Prometheus

running #CFD #DEM to better understand geomorphic processes & for robust & resilient water engineering solutions 🏃🏻‍♀️ 🌊 || Team @WaterEngLab

[Prometheus @runningonH2O]

Hope you like our new demos! https://t.co/msEbMeVPUm

[Manousos Valyrakis @Hydro_Mechanic]

Thrilled to have contributed to the new IAHR Hydrolink Magazine issue on Remote Sensing! 📢🌊

Download here 👉 https://t.co/ixs1orT5yl

Looking forward to the bright future of remote sensing applications in hydrology & river engineering.

#IAHR #Hydrolink #RemoteSensing #Water

[RiverFlow2026 @RIVERFLOW2026]

Grateful to our sponsors for making @IAHR #RiverFlow2026 & the Stream Gauging Course a success!
Special thanks to: @MaccaferriWorld @Xylem @sontek @TeledyneMarine @Ubertone Sommer, NIVUS, Fathom Scientific, SEBA, @MetricaConsult @flow3d for advancing water monitoring #Hydrometry

[RiverFlow2026 @RIVERFLOW2026]

Incredible week at #RiverFlow2026 in Thessaloniki! 🏛️🌊
A massive thank you to our 6 outstanding keynote speakers who brought a unique lens to fluvial hydraulics, with inspiring talks! @IAHR_org @auth_gr
Here's a thread celebrating their brilliance 👇

[Manousos Valyrakis @Hydro_Mechanic]

2/ with this opportunity I want to highlight some recent research we published:
- Valyrakis et al. (2024) on aeolian sediment & plastic debris transport: https://t.co/644REuJlfa
- Bharadwaj et al. (2024) review on scour countermeasures: https://t.co/DhVH0SDi4z

[Physical Review Fluids @PhysRevFluids]

Physical Review Fluids is turning 10 🌊🎉! Chief editors Beverley McKeon and Eric Lauga reflect on the journey so far, and what’s ahead for the journal.

Read at https://t.co/EzjnUBo9pA

#PRF10

[RiverFlow2026 @RIVERFLOW2026]

@ETH_en @KITKarlsruhe @TU_Delft @BOKUvienna @PennState @ZJU_China 8/8

Six keynotes. Six world-class researchers. Countless takeaways.

Huge thanks to @IAHR_org, the Fluvial Hydraulics Committee, and @auth_gr organisers for bringing this dream team together.

Already counting down to #RiverFlow2028! 🙌🌊

#WaterResearch #SedimentTransport

[Water Lab Research @WaterEngResLab]

Transport of Floating Plastics through the Fluvial Vector: The Impact of Riparian Zones https://t.co/Q924pVwYQf #mdpiwater via @Water_MDPI

[RiverFlow2026 @RIVERFLOW2026]

River Flow 2026 Tentative Schedule is OUT! 🌊 https://t.co/XWV0uE5uUr
🗓️ June 30: Pre-conference Workshops & Master Classes
🗓️ July 1–3: Main Conference with keynotes by Blom, Franca, He, Passalacqua, Habersack, Sotiropoulos
🗓️ July 4: daily excursion at Vergina
See you at 🇬🇷 !!

[Science Advances @ScienceAdvances]

A newly designed flexible super-resolution sensing skin enables surface pressure measurement to guide safe unmanned aerial vehicle flight. https://t.co/T6vebOhZgP

[RiverFlow2026 @RIVERFLOW2026]

River Flow 2026 is proud to announce our distinguished panel of Keynote Speakers comprising of leading experts who will share groundbreaking insights into the future of river hydraulics and sustainable water management 💫💫💫
#IAHRRiverFlow @IAHR

[GARCFD @garcfd]

Just been looking at this #Python (Taichi) solver which appears to run on cpu or gpu - this mesh is 1million cells
https://t.co/ssBMNreMVV

[Water Lab Research @WaterEngResLab]

Abstract submission is now open for our #EGU26 #Geomorphology session GM2.6 “Measuring & modelling geomorphic processes across scales” (🌍 Vienna, 3–8 May 2026)
Join discussions on #SedimentTransport #morphodynamics #NaturalHazards
📅 Submit by 15 Jan 👉 https://t.co/sVo9gLFsOC

[Physical Review Fluids @PhysRevFluids]

Experiments on rapidly rotating Rayleigh-Bénard convection show that increasing the Prandtl number lowers heat transfer, with stronger dependence than without rotation, linked to changes in thermal & kinetic boundary layer thicknesses.

Editors’ suggestion https://t.co/iG0lFfh6pw

[SmartWaterEngineering @IntelH2O]

Imagination is critical for developing intuition

[AGU's Eos @AGU_Eos]

What will the weather be like in 1,000 years? A new machine learning model may be able to tell us while using less power than traditional models.

https://t.co/hU5tYKXsSk

[Physical Review Fluids @PhysRevFluids]

Passive scalars in 2D turbulence display highly intermittent statistical properties, but a hidden symmetry provides a powerful tool to explain their anomalous scaling. Recent simulations show this symmetry restores scale invariance.

Read more at https://t.co/gDNwl5dPE5

[RiverFlow2026 @RIVERFLOW2026]

We are pleased to announce some of our Master Classes led by renowned international experts in fluvial hydraulics and river science.
Designed for researchers and professionals, these sessions offer a unique opportunity for interactive learning and professional development 👇👇👇

[RiverFlow2026 @RIVERFLOW2026]

Submit your abstract(s) by 15th September here: https://t.co/mgO56bryFp

#RiverFlow2026 #MasterClasses #HydraulicEngineering #FluvialGeomorphology #ProfessionalDevelopment @IAHR

[AGU's Eos @AGU_Eos]

Help support high-quality science journalism. Please consider a one-time gift, recurring donation, or AGU membership to help Eos continue to provide ethical, accurate science reporting.

https://t.co/OAfrMGsFFA

[Prometheus @runningonH2O]

Very interesting research- also with implications for the fluvial transport of floating plastics