluid atomizers allow for two different spray forming modes, flow focusing and flow blurring, d...
This master’s thesis deals with measurement of spray characteristics of Effervescent atomizers inten...
It is widely recognized that the fuel-air mixing process is a critical factor in improving combustio...
In the present work, global as well as spatially resolved parameters of a spray produced by a pressu...
The spatial distribution of spray plays a key role in liquid fuel combustion, which dictates the loc...
The twin-fluid atomizer employing the cross-stream mixing arrangement for air and liquid prior to th...
© ICLASS 2012 - 12th Inte. Con. on Liquid Atom. and Spray Systems. All rights reserved.The flow stru...
This paper deals with an experimental study of pressure-swirl hydraulic injector nozzles using nonin...
Spray Characterization of Air-blast and Flow-blurring atomizer are studied using water and Soya oil ...
The effect of the atomization air flow rate on the spray characteristics of a swirling twin-fluid at...
This paper compares 2D axisymmetric and 3D numerical models used to predict the internal flow of a p...
This paper deals with an experimental study of pressure-swirl hydraulic injector nozzles using non-i...
Newly measured experimental data from detailed measurements of a hollow cone pressure swirl atomizer...