🌀 #Turbulence occurs in a cascade: large eddies break down into smaller ones, which in turn split into even smaller ones, in a #fractal fashion.
Read more here:
🔗 http://www.nature.com/news/mysteries-of-turbulence-unravelled-1.22474
Read more here:
🔗 http://www.nature.com/news/mysteries-of-turbulence-unravelled-1.22474
Nature News & Comment
Mysteries of turbulence unravelled
Simulations follow how swirls in a fluid transfer and dissipate energy.
💰 We have a #postdoc position available in France, applying renormalization group theory to turbulence! This is part of an exciting new collaboration on #turbulence supported by the Simons Foundation:
https://t.co/1K0UdMT2pV
Details are here:
https://t.co/E4XsriZ953
https://t.co/1K0UdMT2pV
Details are here:
https://t.co/E4XsriZ953
Simons Foundation
Revisiting the Turbulence Problem Using Statistical Mechanics | Simons Foundation
Revisiting the Turbulence Problem Using Statistical Mechanics on Simons Foundation
The transition from laminar to turbulent flow is a non-equilibrium phase transition in the directed percolation universality class!
Hong-Yan Shih reports on theory & experiment of interacting puffs in pipe: strong evidence for DP.
#apsmarch #TURBULENCE
https://t.co/Yt67Z78nfq
Hong-Yan Shih reports on theory & experiment of interacting puffs in pipe: strong evidence for DP.
#apsmarch #TURBULENCE
https://t.co/Yt67Z78nfq
YouTube
W25.00007 Hong-Yan Shih Statistical model and universality class for interacting puffs in transition
This is a contributed talk by Hong-Yan Shih (Academia Sinica and UIUC) for the APS March Meeting 2020.
It was supposed to have been given at the APS March Meeting in Denver, but the meeting was cancelled due to the coronavirus.
In the talk, Hong-Yan Shih…
It was supposed to have been given at the APS March Meeting in Denver, but the meeting was cancelled due to the coronavirus.
In the talk, Hong-Yan Shih…