Joe O’Connor
@joe-oconnor.bsky.social
Chancellor's Fellow within EPCC at the University of Edinburgh. Research interests include computational fluid dynamics and high performance computing.
New in JFM! 🎉
We analyse the self-similar temporal turbulent BL, derive explicit forcing laws, and prove skin-friction bounds. Using Xcompact3d, we reach Reθ=2,000 (DNS) & 8,300 (ILES) in excellent agreement with spatial BLs, at modest cost.
#Turbulence #CFD #HPC #DNS #LES
We analyse the self-similar temporal turbulent BL, derive explicit forcing laws, and prove skin-friction bounds. Using Xcompact3d, we reach Reθ=2,000 (DNS) & 8,300 (ILES) in excellent agreement with spatial BLs, at modest cost.
#Turbulence #CFD #HPC #DNS #LES
September 30, 2025 at 10:07 AM
New in JFM! 🎉
We analyse the self-similar temporal turbulent BL, derive explicit forcing laws, and prove skin-friction bounds. Using Xcompact3d, we reach Reθ=2,000 (DNS) & 8,300 (ILES) in excellent agreement with spatial BLs, at modest cost.
#Turbulence #CFD #HPC #DNS #LES
We analyse the self-similar temporal turbulent BL, derive explicit forcing laws, and prove skin-friction bounds. Using Xcompact3d, we reach Reθ=2,000 (DNS) & 8,300 (ILES) in excellent agreement with spatial BLs, at modest cost.
#Turbulence #CFD #HPC #DNS #LES