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Evolving droplet dynamics during violent expiratory events at various ambient environments
F. Gerbino
, G. Tretola
, R. Morgan
, P. Atkins
, S. J. Waddell
,
S. Pitt
, K. Vogiaztaki
School of Arch, Tech and Eng
Advanced Engineering Centre
School of Applied Sciences
Doctoral College
Research output
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peer-review
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Keyphrases
Ambient Temperature
100%
Droplet Dynamics
100%
Ambient Environment
100%
Exhaled Air
100%
Cough
66%
Social Distancing
66%
Sneezing
66%
Stokes number
33%
Droplet Size
33%
Ambient Conditions
33%
Large Droplets
33%
Humidity
33%
Weather Conditions
33%
Body Temperature
33%
Simulation Techniques
33%
Travel Distance
33%
Public Health Policy
33%
Respiratory Disease
33%
Air Temperature
33%
Cloud Droplets
33%
Transmission Route
33%
Droplet Transmission
33%
Use Simulation
33%
Aerosol Transmission Risk
33%
Temporal Dynamics
33%
WHO Guidelines
33%
Ambient Humidity
33%
Engineering
Initial Condition
100%
Stokes Number
100%
Droplet Size
100%
Ambient Condition
100%
Relative Humidity
100%
World Health Organization
100%
Cloud Droplet
100%
Ambient Environment
100%
Surrounding Air
100%
Extreme Condition
100%
Simulation Mode
100%