The second edition of this long-time bestseller provides a framework for designing and
understanding sprays for a wide array of engineering applications. The text contains …

This paper presents the atomization performance of a sub-bituminous coal and petroleum
coke water slurries from an internally mixed twin fluid swirl atomizer. Solid fuel water slurry …

The investigation and optimization of the atomizer nozzle design are paramount for an
efficient atomization performance. Motivated by internal mixing atomizers used in FCC …

Liquid breakup intensity in the near-nozzle region and droplet size fluctuations at different
downstream positions of an internal-mixing twin-fluid (IMTF) atomizer were studied by using …

Slurry fuels have become increasingly popular over the last decades. The combustion of
coal-water slurries does not only help with waste recovery but also produces heat and …

The present work is devoted to determine the magnitude of the main parameters that yield
the optimum results for twin-fluid nozzles with an internal mixing chamber. The focus is …

Experimental studies on atomization in an internal-mixing twin-fluid atomizer are reported
over a wide range of liquid viscosity, gas supply pressure and Gas to Liquid mass Ratio …

Droplet size has significant scientific and industrial relevance in the effectiveness of
atomization for several applications in the chemical, pharmaceutical, and food industries …

The present paper provides an experimental study and optimisation of multi-hole
effervescent atomisers for industrial burners using oil-based fossil, bio-or waste fuels with …

Atomization of liquids with high viscosity is always a challenge, especially when small
diameter droplets and high liquid flow rates are simultaneously required. In the present …