
Paulo E. Arratia
@arratiapaulo
researcher, interested in fluid dynamics and complex fluids (dead & alive). Views are my own -- if you do not like them, I have others.
ID: 1125448498344804353
http://arratia.seas.upenn.edu/ 06-05-2019 17:13:26
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Happy to see this in print - remarkably robust ion specific effects on the rheology of cellulose nanofibrils, in both intrinsic viscosity and elastic modulus. Great work by R. (Ning) Wattana and D. Park, supported by CEMB doi.org/10.1039/D5SM00… Chemical and Biomolecular Engineering, Penn Penn Engineering


Paris Perdikaris (@MEAM_PENN, Penn Engineering) and Microsoft Research have developed Aurora, a foundation AI model that forecasts extreme weather and environmental events—faster and cheaper than traditional systems. The team's findings are published in nature. bit.ly/4dyota6







Huge congrats to the newest PhD from our lab, Dr. Mithun Ravisankar, on defending his dissertation Brown Engineering: “Bubbly flows in non-Newtonian fluids and viscous Newtonian fluids.” He’s now a master of all things bubbly and sticky. Next stop: Postdoc at Universitetet i Oslo! 🎉 Proud of you!


Congratulations Julia Radzio, MEAM doctoral student, for receiving the Best Poster Award from the Gordon Research Conferences on the Physics and Chemistry of Micro-fluidics. Radzio presented a summary of her work on a stiffness-based droplet sorting platform for biodegradable enzyme screening.





We are grateful to receive funding from the American Chemical Society ACSPRF to investigate how fibers and anisotropic particles, such as microplastics, reorient, bend, and sometimes clog in porous media. UMD Department of Mechanical Engineering Maryland Chemical and Biomolecular Engineering UMD Research


Marine larvae must settle in flows much faster than their swimming speed. Gysbers, Mark Levenstein & Juarez show that certain substrate topographies create recirculatory flows that favour settlement, helping larvae reach suitable habitats efficiently. đź”— go.aps.org/3GjMLbA




