The power of data-driven spectral submanifold (SSM) reduction: Nonlinear oscillations of an elastic flag in counter flow, together with its reconstructed chaotic attractor within a 4D SSM. Obtained directly from the videos of the experiment. doi.org/10.1017/jfm.20…

New Volume of Journal of Fluid Mechanics available on Cambridge Core cup.org/4dXhIhT New Volume = New Cover 📸 Cover image: doi:10.1017/jfm.2024.387 Liu et al. Turbulence and mixing from neighbouring stratified shear layers

Secondary motions in turbulent ribbed channel flows Ian P. Castro & Jae Wook Kim Journal of Fluid Mechanics UoSEngineering University of Southampton doi.org/10.1017/jfm.20… Simulations with CANARD performed on ARCHER2 HPC Service #turbulence #CFD #HPC

We are pleased to introduce Associate Editor, Shijun Liao! He is Chunshen Distinguished Professor at Shanghai Jiao Tong University, China His research fields include gravity waves, numerical simulation of turbulence and chaos, and applied mathematics. Welcome, Shijun Liao!

Introducing Associate Editor, Denis Sipp! Director of Dept of Aerodynamics, Aeroelasticity, and Acoustics, Institut Polytechnique de Paris His research interest includes data assimilation, hybrid (physics and data-based) modeling and reduced-order modeling of turbulent flows.

Volume 988 of Journal of Fluid Mechanics is available on Cambridge Core cup.org/3SwCj3A New Volume = New Cover 📸 doi:10.1017/jfm.2024.455 Ockendon et al. Thin-film flow between a rotating sphere and a nearly vertical moving plate

Great opportunity of an iceberg stuck in a Taylor column to remind the world about this work in Journal of Fluid Mechanics looking at how Taylor columns can affect the melt rate of icebergs in the lab: doi.org/10.1017/jfm.20…

'JFM Rapids Q&A with Lian-Ping Wang', a new Journal of Fluid Mechanics blog by Lian-Ping Wang 📚 cup.org/3SKrtHe #JFM

'Transport scaling in porous media convection' by Xiaojue Zhu, Yifeng Fu and Marco De Paoli Read the article #openaccess at: cup.org/3T2snix #OA #JFM

'Three-dimensional generative adversarial networks for turbulent flow estimation from wall measurements' by Antonio Cuéllar, Alejandro Güemes, Andrea Ianiro, Óscar Flores, Ricardo Vinuesa and Stefano Discetti Read the article #openaccess online at: doi.org/10.1017/jfm.20… #JFM

📢 National survey that will help inform the newly established Women in Fluid Dynamics UK Special Interest Group’s (SIG) strategic direction, activities and priorities moving forward.   TAKE THE SURVEY (for colleagues working in fluid dynamics in UK): reflections.agendaconsulting.co.uk/womeninfluids

'JFM Rapids Q&A with Lian-Ping Wang', a new Journal of Fluid Mechanics blog by Lian-Ping Wang 📚 cup.org/3SKrtHe #JFM

Charles Meneveau recipient of the 2024 George K. Batchelor Prize, presents his lecture: 'Turbulence, Macro-Vortices, and reduced flow models for wind energy applications' at the 100th Anniversary of #ICTAM2024 ICTAM2024 in Daejeon, Korea #JFM #flow #BatchelorPrize

Professor Meneveau receives the #BatchelorPrize for his high-impact fundamental contributions to the study of turbulence and wall-bounded flows, and for bringing insightful and rigorous fluid mechanics to the science of wind turbines and wind farms for the benefit of society.

Fragmentation of colliding liquid rims Tang, K., Adcock, T. A. A., & Mostert, W. Engineering Science, Oxford University of Oxford Journal of Fluid Mechanics doi.org/10.1017/jfm.20… Simulations with basilisk.fr on ARCHER2 HPC Service splashing process between two cylindrical liquid rims

UK-based survey for anyone working in fluid dynamics (either industry or academia). Question topics include you and your role; your experience at work; career progression; barriers and enablers; priorities for the SIG.

Read a new #openaccess article in #JFMRapids: "Fake turbulence" by Javier Jiménez 📚 cup.org/3yVvbHp #JFM #OA #JFMRapids

Volume 989 of Journal of Fluid Mechanics available on Cambridge Core cup.org/4ecwWyH Summertime Covers #FLM 📸 doi:10.1017/jfm.2024.484 Song et al. Direct numerical simulations of rapidly rotating Rayleigh–Bénard convection with Rayleigh number up to 5 x 10¹³