Alessandro Bongarzone

Currently at ONERA The French Aerospace Lab

[Alessandro Bongarzone @BongarzoneAle]

https://t.co/L8XDRC0cZX

[James (jian hui) Guan @Jamesguan1990]

Gallop on, tiny bubbles!

[Alessandro Bongarzone @BongarzoneAle]

In this @PhysRevFluids paper, we quantify numerically the Stokes drift and Eulerian viscous streaming contributions to the Lagrangian mean flow generation, offering new insights into orbital sloshing wave dynamics beyond traditional inviscid models. https://t.co/NuAUddtgr1

[Lab of Fluid Mechanics & Instabilities LFMI @ EPFL @lfmi_epfl]

We are pleased to announce that
"Quasi-linear homogenization for large-inertia laminar transport across permeable membranes" by Kevin Wittkowski, Alberto Ponte, Pier Giuseppe Ledda and Giuseppe Antonio Zampogna has been published in @JFluidMech !

https://t.co/ThIpW0nBKY

[Alessandro Bongarzone @BongarzoneAle]

🚀 Internship Opportunity: Data-based Control of Turbulent Flows Using Tools from Statistical Physics

Passionate about aerospace engineering and research? Join us at @onera_fr! You'll explore techniques for feedback control theory of turbulent flows:

https://t.co/ZVNrX1gBKi

[James (jian hui) Guan @Jamesguan1990]

A bubbles is not just trapped air, it’s a tiny testament to the complex and beautiful mechanics of our natural world. Our entry to @apsfluiddynamic Gallery of Fluid Motion based on our work on Galloping Bubbles with @saifulitamim and @PhysMathLab is live!

https://t.co/fiegriJCzd

[Alessandro Bongarzone @BongarzoneAle]

@Jamesguan1990 @apsfluiddynamic @saifulitamim @PhysMathLab This is so cool! 👏

[Physical Review Letters @PhysRevLett]

Combining methods from statistical mechanics and machine learning with data from highly resolved turbulence simulations, a low-dimensional dynamical model is constructed that successfully captures the hallmarks of small-scale turbulence https://t.co/xh7nZqZv2G

[Alessandro Bongarzone @BongarzoneAle]

🚀 Internship Opportunity: Data-based Control of Turbulent Flows Using Tools from Statistical Physics

Passionate about aerospace engineering and research? Join us at @onera_fr! You'll explore techniques for feedback control theory of turbulent flows:

https://t.co/ZVNrX1gBKi

[Sibylle Marcotte @SibylleMarcotte]

🏆Didn't get the Physics Nobel Prize this year, but really excited to share that I've been named one of the #FWIS2024 @FondationLOreal-@UNESCO French Young Talents alongside 34 amazing young researchers! This award recognizes my research on deep learning theory #WomenInScience 👩‍💻

[Sibylle Marcotte @SibylleMarcotte]

Newbies but goldies 😌: “Keep the Momentum: Conservation Laws beyond Euclidean Gradient Flows” with @gabrielpeyre and @RemiGribonval.
We study conservation laws during the (euclidean or not) gradient or momentum flow of neural networks.
https://t.co/Im6VH3QVkg

[Lab of Fluid Mechanics & Instabilities LFMI @ EPFL @lfmi_epfl]

In this ⁦@PhysRevFluids⁩ paper, we study a randomly forced flow past the onset of a pitchfork bifurcation. After reducing the dynamics to its normal form, tools from statistical mechanics are applied to determine transition statistics. https://t.co/RFIch4nWjn

[Physical Review Fluids @PhysRevFluids]

Swirling with a rotating magnetic field! In their new paper, Horstmann et al. study interfacial waves induced by rotating magnetic fields in two-phase swirling flows. Low-frequency RMFs drive wave patterns resembling hyperbolic paraboloids. https://t.co/w2mEKRnxTj #fluiddynamics

[Physical Review Fluids @PhysRevFluids]

Numerical study on buoyancy-driven annular disks reveals how varying central hole diameter impacts stability and trajectories in free-fall. From vortex rings to recirculating regions, explore the fascinating dynamics with Corsi & co-authors! https://t.co/H7MWWOGBau #fluiddynamics

[Alessandro Bongarzone @BongarzoneAle]

Check out our @PhysRevFluids paper, where we present a physics-inspired mathematical model based on linear eigenmode projections to solve the nonlinear relaxation dynamics of liquid oscillations with hysteretic contact line motions. @lfmi_epfl @APSphysics https://t.co/oJEOmBp9YN

[Physical Review Letters @PhysRevLett]

The pinning-depinning dynamics of a circular moving contact line are studied at the single-slip resolution using a mesoscale experimental framework https://t.co/HuTz60VW5J

[Jousef Murad @Jousefm2]

🌀 An Album of Computational Fluid Motion 🌀

👉 https://t.co/ntaSJSod7U

This website is an ongoing effort towards developing a CFD counterpart of the classic 1982 book “An Album of Fluid Motion” by professor Milton van Dyke.

🌎 Source: Stein Stoter

[Journal of Fluid Mechanics @JFluidMech]

Read a new #openaccess article in #JFMRapids: "Boundary-layer approach to the linear karren instability" by Simeon Djambov and François Gallaire.
📚 https://t.co/TBXmcuPx4D
#OA #JFM #JFMRapids

[Physical Review Fluids @PhysRevFluids]

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: https://t.co/3ykTXhSjFI, License code: WLRGGETAMHAH3VSP

[Alessandro Bongarzone @BongarzoneAle]

Swinging Jets: Experiments VS 3D Direct Numerical Simulations

[Alessandro Bongarzone @BongarzoneAle]

https://t.co/L8XDRC0cZX