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Physical Review Fluids

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@APSPhysics journal publishing innovative research that will advance the fundamental understanding of fluids.

Shorts

Asymmetric ice blocks floating in water can self-propel as they melt, due to a buoyancy-driven gravity current producing steady translation. A momentum-balance model predicts this mechanism, which persists even in warm saltwater. Editors' suggestion:

Asymmetric ice blocks floating in water can self-propel as they melt, due to a buoyancy-driven gravity current producing steady translation. A momentum-balance model predicts this mechanism, which persists even in warm saltwater. Editors' suggestion:

55,207 Aufrufe

By adding a secondary subharmonic forcing, bouncing droplets on a vibrating liquid bath switch from out-of-phase to in-phase states, triggering droplet lattice rearrangements and offering new insights into hydrodynamic quantum analogs. Read more at

By adding a secondary subharmonic forcing, bouncing droplets on a vibrating liquid bath switch from out-of-phase to in-phase states, triggering droplet lattice rearrangements and offering new insights into hydrodynamic quantum analogs. Read more at

29,207 Aufrufe

Deformable autophoretic filaments, otherwise immotile due to a uniform chemical profile, can self-propel via a buckling instability. Spontaneous shape changes break symmetry and enable motion, as shown by theory and simulations.

12,533 Aufrufe

Join Powers et al. on an exciting journey as they delve into the heart of stars and planets to find out how internal heating sources influence convective dynamics! Their study lightens up our understanding of the force behind astrophysical convection. @

Join Powers et al. on an exciting journey as they delve into the heart of stars and planets to find out how internal heating sources influence convective dynamics! Their study lightens up our understanding of the force behind astrophysical convection. @

19,813 Aufrufe

In a new study, Sami YamaniDS et al. shows that submerged planar jets of viscoelastic fluid generates a state of elasto-inertial turbulence (EIT) with drastic different features to their Newtonian counterpart. See their striking experiments and analysis @

In a new study, Sami YamaniDS et al. shows that submerged planar jets of viscoelastic fluid generates a state of elasto-inertial turbulence (EIT) with drastic different features to their Newtonian counterpart. See their striking experiments and analysis @

21,227 Aufrufe

Mixing oil and water just got interesting! Mashayekhi et al. show how a little stir can make a big splash in separating droplets. Learn about the control of emulsion stability and phase separation, particularly the shear-triggered coalescence phenomena @

Mixing oil and water just got interesting! Mashayekhi et al. show how a little stir can make a big splash in separating droplets. Learn about the control of emulsion stability and phase separation, particularly the shear-triggered coalescence phenomena @

16,006 Aufrufe

Déda et al. use neural networks for flow analysis & control in nonlinear fluid systems, showcasing accuracy & stabilization in complex dynamics. From the Lorenz system to confined cylinder flows, neural networks shine as effective models & controllers.

Déda et al. use neural networks for flow analysis & control in nonlinear fluid systems, showcasing accuracy & stabilization in complex dynamics. From the Lorenz system to confined cylinder flows, neural networks shine as effective models & controllers.

11,604 Aufrufe

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Even the simplest physical processes are more than meets the eye. For example, flow through arrays of soft hairs turns out to be a more intricate process than we thought, shown elegantly by Ushay et al. at Liquids&Elasticity LAB @Princeton. #FluidDynamics #Elastocapillarity

Even the simplest physical processes are more than meets the eye. For example, flow through arrays of soft hairs turns out to be a more intricate process than we thought, shown elegantly by Ushay et al. at Liquids&Elasticity LAB @Princeton. #FluidDynamics #Elastocapillarity

Physical Review Fluids

63,552 Aufrufe • vor 3 Jahren

🏁 Ready, set, go! Palazzolo et al. from Inria Centre Inria d'Université Côte d'Azur use Bayesian techniques to find the optimal bio-inspired microswimmer, improving speed and efficiency, and going beyond the known diversity of pusher and pullers. Find out more: #fluiddynamics

🏁 Ready, set, go! Palazzolo et al. from Inria Centre Inria d'Université Côte d'Azur use Bayesian techniques to find the optimal bio-inspired microswimmer, improving speed and efficiency, and going beyond the known diversity of pusher and pullers. Find out more: #fluiddynamics

Physical Review Fluids

16,675 Aufrufe • vor 1 Jahr

Reflecting on another great year of fluids research. In our 2023 #YearInReview, we celebrate groundbreaking research, stellar collaborations, and the unwavering passion of our community. #fluiddynamics Music from #Uppbeat: License code: WLRGGETAMHAH3VSP

Reflecting on another great year of fluids research. In our 2023 #YearInReview, we celebrate groundbreaking research, stellar collaborations, and the unwavering passion of our community. #fluiddynamics Music from #Uppbeat: License code: WLRGGETAMHAH3VSP

Physical Review Fluids

21,026 Aufrufe • vor 2 Jahren

Take a look back at some of the outstanding papers published in PR Fluids in 2024 as well highlights from our Journal Club, the APS DFD award-winning posters and videos, and Frenkiel Award winners. (Music from #Uppbeat : License code: POH6OBESMHQOEGJP)

Take a look back at some of the outstanding papers published in PR Fluids in 2024 as well highlights from our Journal Club, the APS DFD award-winning posters and videos, and Frenkiel Award winners. (Music from #Uppbeat : License code: POH6OBESMHQOEGJP)

Physical Review Fluids

10,791 Aufrufe • vor 1 Jahr

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