📢We are pleased to announce the release of a new reduced order model (ROM) at https://t.co/obTpd3mfFT, together with new features for visualizing 3D surrogates. New model based on OpenFOAM's tutorial windAroundBuildings with parametrized wind direction #cfd#rom#openfoam
We are presenting at the 10th OpenFOAM Conference virtual event (Artificial Intelligence session). Watch on demand one of our first presentations to learn more about what we are building 🚀
https://t.co/zySkHoN8be
#openfoam#conference#artificialintelligence#fluiddynamics#CFD
Novel work with @carpemonf using high-end computing to study the physics of virus transmission on public transportation systems.
You can read the @IBMUKI blog here: https://t.co/8k1EYrHMRn. Made possible thanks to @IBMResearch HPC facilities.
@duckysherwood 2/2 Future work is needed for vehicles with different layouts, designs and ventilation systems. The title and text of the paper describe this. However, some media covered our work as if it was targeting buses. This might have caused some confusion.
@duckysherwood@duckysherwood 1/2 This research is not about buses. It was focused on improving the understanding of the physics taking place in cross-ventilated spaces for a generic domain and with asymptomatic conditions. The set-up is more representative of aircraft cabins, and some trains.
@LeShuttle Still waiting for the COVID-19 test standards @transportgovuk. Also, if only PCR tests are allowed I wonder if there's enough test capacity near tunnel for all...