Center of Excellence in Exascale CFD (CEEC)

@ceec-coe.bsky.social

Finding solutions to grand challenges at the frontier of CFD. CEEC's ambition is to enable the use of exascale #HPC computers for key computational fluid dynamics (CFD) applications and demonstrate their capabilities through key light-house cases.

🧩 CEEC’s latest newsletter is out! Discover progress in European HPC: RISC-V code portability, extreme-scale CFD, and energy-efficient computing . ⚡ Register for our next webinar on VerifiCarlo & mixed precision. 📬 Read more: www.linkedin.com/pulse/ceecs-...

CEEC's Spring Update

Welcome 🧩 This spring, CEEC has been turning technical progress into tangible results — from exploring scientific code portability on emerging European RISC-V hardware, to celebrating award-winning ad...

linkedin.com

🎶On the twelfth day of CEEC-ness, my true love gave to me, Merchant ships a-simming...🎶 Unlike #aerospace, #Maritime doesn't commonly use high-fidelity #CFD simulations for design. CEEC will capitalize on new, larger #HPC systems to start catching up on simulations for ship modeling.

Merchant Ship Hull – CEEC CoE

In contrast to aerospace, the marine industry lags behind in using high-fidelity simulations for design. Moreover, large vessels are a particularly challenging computational problem because they…

ceec-coe.eu

🎶On the tenth day of CEEC-ness, my true love gave to me, Atmo boundary models...🎶 Understanding or someday predicting our atmosphere has implications for solar energy, wind energy, urban modeling, and weather prediction (of course). These kinds of simulations have no upper limit ...

Atmospheric Boundary Layer flows – CEEC CoE

In addition to vertically exchanging moisture and aerosols in the atmosphere, Atmospheric boundary layer (ABL) flows affect transportation, renewable power generation (wind and solar), pollutant…

ceec-coe.eu