Detail publikace

Particle Motion in a Realistic Human Airway Model under Steady and Cyclic Flows

Originální název

Particle Motion in a Realistic Human Airway Model under Steady and Cyclic Flows

Anglický název

Particle Motion in a Realistic Human Airway Model under Steady and Cyclic Flows

Jazyk

en

Originální abstrakt

Transparent realistic human airway model with non-symmetric bifurcations and non-planar geometry containing parts from throat to 3rd-4th generation of bronchi was used for study of a transport of micron-size liquid aerosol particles. Velocity of the particles in a size range 1 to7 microns was measured under steady and cyclic flow conditions using Phase Doppler Analyser. Significant differences between steady and cyclic particle flows were found. Specific particle flow patterns under cyclic breathing are documented in the paper.

Anglický abstrakt

Transparent realistic human airway model with non-symmetric bifurcations and non-planar geometry containing parts from throat to 3rd-4th generation of bronchi was used for study of a transport of micron-size liquid aerosol particles. Velocity of the particles in a size range 1 to7 microns was measured under steady and cyclic flow conditions using Phase Doppler Analyser. Significant differences between steady and cyclic particle flows were found. Specific particle flow patterns under cyclic breathing are documented in the paper.

BibTex


@inproceedings{BUT29904,
  author="Jan {Jedelský} and František {Lízal} and Miroslav {Jícha}",
  title="Particle Motion in a Realistic Human Airway Model under Steady and Cyclic Flows",
  annote="Transparent realistic human airway model with non-symmetric bifurcations and non-planar geometry
containing parts from throat to 3rd-4th generation of bronchi was used for study of a transport of micron-size
liquid aerosol particles. Velocity of the particles in a size range 1 to7 microns was measured under steady and
cyclic flow conditions using Phase Doppler Analyser. Significant differences between steady and cyclic particle
flows were found. Specific particle flow patterns under cyclic breathing are documented in the paper.",
  address="Institute of Hydrodynamics ASCR",
  booktitle="24th SYMPOSIUM ON ANEMOMETRY, PROCEEDINGS",
  chapter="29904",
  edition="1",
  howpublished="print",
  institution="Institute of Hydrodynamics ASCR",
  year="2010",
  month="june",
  pages="57--63",
  publisher="Institute of Hydrodynamics ASCR",
  type="conference paper"
}