We’re celebrating 10 years 🌊 🎉
Thank you to the authors, reviewers, editors, and readers who have helped advance a decade of #FluidDynamics research and discovery.
Explore the journal:
https://t.co/FdU4lIFWDk
Chocolate syrup and other non-Brownian suspensions seem to have memory: their response to a new stress can depend on the direction and amplitude of past flows. Now researchers have shown that the two recollections stem from the same nonequilibrium physics. https://t.co/7DpHL6FSRE
Experimental measurements and mathematical modelling of how water moves above the surface of reef-building corals reveal the importance of cilia orientation in oxygen and nutrient transport across a colony.
🔗 https://t.co/0Y9fwFkcRQ
Just published today in @JFluidMech! What happens when a disk moves toward or away from a granular bed? With colleagues at @FAST_Orsay, we show how squeeze and suction flows, together with vortex rings, trigger erosion.
https://t.co/jmIjLb5CQ5 @UMDResearch