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On coughing and airborne droplet transmission to humans
Talib Dbouk,
Dimitris Drikakis
Research output
:
Contribution to journal
›
Article
›
peer-review
137
Citations (Scopus)
Overview
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Mathematics
Breakup
15%
Decrease
9%
Droplet
85%
Evaporation
31%
Fluid Dynamics
12%
Heat Transfer
11%
Human
58%
Imply
6%
Influence
8%
Liquid
10%
Model-based
9%
Phase Change
14%
Quantify
11%
Recommendations
11%
Relative Humidity
56%
Sufficient
8%
Three-dimensional
7%
Virus
11%
Wind Speed
69%
Zero
5%
Physics & Astronomy
air
15%
cough
70%
ejection
13%
evaporation
19%
fluid dynamics
14%
heat transfer
10%
humidity
38%
interactions
5%
liquids
6%
recommendations
13%
saliva
100%
temperature
3%
three dimensional models
15%
travel
39%
viruses
15%
wind direction
20%
Chemical Compounds
Environment
12%
Evaporation
38%
Fluid Dynamics
31%
Force
14%
Heat Transfer
23%
Humidity
58%
Liquid
11%
Engineering & Materials Science
Air
11%
Atmospheric humidity
29%
Evaporation
21%
Fluid dynamics
11%
Heat transfer
7%
Liquids
7%
Temperature
4%
Viruses
12%