APS Division of Fluid Dynamics
@apsfluiddynamic
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RT @PhysRevFluids: 📢 PRFluids Editors' suggestion: When a beet slice sits in its own juice, a clear fringe appears. Liu et al. trace it to….
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RT @PhysRevFluids: Reminder to join us for the next PRFluids Journal Club this Thursday!. Register here:
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RT @PhysRevFluids: The next PR Fluids Journal Club will take place on Thursday June 26 at 11am Eastern Time, featuring Alex Menzer and coll….
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RT @APSphysics: Submit your abstract for one of the world’s largest conferences in #FluidDynamics and share your research with 3,500 collea….
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RT @PhysRevFluids: In microfluidic networks, flow oscillations and chaos can emerge even without external modulation or deformable structur….
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RT @PhysRevFluids: In offshore wind farms, wind-wave interactions significantly affect performance. Santoni et al. use large-eddy simulatio….
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RT @APSphysics: Did you know heavy rainfall can spread disease among plant leaves — turning them into catapults that launch spore-filled wa….
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RT @PhysRevFluids: Evaporating Leidenfrost droplets can spontaneously bounce like on a trampoline. Agrawal et al. show this intermittent be….
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RT @PhysRevFluids: How does small-scale bottom topography affect transport in the oceanic boundary layer? Using Large Eddy Simulations, Cua….
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RT @PhysRevFluids: 📢 PRFluids Editors' suggestion: Convection driven by buoyancy released during moisture condensation is common in the atm….
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RT @PhysRevFluids: 📢 PRFluids Editors' suggestion: in vortical flows at high magnetic Reynolds numbers, weak magnetic fields can affect flo….
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RT @PhysRevFluids: 🚨 Reminder to join us in the upcoming PRFluids Journal Club, on May 1st (8am PDT, 11am EDT, 4pm GMT+1)!.Register here: h….
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Emily’s research sheds light on fundamental fluid physics with real-world applications—from environmental remediation to engineering smarter flow systems.
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These instabilities can be harnessed to improve mass transport—Emily showed they can help clean microplastic-contaminated porous media more effectively.
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Her recent work uncovered an anomalous "flow-thickening" effect—dilute polymer solutions show increased flow resistance due to these instabilities, depending on the medium’s geometry.
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Using microfluidics and confocal microscopy, Emily directly visualizes and quantifies how fluids flow at the pore scale in 2D and 3D porous media. 🔬.
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These instabilities arise from the coupling of fluid elasticity with streamline curvature, revealing unexpected behaviors in low-Reynolds-number flows.
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