@deeznutzfoundation Endowed Asst. to the Prof. at University @notanivyleague Hypersonics, humor, and ridiculing people with differing opinions than me 🚀✈️💥🔥
United States
Joined January 2021
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Dat shrug when you fkin own space in someone else's mind...i wouldn't want to go against me either 😱
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I am sorry to keep milking this, but I am super proud of this publication and also super happy it made it as an editor's suggestion! @PhysRevFluids
In this month's issue, Eggl and Schmid report optimal methods to stir together two fluids by varying the shape and velocity of two stirrers. The paper, with links to supplemental movies (including the one here), can be found at go.aps.org/3d1fuCU #FluidDynamics #EdSuggest
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Dear Twitterverse: does anyone have experience with multi-threading and/or distributed memory in #Julia @JuliaLanguage? We are seeing excellent performance on a single thread but poor perf in parallel. Tricks/tips welcome @gabrielweymouth @LorenaABarba @eigensteve @bernat_font
"Of the 431 Class of 2021 @RoseHulman graduates, 426 have been placed within six months of graduation, with an average starting salary of $73,800 and a high reported offer of $145,000. That’s a 99% placement rate." JFC, economically, i choose the entirely wrong path...
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Our recent article in @JFluidMech explains different shear regimes in gravity flow of a granular material (why most of the recent models may fail except hybrid class models) @chemengiisc @iiscbangalore
doi.org/10.1017/jfm.2022.482
#granularflows #kinetictheory #DEMsimulation
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How do large-scale structures develop in thermal convection? From this direct numerical simulation of Rayleigh-Bénard convection by Erwin van der Poel @poftwente @utwente one can see: Thermal plumes emerge and merge, building up the large-scale turbulent convection roll. #DNS
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This droplet really does not want to sit on the surface: Impact of a water droplet on a superheated carbon nanofiber jungle surface at T = 350C. Video by Hrudya Nair & colleagues @poftwente @utwente. Frame rate = 30000 frames per second.
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This is very cool! You just know I am going to show this on opening day in my grad fluids class 2.25 this Fall! 🌊 ✈️ 🚀 – at Acton, MA
This Post is from an account that no longer exists. Learn more
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Polygon patterns of convection form when liquid nitrogen is poured into a warm beaker. This work, by Alexis Duchesne et al at TU Denmark, was a winner of the 2018 #GalleryOfFluidMotion. The full video is at go.aps.org/3Q5a4oR #FluidDynamics #FBF #Physics #Chaos
In this simulation (not from my group, but from Venkat Raman's group at U. Michigan) you'll see a detonation propagate through layers of reactive mixture. youtu.be/XPzs5Z249Hs
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In this simulation (not from my group, but from Venkat Raman's group at U. Michigan) you'll see a detonation propagate through layers of reactive mixture. youtu.be/XPzs5Z249Hs
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This work is quite theoretical, but detonations propagating into inhomogeneous mixtures is encountered in applications where there is not sufficient time for complete mixing of fuel and oxidizer, such as in rotating detonation engines (RDEs).
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20 years ago, I started to work with my students on the problem of detonations propagating into inhomogeneous media. This new paper by Aslan Kasimov in @JFluidMech reveals a richer dynamics than we ever imagined:
Arnold tongues and devil's staircases bit.ly/3cSjhCP
