Numerical Modeling of Expiratory Droplet Dispersion and Mixing in a Mechanical Ventilated Environment

Research output: Conference Papers › RGC 32 - Refereed conference paper (without host publication) › peer-review

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Keyphrases

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Numerical Modeling Keyphrases
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Respiratory Droplet... Keyphrases
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Droplet Dispersion Keyphrases
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Droplet nuclei Keyphrases
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Droplet Mixing Keyphrases
100
Mechanical Ventilat... Keyphrases
33
Eulerian Keyphrases
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Flow Field Keyphrases
33
Dispersion Characte... Keyphrases
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Dispersion Behavior Keyphrases
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Unconventional Well... Keyphrases
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Ventilation System Keyphrases
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Airflow Keyphrases
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Drift-flux Keyphrases
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Displacement Ventil... Keyphrases
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Transport Character... Keyphrases
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Well-mixed Keyphrases
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Microenvironment Keyphrases
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Homogeneously Dispe... Keyphrases
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RNG Model Keyphrases
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Artificial Ventilat... Keyphrases
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Control Transmissio... Keyphrases
33
Nucleus Size Keyphrases
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Droplet Phase Keyphrases
33
Airborne Disease Keyphrases
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Mixed Ventilation Keyphrases
33
Single Droplet Keyphrases
33
Engineering Strateg... Keyphrases

INIS

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environment INIS
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mixing INIS
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modeling INIS
100
dispersions INIS
100
droplets INIS
50
nuclei INIS
16
control INIS
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size INIS
16
transmission INIS
16
transport INIS
16
engineering INIS
16
simulation INIS
16
diseases INIS
16
droplet model INIS
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ventilation INIS
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air flow INIS
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displacement ventil... INIS

Engineering

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Numerical Modeling Engineering
100
Droplet Nucleus Engineering
100
Environment Engineering
66
Model Engineering
33
Characteristics Engineering
33
Displacement Ventil... Engineering
33
Microenvironments Engineering
33
Droplet Phase Engineering
33
Engineering Strateg... Engineering
33
Control Transmissio... Engineering
33
Air Flow Engineering
33
Flow Distribution Engineering
Research OutputsResearch Output authored by Numerical Modeling of Expiratory Droplet Dispersion and Mixing in a Mechanical Ventilated Environment is tagged with the concept