🎊 Thrilled to announce that @ERC_Research has awarded an #ERCPoC to my project #STELLAR! 🚀
We will develop smart micronozzles for next-generation supercritical fluid-based microthrusters. Excited to push the boundaries of innovation at @la_UPC@EEBE_UPC! 🛰️
🚨 The Multiscale Fluid Mechanics Lab is proud to share the publication of "RHEA-X: Distributed GPU-resident high-fidelity flow solver for multiphysics turbulence": https://t.co/0IQJZoql4E @EEBE_UPC@BiblioEEBE@la_UPC@DoctoratUPC
🎉 The Multiscale Fluid Mechanics Lab is excited to share the publication of "Physics-driven efficient modeling of pseudo-boiling regions in transcritical wall-bounded flows for thermal management applications": https://t.co/5KBDjtksVN @EEBE_UPC@BiblioEEBE@la_UPC
📢 New high-fidelity simulations of particle-laden rotating turbulence using our RHEA solver! We are exploring the dynamics of oceanic flows, capturing the complex interplay between rotation and particles via #DNS. Check out the code: https://t.co/NpeKkh5RbP #CFD#Supercomputing
📡New milestone for the RHEA solver: https://t.co/NpeKkh6p1n ... We are now running full GPU-accelerated DNS of aerodynamic profiles using the Immersed Boundary Method (IBM). #CFD#DNS#Aerodynamics#Simulation
General Velocity-Altitude Flight-Regime Diagram for Aeronautics & Astronautics covering a broad range of flight regimes from subsonic aviation to interstellar travel.
Credit: AFRL / Javier Urzay, Distribution Statement A, PA# AFRL-2024-2607
Link: https://t.co/FVL8BDtrPa
🔬Ajuts de l'@ERC_Research Proof of Concept a la #recerca a Catalunya
📌17 investigadors d'universitats i centres de recerca de Catalunya reconeguts amb ajuts Proof of Concept de l'@ERC_Research
📊 Catalunya rep el 5,6% del total dels #ERCPoC (el 40% de l'Estat)
📡 The Multiscale Fluid Mechanics Lab is proud to share the publication of "Spectral characterization of thermo-fluid structures in wall-bounded high-pressure transcritical turbulence": https://t.co/5ie2P4sGWn @EEBE_UPC@BiblioEEBE@la_UPC@DoctoratUPC
🎉 We are happy to announce the publication of our recent work on supercritical fluids "Turbulence statistics of homogeneous isotropic supercritical fluid flow": https://t.co/3sDn67Tii6 @EEBE_UPC@BiblioEEBE@DoctoratUPC@apsfluiddynamic
🚀We are seeking elite talent for the prestigious 3-year Beatriu de Pinós fellowship to push boundaries in multi-physics turbulence, supercritical fluids, and machine learning. Check the attached PDF for the full roadmap and contact before January 23! @ERC_Research@AgEInves
📢 We are proud to share the publication of 2 papers related to the minimal flow unit and resolution requirements of wall-bounded high-pressure transcritical turbulence: https://t.co/cRapFIsgkE https://t.co/pPnCzy0aEY @la_UPC@EEBE_UPC@BiblioEEBE@DoctoratUPC@apsfluiddynamic
Calling all PhD candidates! 📢 Now is the time to present your candidacy to the Doctorate Council of the @DoctoratUPC. Don't miss this opportunity! #PhD@la_UPC#Research
🚨 The Multiscale Fluid Mechanics Lab is promoting the creation of a EEBE team to compete in the RC Sailing 2025 event. If interested, come this Wednesday 27/11/2024 at 12:00 in A0.02 to the promotion session: https://t.co/yF8KIGuxIK @EEBE_UPC@BiblioEEBE
The Multiscale Fluid Mechanics Lab is thrilled that @AgEInves is funding our project METAFLUID-VERSE on "Machine learning enriched data reconstruction of fluid flows for virtual interaction with engineering systems" @EEBE_UPC@la_UPC@RDI_UPC@ercoftac@aiaa ... more info soon!
The Workshop "Fluid Dynamics, Geometry & Computer Science in Interaction" is a wrap! Huge thanks to all the participants & brilliant speakers. The interactions were 🔥 and I feel we're onto something BIG! 🚀 @prof_g@YangHuiHe1@FluidMechLJC@CRMatematica@MAT_UPC@_ICMAT