Top Tweets for #PRFluids
Come check out the APS booth and grab a duck and goodies! Enjoy the conference! #apsdfd #prfluids #rubberducks
#PRFluids Invited Paper: Turbulent flows laden with bubbles/drops are part of everyday life: from rain, and mists to paint sprays. Here, Roccon et al. show how the complicated, multiscaled interactions can be better understood with Phase-field modeling. https://t.co/waQ6z6iQXI
#PRFluids Editors' Suggestion: Next time you are in a car on a rainy day, look closely and you will see tiny ripples on the raindrops as they scoot up. In #PhysicsMagazine today, researchers explain how these caterpillar droplets move: https://t.co/BTkwFBQ5SF. #FluidDynamics
#PRFluids Editors' Suggestion: Check out the beautiful experiments and simulations revealing how a sphere experiences 3 to 4 times more drag at an air-water interface than when fully immersed. Learn more: https://t.co/vFSOnB8p2k #fluiddynamics
#PRFluids Letter: Dependence of the asymptotic energy dissipation on third-order velocity scaling. Author: Kartik P. Iyer. This work highlights this pivotal dependence of the energy dissipation rate on the small-scale motions in fluid turbulence. https://t.co/sUFhX1bSSi
#PRFluids Editors' Suggestion: A Von Kármán vortex street is a classic image of fluid dynamics: from water passing a bridge pier to winds blowing around small islands. Here, Lombardi et al. demonstrate the effect of permeability on vortex shedding. https://t.co/TNfjGpGm1V
#PRFluids #EdSuggestion: Compensation of seeding bias for particle tracking velocimetry in turbulent flows. A compensation method provides the accurate mean velocity for turbulent flows in non-homogeneous seeding conditions. Thomas Barois, et al. https://t.co/ARwn6kO0sI.
#PRFluids Letter: #GranularFlow through a vertical axisymmetric pipe. Authors: Mudasir Ul Islam, James T. Jenkins, and Sovan Lal Das. Two solutions associated with high and low pressures for a given pipe radius and total flow rate are found. https://t.co/GuFk5hNjDB
#PRFluids Letter: Granular flow through a vertical axisymmetric pipe. By Mudasir Ul Islam, James T. Jenkins, and Sovan Lal Das. Two solutions associated with high and low pressures for a given pipe radius and total flow rate are found: https://t.co/GuFk5hNjDB. #GranularFlow
#PRFluids Letter: Enhanced axial migration of a deformable capsule in pulsatile channel flows. The speed of axial migration of a capsule can be accelerated by flow pulsation at a specific frequency. Naoki Takeishi & Marco Edoardo Rosti. https://t.co/Xo3LvTIeDN. #FluidDynamics
Now in #PRFluids: Viscosity ratio across interfaces controls the stability and self-assembly of microrollers by Blaise Delmotte. Collective motion of driven particles above a fluid-fluid interface is controlled by the viscosity ratio: https://t.co/m4xSeKqpGu. #FluidDynamics
ICYMI #PRFluids Letter: Rapidly rotating self-gravitating Boussinesq fluid. III. A previously unknown zonal oscillation at the onset of rotating convection. Authors: Wenbo Li and Dali Kong. Learn more: https://t.co/Auop2z7sKX
#FluidDynamics #TBT
#PRFluids Editors' Suggestion: Hidden scale invariance of turbulence in a shell model: From forcing to dissipation scales. How a scaling symmetry is broken in the forcing and dissipation ranges. Author: Alexei A. Mailybaev. https://t.co/HqZ9fzdPqr #FluidDynamics #TurbulentFlows
How do point viscosity variations affect a flow field? Simulations show how the hydrodynamics of a rigid particle is altered. Read the latest #PRFluids Letter by Debasish Das: https://t.co/pqwHGtbTSf. #FluidDynamics #ComplexFluids
#PRFluids Editors' Suggestion: A glass of fizzy drink is a complex laboratory for two-phase flows. In your next glass, watch for those tiny rising bubbles. Zenit Lab and Co. show why champagne has stable “bubble chains” but other bubbly drinks do not: https://t.co/rxwpxBWxo5.
#PRFluids Editors' Suggestion: Vortex rings are way more than just aesthetically pleasing. Here, Jain et al. at Prof. Basu's lab show that, with enough strength, they can be exploited to clean oil-impregnated porous surfaces. Learn more: https://t.co/RIJ7Q5WEIU.
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