Flow Journal
@flow_journal
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Official Twitter account for Flow: Applications of Fluid Mechanics. Open access sister journal of @JFluidMech. Published by @CambridgeUP.
Cambridge, England
Joined September 2020
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.” @CambridgeUP @cambUP_maths @flow_journal @JFluidMech🌊
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Read 'Uniformly distributed floor sources of buoyancy can give rise to significant spatial inhomogeneities within rooms' by Carolanne V.M. Vouriot et al. as part of the 2025 Flow Editors' insights chosen by Lydia Bourouiba.#editorinsights #flow #openaccess
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We quantify the fluid dynamic phenomena generated by ophthalmic surgery tools, unveiling different flow regimes depending on the Reynolds number. Results provide insight into possible improvements of the surgical procedure. #Openaccess in #Flow:.📚 #JFM
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Read 'Multi-scale Flow Structure and its Effect on Momentum Flux in the Coastal Marine Atmospheric Boundary Layer' by Xueling Cheng et al. as part of the 2025 Flow Editors' insights. chosen by Xiaojing Zheng.#editorinsights #flow #openaccess
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The JFM 'Outstanding Reviewers' initiative is now an annual honour. In 2024, 32 reviewers were selected, representing just 1% of our community of expert reviewers. Meet this year’s honourees > @JFluidMech #Fluids #PeerReview
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Check out the latest key metrics from #Flow in this video and read the Top 10 cited articles contributing to the 2024 Impact Factor here: . #fluids #physics #math #openaccess #impactmetrics
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Read ‘Disentangling coexisting sensory pathways of interaction in schooling fish’ by Rishita Das, Sean D. Peterson and Maurizio Porfiri et al. as part of the 2025 Flow Editors' insights. chosen by Lisa Fauci .#editorinsights #flow #openaccess
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Check out the latest key metrics from #Flow in this video and read the Top 10 cited articles contributing to the 2024 Impact Factor here: . #fluids #physics #math #openaccess #impactmetrics
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🆕: 'Large eddy simulations of transient flow characteristics in a drop shaft with a scroll vortex intake' by Shuai Zhang, Yiran Wang, and Adrian Wing-Keung Law #openaccess in #Flow .📎 #JFM @JFluidMech.
cambridge.org
Large eddy simulations of transient flow characteristics in a drop shaft with a scroll vortex intake - Volume 5
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🆕: 'Validity of approximated expressions for electro-osmotic flow in nanopores evaluated by continuum electrohydrodynamics and atomistic simulations' by Giovanni Di Muccio et al. #openaccess in #Flow .📎 #JFM @JFluidMech.
cambridge.org
Validity of approximated expressions for electro-osmotic flow in nanopores evaluated by continuum electrohydrodynamics and atomistic simulations - Volume 5
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🆕: 'Formation of microfluidic droplets and jets in a solvent-rich oil phase' by Victoria Joseph and Thomas Cubaud #openaccess in #Flow .📎 #JFM @JFluidMech.
cambridge.org
Formation of microfluidic droplets and jets in a solvent-rich oil phase - Volume 5
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🆕: 'Hopper flows of dense suspensions: a 2D microfluidic model system' by Lars Kool et al. #openaccess in #Flow .📎 #JFM @JFluidMech.
cambridge.org
Hopper flows of dense suspensions: a 2D microfluidic model system - Volume 5
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🆕: 'Symbolic regression modelling of the linear growth rates of stationary cross-flow instabilities' by Lucas Pascal, #openaccess in #Flow . 📎 #JFM @JFluidMech.
cambridge.org
Symbolic regression modelling of the linear growth rates of stationary cross-flow instabilities - Volume 5
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"We used 3D particle tracking and numerical simulations for the characterization of thermally-induced microfluidic swirlers".'Assessment of mixing efficiency of thermally driven microfluidic swirlers' by Filippo Azzini et al. #openaccess in #Flow .📎 #JFM.
cambridge.org
Assessment of mixing efficiency of thermally driven microfluidic swirlers - Volume 5
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🆕: 'Evaluating the power mean method to determine an equivalent sandgrain roughness parameter over streamwise-heterogeneous roughness' by Vidya Vishwanathan, Nicholas Hutchins, and Michael P. Schultz, #openaccess in #Flow. 📎 #JFM @JFluidMech.
cambridge.org
Evaluating the power mean method to determine an equivalent sandgrain roughness parameter over streamwise-heterogeneous roughness - Volume 5
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🆕: 'Turbulent boundary layer development over an air cavity' by Abhirath Anand, Lina Nikolaidou, Christian Poelma, and Angeliki Laskari, #openaccess in #Flow. 📎 #JFM @JFluidMech.
cambridge.org
Turbulent boundary layer development over an air cavity - Volume 5
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Read ‘Morphological evolution of splashing drop revealed by interpretation of explainable artificial intelligence’ by Yoshiyuki Tagawa et al. as part of the 2025 Flow Editors' insights #editorinsights #flow #openaccess
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Read 'CFD prediction and experimental visualisation of cavitation and its erosion in hydraulic valves' by Sven Osterland and Jürgen Weber, #openaccess in #Flow:.📚 #JFM.
cambridge.org
CFD prediction and experimental visualisation of cavitation and its erosion in hydraulic valves - Volume 5
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Read 'Regulating nanofibril assembly using diverse flow-focusing channels' by Kosuke Osawa, V. Krishne Gowda, Tomas Rosén, et al., #openaccess in #Flow:.📚 #JFM.
cambridge.org
Regulating nanofibril assembly using diverse flow-focusing channels - Volume 5
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Read ‘Drag prediction of rough-wall turbulent flow using data-driven regression’ by Shervin Bagheri et al. as part of the 2025 Flow Editors' insights "using a training dataset that is unprecedented in scale" - N. Hutchins.#editorinsights #flow #openaccess
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First articles are now online for our Special Collection "Flow and Transport in micro- and nano-scale devices" guest edited by Steffen Hardt, Charles Baroud, Cunjing Lv and Carl Meinhart
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