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

A reminder that there are just two and half weeks left until the deadline for this fully-funded PhD position in "GPU-Accelerated High-Fidelity Hydrodynamics Modelling for Tidal Energy Resource and Environmental Impact Assessment". Feel free to get in touch if you have any questions!

A reminder that we have a fully-funded PhD position available as part of the ExaGEO DLA, focused on "GPU-Accelerated High-Fidelity Hydrodynamics Modelling for Tidal Energy Resource and Environmental Impact Assessment". Follow the link for more details or feel free to get in touch with me directly.

The ExaGeo PhD programme will equip researchers with Exascale skills to provide innovative solutions to pressing global environmental issues. Apply by 17 Feb 2025. https://buff.ly/4gNwUPA @exageo-dla.bsky.social

Fully funded PhD opportunities with some of my colleagues (inc @adrianjhpc.bsky.social & @joe-oconnor.bsky.social) at @epcc.bsky.social - the application deadline is less than 6 weeks away! More details here: www.epcc.ed.ac.uk/whats-happen... @exageo-dla.bsky.social

🚨 PhD Opportunity Alert! We have a fully-funded #PhD position as part of the ExaGEO NERC DLA. The project is focused on accelerating #hydrodynamic models for #tidal #energy applications, with an emphasis #GPU and #exascale. Please reach out for info or follow the link below.