Matar Fluids Group
@MatarLab
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Interfacial fluid mechanics, multi-scale theory, modelling, simulation & experiments. PI: Omar K. Matar FREng @OkMatar @RAEngNews Research Chair @PREMIERE_UKRI
Imperial College London
Joined January 2015
Interested in living/active matter? I will be giving a @RoySocChem "desktop seminar" webinar on August 5, describing our recent work studying bacterial growth in complex fluids, along with my friend & intellectual hero Kate Stebe (U. Penn)! Register at: https://t.co/LHKTtCdGeR.
rsc.zoom.us
The Royal Society of Chemistry invites you to attend the latest in our series of RSC Desktop Seminars. This 60 minute webinar will focus on active matter, and will feature two talks followed by a...
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Amazing to have @detlef_lohse with us at @ImperialChemEng π Detlef will be talking to us about melting and tipping #Glacial #melting, #ocean currents #ClimateChange
@Grantham_IC @imperialcollege @poftwente @MatarLab
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Great to see @PaulaPico17 @LFuyue @JPValdes10 & Victor and Usman at #OurImperial graduation ceremony last week @RoyalAlbertHall ππ Congratulations! π
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Numerical methods for #MultiphaseFlow SI for 50 Years of Int. J. Multiphase Flow @zaleski @DanieleMarchis1 Tim Colonius, Olivier Desjardins, Dirk Lucas, Ali Mani, Francesco Picano Special thanks Manuel Garcia-Villaba @tu_wien
https://t.co/d3K8oyD09U
@LisnLab @LKahouadji
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#MachineLearning meets #MultiphaseFlow Special Issue in Int. J. Multiphase Flowπ https://t.co/D9ubWEB1Qv & @PREMIERE_UKRI paper on #Physics- and #Data-driven #Modelling & #Simulation π https://t.co/VbFARMQvxd
@Naush13 @ImperialChemEng @ChemEngBham @uclchemeng
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Drop size distribution Lab experiments on single-drop fragmentation Comparison with aerial in-situ measurements Collab with @KSahuRRF_IITH Out now in Journal of #Atmospheric #Sciences #jatmossci
https://t.co/J1U4Rrbym6
#Multiphase #FluidDynamics #Environmental #Flows
journals.ametsoc.org
Abstract Laboratory experiments and theoretical modeling are conducted to determine the raindrop size distribution (DSD) resulting from distinct fragmentation processes under various upward airstre...
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New Volume of Journal of Fluid Mechanics available on Cambridge Core https://t.co/zFdIFJW9AQ New Volume = New Cover πΈ(R5) A modelling framework for jet penetration into soft gels Mousavi, S.P. et al. https://t.co/uOPSANeqWI
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In their new Letter, Deblais et al. use experiments, theory, and simulations to study the very first moments of drop coalescence. In drop-drop and drop-bath configurations, the authors show the key role played by surrounding gas and van der Waals forces π https://t.co/6xrILLpo4j
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The effect of shear-thinning on the scalings and small-scale structures of turbulence Journal of Fluid Mechanics https://t.co/JF6JTtfMut
cambridge.org
The effect of shear-thinning on the scalings and small-scale structures of turbulence - Volume 1012
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The next seminar in the Fluid Mechanics Webinar Series is coming up: β’ Title: Numerical simulations of multiphase flows with various complexities β’ Speaker: Omar Matar β’ Time: Fri 4:00 PM (BST) on Jun 6 More info and RSVP via Cassyni
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Really looking forward to giving my talk as part of the Fluid Mechanics Webinar Series π #JFM
@MatarLab @ImperialChemEng @FluidsLeeds @JFluidMech
#FluidDynamics #Multiphase #Flows
The next seminar in the Fluid Mechanics Webinar Series is coming up: β’ Title: Numerical simulations of multiphase flows with various complexities β’ Speaker: Omar Matar β’ Time: Fri 4:00 PM (BST) on Jun 6 More info and RSVP via Cassyni
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Many thanks for highlighting our work @JFluidMech ππ Well done @Debashis2499 @LKahouadji & Laurette Tuckerman ππ #JFM #JFMRapids #OA #BlueCode
@LisnLab @ImperialChemEng
Read a new #openaccess article in #JFMRapids: "Marangoni-driven patterns, ridges and hills in surfactant-covered parametric surface waves" by Debashis Panda, Lyes Kahouadji, Laurette S. Tuckerman, et al. π https://t.co/DR3Os2u2y8
#JFM #OA #JFMRapids
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π¨ PhD studentship at Imperial with @OkMatar & @Naush13 in collab with CMAC @UniStrathclyde! π‘Hybrid PhysicsβML framework for efficient modelling of flow crystallisation π
Apply by 10 April 2025 π https://t.co/YMLqTvuvPE Details: https://t.co/gCOKyXb55p
#PhD #ML #ChemEng
cmac.ac.uk
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Many thanks for highlighting our work @PhysRevFluids! πππ
π’ PRFluids Editors' suggestion: Stafford & @MatarLab from @ImperialChemEng explore the regimes of thin liquid films on rapidly spinning disks. Through experiments and simulations, they reveal the transition from 2D spirals to complex 3D waves. More @ https://t.co/lc7pAiEQIU
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π’ in @JFluidMech ( https://t.co/PpyE5anF8E) on how viscosity alters drop-impact forces. With Bin Zhang, Cunjing Lv, & @detlef_lohse. The first and second force peaks emerge from distinct flow mechanismsβone at impact, another at take-off. @poftwente
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Very sad to hear of the passing of a giant of fluid mechanics. Prof. Acrivos leaves behind an unparalleled legacy: an incredible body of work and a family tree of students that will maintain his exacting standards. May Andyβs spirit rest in peace.
cse.umn.edu
Andreas (Andy) Acrivos passed away on February 17, 2025. Born in Greece in 1928, Prof. Acrivos arrived at Minnesota in 1950 following undergraduate studies at Syracuse University, becoming the second...
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Thank you @PhysRevFluids for featuring the Drop Medusa poster ππ» @MatarLab @LauretteSTucker @LKahouadji @OkMatar
Take a look back at some of the outstanding papers published in PR Fluids in 2024 as well highlights from our Journal Club, the APS DFD award-winning posters and videos, and Frenkiel Award winners. (Music from #Uppbeat : https://t.co/0jaS3iBelM, License code: POH6OBESMHQOEGJP)
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Take a look back at some of the outstanding papers published in PR Fluids in 2024 as well highlights from our Journal Club, the APS DFD award-winning posters and videos, and Frenkiel Award winners. (Music from #Uppbeat : https://t.co/0jaS3iBelM, License code: POH6OBESMHQOEGJP)
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Hope youβre settling in well at @Caltech, @TheSquishyLab! π
New year, new institution... new website! Check out https://t.co/yqerta73CC for up-to-date information on who we are, what we do, and the papers we write.
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