Detail publikace

Particle re-suspension in street canyon with two-way traffic

Originální název

Particle re-suspension in street canyon with two-way traffic

Anglický název

Particle re-suspension in street canyon with two-way traffic

Jazyk

en

Originální abstrakt

The paper focuses on determination of the wind threshold velocity of re-suspension (at the height of 10 m) and the near-ground air threshold velocity of re-suspension (at the height of 0.25 m) for particles of size 10 micrometers in a particular urban street canyon with two-way traffic. The wind threshold velocity of re-suspension is derived from a long-term measurement carried out in the city of Brno. A numerical modelling based on the finite volume method is used for a detail study of the relation between a wind velocity above buildings roofs and a near-ground air velocity in the street canyon.

Anglický abstrakt

The paper focuses on determination of the wind threshold velocity of re-suspension (at the height of 10 m) and the near-ground air threshold velocity of re-suspension (at the height of 0.25 m) for particles of size 10 micrometers in a particular urban street canyon with two-way traffic. The wind threshold velocity of re-suspension is derived from a long-term measurement carried out in the city of Brno. A numerical modelling based on the finite volume method is used for a detail study of the relation between a wind velocity above buildings roofs and a near-ground air velocity in the street canyon.

Dokumenty

BibTex


@article{BUT75891,
  author="Jiří {Pospíšil} and Miroslav {Jícha}",
  title="Particle re-suspension in street canyon with two-way traffic",
  annote="The paper focuses on determination of the wind threshold velocity of re-suspension (at the height of 10 m) and the near-ground air threshold velocity of re-suspension (at the height of 0.25 m) for particles of size 10 micrometers in a particular urban street canyon with two-way traffic. The wind threshold velocity of re-suspension is derived from a long-term measurement carried out in the city of Brno. A numerical modelling based on the finite volume method is used for a detail study of the relation between a wind velocity above buildings roofs and a near-ground air velocity in the street canyon.",
  address="Inderscience Enterprises Limited",
  chapter="75891",
  institution="Inderscience Enterprises Limited",
  number="1-4",
  volume="44",
  year="2011",
  month="february",
  pages="271--279",
  publisher="Inderscience Enterprises Limited",
  type="journal article in Web of Science"
}