CFD Events Calendar, Event Record #30223
International CFD Challenge on Violent Expiratory Events
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The aim of this challenge is to assess the validity of using
a computationally affordable
turbulence model to reproduce both the hydrodynamics of a
prototypical rapid
exhalation mimicking a mild cough (stage I) and the
dispersion of the aerosol cloud in an
idealized environment (stage II). Existing DNS will be used
as a benchmark for this
assessment.
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Date: |
October 1, 2021 - September 1, 2022
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Location: |
Spain
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Web Page: |
https://coughcfdchallenge.wordpress.com
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Contact Email: |
coughcfdchallenge@gmail.com
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Application Areas: |
General CFD
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Deadlines: |
October 15, 2021 (abstract), October 15, 2021 (registration)
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Type of Event: |
Workshop, International
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Description: |
Dear colleagues,
We are pleased to invite you to participate and contribute to
the 2022 International CFD Challenge on Violent Expiratory
Events. The objective of this challenge is to assess the
ability of RANS and/or LES to reproduce both the
hydrodynamics of a prototypical rapid exhalation mimicking a
mild cough and the dispersion of the resulting aerosol cloud
in an idealized environment. The impact of turbulence
modelling will be determined by comparing selected transport
metrics to existing DNS results. Further information about
the Challenge can be found in the attached document and at:
https://coughcfdchallenge.wordpress.com/
The important dates are:
October 1, 2021: Challenge Announcement.
October 15, 2021: Challenge starts.
May 1, 2022: Deadline for results submission.
June 27, 2022: Virtual workshop. All teams are expected to
participate, present and discuss their results and
conclusions.
Fall 2022: Paper submission. The outcomes of the challenge
will be presented in a single paper led by the organizers and
co-authored by all challenge participants.
The Challenge is open to all the CFD community so feel free
to share this announcement with your colleagues.
We hope that this exercise will contribute to a better
understanding of the performance of the typically used
turbulent transport models and parameterizations for the
prediction of short-term dispersion of pathogen laden
aerosols generated in violent expiratory events.
Should you have questions or need additional information, do
not hesitate to contact us by email at
coughcfdchallenge@gmail.com
Best regards,
The organizing committee
Jordi Pallares, Alex Fabregat, Salvatore Cito and Cristian
Marchioli*
Dept. of Mechanical Engineering. Universitat Rovira i
Virgili. Tarragona. Spain
*Dept. of Engineering and Architecture. University of Udine.
Udine. Italy
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Event record first posted on October 4, 2021, last modified on October 8, 2021
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