FluidsUK

[Oxford Fluid Dynamics Lab @OxfordFluids]

Thrilled to hear that I am now Professor of Fluid Dynamics! Many thanks to all my colleagues, mentors, and students @UniofOxford @oxengsci @wadhamoxford for their support and friendship over the years. https://t.co/NU5JzbPxOh

[Stephen Wilson @S_K_Wilson]

Delighted to announce that our work with @DurhamChemistry on "Evaporation of a thin droplet in a shallow well: theory and experiment" has just been published #openaccess in @JFluidMech @StrathMathStat @UniStrathclyde

https://t.co/arZvwCwInr

[Stephen Wilson @S_K_Wilson]

A sad day. The unspoken deal used to be that academics would put up with lower pay and poorer working conditions than they could get in the private sector in return for a good pension: that deal has now been broken with consequences that will play out for decades.

[FluidsUK @FluidsUK]

@KhaledAlGhaithi @JFluidMech @markwilsonleeds @OliverHarlen @CDTFluidsLeeds @EPSRC Very nice!

[Oxford Fluid Dynamics Lab @OxfordFluids]

A snapshot (one page) of our Drop Dynamics SIG meeting yesterday - thank you all for coming! It was great to see familiar faces and so many new ones! It was a truly international event! @RafaelCastrejon @FluidsTom @UKFluidsNetwork

[FluidsUK @FluidsUK]

@EvaAntonFluids Excellent talk Eva.

[FluidsUK @FluidsUK]

@uaemorelos Rest in peace professor.

[Oxford Fluid Dynamics Lab @OxfordFluids]

Quick dimensional-analysis calculation yields an estimated blast energy in the range equivalent to 4 to 6 kilo-tons of TNT. This is based on the time it takes for the shock wave to reach buildings that can be identified in maps, and using GI Taylor's approach!
@RafaelCastrejon

[Karrar Al-Dirawi @K_H_AlDirawi]

I have just passed my viva. I was lucky to have a very nice discussion with @markwilsonleeds and @RafaelCastrejon
My thises was on binary droplet collisions, uder the supervision of @ProfBayly in @LeedsUniEng. Thanks for everyone who supported me.
@FluidsLeeds
@CDTFluidsLeeds

[Leeds Institute for Fluid Dynamics (LIFD) @FluidsLeeds]

Congratulations @K_H_AlDirawi

[Oxford Fluid Dynamics Lab @OxfordFluids]

Electrically Tunable Printed Bifocal Liquid Crystal Microlens Arrays. First paper by @WaqasKamal16 as part of his DPhil with us in @oxengsci. Funded by @EPSRC and @OxUniPress https://t.co/PSVySC8Cm5

[Oxford Fluid Dynamics Lab @OxfordFluids]

Our paper on the measurement of the dynamic contact angle is finally out! A fine work in collaboration with @RafaelCastrejon and @MQuetzeri from @QMULSEMS and @oxengsci and funded by @royalsociety, @EPSRC and @Conacyt_MX . https://t.co/E5mZ7hm1y5

[Eva Antonopoulou @EvaAntonFluids]

First paper from my PhD, published in @PhysRevFluids! Jetting behaviour in inkjet printing using numerical simulations with direct experimental comparisons, for realisting scales https://t.co/gjGtV8w8eq

[BBC Oxfordshire @BBCOxford]

Great news from the engineers and medics at @UniofOxford & @KingsCollegeLon #Oxford

[Blizard Institute @blizard_inst]

We’re working with colleagues in @QMULSEMS, @DentistryQMUL & @NHSBartsHealth to 3D-print visors for #PPE for front line staff @RoyalLondonHosp to help tackle the #PPEshortage. Initial prototypes to be tested today. We hope to start production soon #COVID19 @QMULBartsTheLon @QMUL

[Miguel Quetzeri @MQuetzeri]

Our paper "The Effect of Surface Roughness on the Contact Line and Splashing Dynamics of Impacting Droplets" was one of the top 100 downloaded #physics papers for @SciReports in 2019. I'm very happy to see that our research is being read. @RafaelCastrejon @OxfordFluids

[Tom Sykes @FluidsTom]

First paper from my PhD, published today in @PhysRevFluids! Mixing, surface jets, Marangoni flow and more! Check it out at https://t.co/WeM1YYc4W9. Open-access link to follow. [Continued]

[Oxford Fluid Dynamics Lab @OxfordFluids]

It's out! Led by @FluidsTom in collab with @RafaelCastrejon and @markwilsonleeds.
Phys. Rev. Fluids 5, 023602 (2020) - Surface jets and internal mixing during the coalescence of impacting and sessile droplets https://t.co/80rLVB8nVf

[FluidsUK @FluidsUK]

Phys. Rev. Lett. 122, 228001 (2019) - Role of the Dynamic Contact Angle on Splashing https://t.co/2PTqjF09YI