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FluidFrame Lab
@FluidFrameLab
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A research group working on the beautiful topic of Fluid Mechanics established by Dr. Luca Biancofiore @zero_luca
L'Aquila
Joined May 2020
If you like innovative numerical algorithms and particle laden evaporating sessile droplets you cannot miss our last work on @ACS_Langmuir Thanks @06AK96 for his intense effort and @fabdenner for the very fruitful collaboration! @zero_luca @univaq
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Are you interested how fluid viscoelasticity enhances tribological performance in soft EHL? just have a look at FluidFrameLab's new article in collaboration with Carmine Putignano and Giuseppe Carbone @PolibaOfficial
@univaq
@BilkentUniv
@Elsevier_Eng
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Through MD simulations, FluidFrameLab's member @lynspica demonstrate the key role of near-surface alignment of short chains for controlling viscoelastic behavior within nanoconfined systems in collaboration with @AykutErbas3 @JoRheology
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RT @JoRheology: Molecular rheology of nanoconfined oligomer melts by ;A. B. Yıldırım, A. Erbas, and @zero_luca
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RT @Ella_Maru: How is this even possible? This is obviously written by AI. How is it possible that none of the authors AND reviewers missed…
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RT @prashantvalluri: 1st CALL: BIFD Edinburgh 2024 Xth Bifurcations and Instabilities in Fluid Dynamics Symposium, Edinburgh, 24-28 June 20…
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RT @JFluidMech: The next Fluid Mechanics Webinar Series seminar is on Nov 3rd! Sujit S. Datta: Chaos in confinement: How to make shear-thi…
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If you like viscoelastic fluids and lubrication you cannot miss the new paper on JNNFM of the FluidFrame Lab member @Humayun92706572 Congrats to him! @Elsevier_Eng
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Another work involving @FluidFrameLab members @zero_luca. Congratulations @Brontecir for the hard work! And it was great to collaborate again with @VolpeResearch @calle_it @FalkoResearch!
Engines drive our world🚗✈️🎡🛳️, but what about microengines🔬? Brownian motion introduces randomness and complicates control. Discover how we tackled this tiny but massive challenge in our work now published in @ACSPhotonics! 🧵👇
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Great #ICR2023 @SoRheology ! Aside from the Keynote presentation of the PI of the @FluidFrameLab
@zero_luca, several oral and poster presentations of members of the group were given @Humayun92706572
@BayramGulce @lynspica. Congratulations for their fantastic achievements!
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@garethmckinley @ElsevierChemEng @TheSquishyLab Good moment to submit a paper to JNNFM then. The entire editorial board are definitely happy and satisfied ;)
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RT @garethmckinley: This is a lovely body of work for a range of different fluids - and introduces a new dimensionless group; the Tanner Nu…
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RT @softmatter: Just published and #openaccess, Motility-induced shear thickening in dense colloidal suspensions led by A. Gülce Bayram, Fa…
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RT @CytoLabKoc: Congratulations to Omer Ilday for the Humboldt fellowship and his new position. The fact that ERC grantees move out of Turk…
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@CytoLabKoc Congratulations to Omer Ilday and good luck for his new position. Actually Serim Ilday (another ERC grantee) also left last year. And I would say not only ERC grantees are leaving Turkey... unfortunately.
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How does it change the rheology of a colloidal suspension if the colloids are able to self-propel? Read the answer in this @softmatter paper by @BayramGulce @BilkentMech in collaboration with Hartmut Löwen @HHU_de in the framework of @ActiveMatterITN
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How the side walls effect the falling liquid film instability? To know the answer please read this very good work @JFluidMech by @hammambh @FluidFrameLab in collaboration with @unibt @BilkentMech
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