fork of COVID-19 Particle Collider

Kent State University\Quiang Guan

INRAe\Olivier Vitrac

last update


Fork of these contributions: Part 1,Part 2.

DISCLAIMER. COVID-19 Particle Collider is an experimental project showing how the propagation of COVID-19 virus can be described as a diffusion-controlled bimolecular chemical reaction (to be infected, you need to meet a contagious/"active" intermediate-product) and subsequent monomolecular ones.

The source and output files are freely available. Results and analyses are presented "AS IS".

Content

fork of COVID-19 Particle Collider ContentUpdatesShort descriptionTo be continued

Updates

First template to describe a building.

 

Short description

The current work is still very preliminary. The intent is to describe the risk of COVID-19 virus propagation in a building instead of inside mathematical geometries. Tailoring the numerical implementation of a floor map was the first step. The doors need to be still added such as specifying how humans will displace inside. For now, we keep ballistic displacements with random orientations.

 

To be continued


For any question or suggestions, send an email to Qiang GUAN, PhD. Olivier Vitrac, PhD.