Detail publikace

Investigation of pressure swirl sprays using Volumetric PIV

Originální název

Investigation of pressure swirl sprays using Volumetric PIV

Anglický název

Investigation of pressure swirl sprays using Volumetric PIV

Jazyk

en

Originální abstrakt

The volumetric measurement technique (V3V-Flex©) was used to investigate the spray generated by two pressure swirl atomizers (PSAs). Both a simplex pressure swirl atomizer and a spill-return pressure swirl atomizer were investigated. In this paper the experimental setup is briefly described and the essential functions and differences between the atomizers are outlined. The fundamental principles of the volumetric measurement technique are described. The behaviour of the PSAs under different test conditions is presented, and a comparison of the droplet flow field is made.

Anglický abstrakt

The volumetric measurement technique (V3V-Flex©) was used to investigate the spray generated by two pressure swirl atomizers (PSAs). Both a simplex pressure swirl atomizer and a spill-return pressure swirl atomizer were investigated. In this paper the experimental setup is briefly described and the essential functions and differences between the atomizers are outlined. The fundamental principles of the volumetric measurement technique are described. The behaviour of the PSAs under different test conditions is presented, and a comparison of the droplet flow field is made.

Plný text v Digitální knihovně

BibTex


@inproceedings{BUT158688,
  author="Ondřej {Cejpek} and Jan {Jedelský} and Milan {Malý} and Marcel {Sapík} and František {Lízal} and Amine {Koched}",
  title="Investigation of pressure swirl sprays using Volumetric PIV",
  annote="The volumetric measurement technique (V3V-Flex©) was used to investigate the spray generated by two pressure swirl atomizers (PSAs). Both a simplex pressure swirl atomizer and a spill-return pressure swirl atomizer were investigated. In this paper the experimental setup is briefly described and the essential functions and differences between the atomizers are outlined. The fundamental principles of the volumetric measurement technique are described. The behaviour of the PSAs under different test conditions is presented, and a comparison of the droplet flow field is made.",
  address="ILASS",
  chapter="158688",
  howpublished="online",
  institution="ILASS",
  year="2019",
  month="september",
  pages="1--8",
  publisher="ILASS"
}