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RT @PhysRevFluids: The latest edition of @apsfluiddynamic's annual Gallery of Fluid Motion is now live! Check them @

@FerrerCfd @poftwente @PhDVoice @PostdocVoice No unfortunately not, we could get you the PhD thesis in case you are interested. Better to send to my email directly. :)

RT @FerrerCfd: Job Opportunity on wind turbine aeroacoustics. I am looking for an experienced researcher (Junior Postdoc) to join the ERC…

Check out the HD timelapse on YouTube:

@N_MameBalla @PhDVoice @PostdocVoice Cahn-Hilliard equation to show phase separation.

@garcfd @PhDVoice @PostdocVoice Indeed!

@sidd2203 @PhDVoice @PostdocVoice Indeed!

Pleased to see my question included in PION 2024, NL's inter-university physics olympiad hosted by S.V. Arago @utwente. “Find the slope shape that minimizes descent time for a frictionless ball under gravity.” 📚 📽️ @PhDVoice

@OkMatar @LKahouadji @Debashis2499 @MatarLab @ImperialChemEng Congratulations!

🎉 Congrats to the 2024 @APSDFluid Fellows honored for advancing #FluidDynamics through groundbreaking research in imaging, machine learning, carbon sequestration, biomedical flows, and more. 👏 🔗 Details: #FluidMechanics @APSphysics

🌊 #FluidFriday - Tidal trees 🌊 Did you know the Qiantang River in China has the world’s largest tidal bore that creates stunning “tidal tree” patterns on the mudflats, as captured in this breathtaking video #FluidMechanics @PhDVoice @PostdocVoice

I Enjoyed the talk by Keith Moffatt (@Cambridge_Uni, DAMTP), 2018 Fluid Dynamics Prize winner & George Batchelor’s PhD student, at @PoFTwente. Fascinating insights on: 1️⃣ Batchelor sleeve problem (low to high Re) 2️⃣ Spiral wind-up of vortex sheets. @PostdocVoice @PhDVoice

🎉 Congrats to Jules Colas on defending his PhD at École Centrale de Lyon! His work on wind turbine noise propagation, in collaboration with LMFA Lyon and @PofTwente, advances understanding of wind turbine sound propagation. #PhDDefense #WindEnergy @PhDVoice @PostdocVoice

🌊 #FluidFriday: Did you know 90% of an iceberg is underwater? The dark blue at the base is denser, older glacier ice, formed from compressed snow. A stunning example of nature’s #FluidDynamics! 📽️ 📖 @PhDVoice @PostdocVoice

🌊 #FluidFriday: Ocean waves are a stunning display of nature’s power and beauty, carrying immense energy across the seas. 📽 #OceanScience #FluidMechanics #FluidDynamics #Waves