
Official Twitter account for Flow: Applications of Fluid Mechanics. Open access sister journal of @JFluidMech. Published by @CambridgeUP.
Cambridge, England
Joined September 2020
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H.K. Moffatt “In the spirit of Richardson...
An #atmosphere stirred by #convection
Responds to enstrophic injection:
While filaments fade,
An #inverse cascade
Leads to rapid contour reconnection.” bit.ly/2WtykKO @CambridgeUP @cambUP_maths @flow_journal @JFluidMech🌊
The Flow Editors’ Insights for 2026 are here.
📖 Read Professor Nicholas Hutchins's paper of choice: cup.org/4oVaYqC
'Adaptive drag reduction of a sphere using smart morphable skin' by Rodrigo Vilumbrales-Garcia, Putu Brahmanda Sudarsana and Anchal Sareen
The Flow Editors’ Insights for 2026 are here.
📖 Read Professor Lisa Fauci's paper of choice: cup.org/4xXGWGH
'A numerical method for the locomotion of bi-flagellated bacteria in viscous fluid' by Vahid Nourian and Henry Shum
The Flow Editors’ Insights for 2026 are here.
📖 Read Professor Bharathram Ganapathisubramani's paper of choice cup.org/4wkEf0y
'Unsteady three-dimensional interaction between propeller tip vortices and a downstream turbulent boundary layer' by Aaron Duane Sequeira et al
Our 2025 metrics show a field in motion. Rising citations, expanding reach, and growing engagement. Explore the highlights and browse this year’s top‑cited articles: cup.org/4eVi5L9
The Flow Editors’ Insights for 2026 are here.
📖 Read Professor Gregory N. Ivey's paper of choice: cup.org/4eRGj97
'Wall shear stress generated by a Bernoulli pad: experiments and numerical simulations' by Anshul S. Tomar, Shaede Perzanowski, Ricardo Mejia-Alvarez et al
The Flow Editors’ Insights for 2026 are here.
📖 Read Professor Maurizio Porfiri's paper of choice: cup.org/3QUPLAq
'Data-driven modelling for on-demand flow prescription in fan-array wind tunnels' by Alejandro Stefan-Zavala, Isabel Scherl, Ioannis Mandralis et al
The Flow Editors’ Insights for 2026 are here.
📖 Read Professor Cunjing LV's paper of choice: cup.org/4vAH1P5
'Assessment of mixing efficiency of thermally driven microfluidic swirlers' by Filippo Azzini, Amira M’hadbi, Mohammed El Ganaoui, et al
Our 2025 metrics show a field in motion. Rising citations, expanding reach, and growing engagement. Explore the highlights and browse this year’s top‑cited articles: cup.org/4eVi5L9
The Flow Editors’ Insights for 2026 are here.
📖 Read E-i-C Professor Juan G. Santiago's paper of choice: cup.org/3QOEFNm
'A review on vortex dynamics in the healthy and dilated left ventricles and its application to heart health' by Mahesh S. Nagargoje, et al
New Blog for @FLOW_Journal: The Wind is Coming from Around the House by Nicholas Bachand
📚 cup.org/4vUQSjb
Featured article free to download #OpenAccess
#JFM #Flow #openaccess @JFluidMech
🆕: "Understanding the effects of rotation on the wake of a wind turbine at high Reynolds number" by Alexander Piqué, Mark A. Miller and Marcus Hultmark, #openaccess in #Flow
📎 cup.org/3L3IRWO
#JFM @JFluidMech
🆕: "Direct numerical simulations of turbulent flows through porous media using a spectral difference method solver" by Adrian Rusnak, Francois Chedevergne and Rémi Roncen, #openaccess in #Flow
📎 cup.org/4p3a5uJ
#JFM @JFluidMech
New in Flow: “Large language model driven development of turbulence models.”
Can an LLM design physics-based wall models for complex flows? #AI, #CFD #openaccess
cup.org/4qmO5fs

ALT Schematic of the LLM–engineer workflow used to design interpretable turbulence models. The flowchart branches based on the presence of errors, leading to further evaluation by engineers through simulation, and concluding with checks for functionality. Symbols include speech bubbles, trash cans and check marks.
🆕: "Transition mechanisms in hypersonic wind-tunnel nozzles: a methodological approach using global linear stability analysis" by Hugo Lemarquand et al., #openaccess in #Flow
📎 cup.org/3XI4oqM
#JFM @JFluidMech
🆕: "Dynamics of turbulent flow over mobile dune" by Pradyumna Kumar Behera, Vishal Deshpande and Bimlesh Kumar, #openaccess in #Flow
📎 cup.org/4rBRsAA
#JFM @JFluidMech
🆕: "Large language model driven development of turbulence models" by Zhongxin Yang, Yuanwei Bin, Yipeng Shi, and Xiang I. A. Yang, #openaccess in #Flow
📎 cup.org/47YpCXj
#JFM @JFluidMech
🆕: "Enhanced flow rate prediction of disturbed pipe flow using a shallow neural network" by Christoph Wilms, Ann-Kathrin Ekat, Katja Hertha-Dunkel, Thomas Eichler, and Sonja Schmelter, #openaccess in #Flow
📎 cup.org/4oZz95U
#JFM @JFluidMech
🆕: "Unveiling mysteries of micro-porous structures in xylem vascular of plants: characterising nutrient transport using electro-hydrodynamics" by Jinmay Kalita, Sumit Kumar Mehta, and Pranab Kumar Mondal, #openaccess in #Flow
📎 cup.org/48brSJR
#JFM @JFluidMech
Flow Journal retweeted
Exploring the Frontiers of Fluid Mechanics: Highlights from the JFM/FLOW Symposium China 2025', a new @jfluidmech, @flowjournal blog
📚 cup.org/48kpZMs
#fluidmechanics
🆕: 'How a table modulates the risk of airborne transmission between facing individuals' by Oğuzhan Kaplan, Manouk Abkarian, and Simon Mendez, #openaccess in #Flow
📎 cup.org/3Lq4wbn
#JFM @JFluidMech









