Detail publikace

Effects of Alternative Fuel characteristics on Spray Generated by Small Pressure-Swirl Atomizer

Originální název

Effects of Alternative Fuel characteristics on Spray Generated by Small Pressure-Swirl Atomizer

Anglický název

Effects of Alternative Fuel characteristics on Spray Generated by Small Pressure-Swirl Atomizer

Jazyk

en

Originální abstrakt

A systematic investigation was made on the differences in atomizing performance among several crude-oil based fuels and water in a small pressure-swirl atomizer. The atomizer performance is characterized in terms of discharge coefficient, Sauter mean diameter and nozzle efficiency. Phase-Doppler anemometry was used to document the mean structure of the developed spray and provides information about droplets sizes and velocities. A strong dependence of liquid viscosity on the mass flow rate through the atomizer as well as on the spray quality was found and discussed with relevant literature.

Anglický abstrakt

A systematic investigation was made on the differences in atomizing performance among several crude-oil based fuels and water in a small pressure-swirl atomizer. The atomizer performance is characterized in terms of discharge coefficient, Sauter mean diameter and nozzle efficiency. Phase-Doppler anemometry was used to document the mean structure of the developed spray and provides information about droplets sizes and velocities. A strong dependence of liquid viscosity on the mass flow rate through the atomizer as well as on the spray quality was found and discussed with relevant literature.

BibTex


@inproceedings{BUT127912,
  author="Milan {Malý} and Lada {Janáčková} and Jan {Jedelský} and Miroslav {Jícha}",
  title="Effects of Alternative Fuel characteristics on Spray Generated by Small Pressure-Swirl Atomizer",
  annote="A systematic investigation was made on the differences in atomizing performance among several crude-oil based fuels and water in a small pressure-swirl atomizer. The atomizer performance is characterized in terms of discharge coefficient, Sauter mean diameter and nozzle efficiency. Phase-Doppler anemometry was used to document the mean structure of the developed spray and provides information about droplets sizes and velocities. A strong dependence of liquid viscosity on the mass flow rate through the atomizer as well as on the spray quality was found and discussed with relevant literature.",
  address="University of Žilina",
  booktitle="The Application of Experimental and Numerical methods in Fluid Mechanics and Energy 2016",
  chapter="127912",
  howpublished="print",
  institution="University of Žilina",
  year="2016",
  month="april",
  pages="121--125",
  publisher="University of Žilina",
  type="conference paper"
}