Flow Journal

Official Twitter account for Flow: Applications of Fluid Mechanics. Open access sister journal of @JFluidMech. Published by @CambridgeUP.

[Flow Journal @flow_journal]

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.” https://t.co/y5ac5yvaKj @CambridgeUP @cambUP_maths @flow_journal @JFluidMech🌊

[Flow Journal @flow_journal]

🆕: "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

📎 https://t.co/t5X6IqVLyg

#JFM @JFluidMech

[Flow Journal @flow_journal]

🆕: "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

📎 https://t.co/TVOvTG4Y8S

#JFM @JFluidMech

[Flow Journal @flow_journal]

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
https://t.co/PlCnt2AJQz

[Flow Journal @flow_journal]

🆕: "Transition mechanisms in hypersonic wind-tunnel nozzles: a methodological approach using global linear stability analysis" by Hugo Lemarquand et al., #openaccess in #Flow

📎 https://t.co/cY1Y8hIf4d

#JFM @JFluidMech

[Flow Journal @flow_journal]

🆕: "Dynamics of turbulent flow over mobile dune" by Pradyumna Kumar Behera, Vishal Deshpande and Bimlesh Kumar, #openaccess in #Flow

📎 https://t.co/A9ztkVjZHZ

#JFM @JFluidMech

[Flow Journal @flow_journal]

🆕: "Large language model driven development of turbulence models" by Zhongxin Yang, Yuanwei Bin, Yipeng Shi, and Xiang I. A. Yang, #openaccess in #Flow

📎 https://t.co/KvPqNi2zKd

#JFM @JFluidMech

[Flow Journal @flow_journal]

🆕: "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

📎 https://t.co/muPAC8zSlJ

#JFM @JFluidMech

[Flow Journal @flow_journal]

🆕: "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

📎 https://t.co/H0bIUBHMdh

#JFM @JFluidMech

[Cambridge University Press - Science & Engineering @CUP_SciEng]

Exploring the Frontiers of Fluid Mechanics: Highlights from the JFM/FLOW Symposium China 2025', a new @jfluidmech, @flowjournal blog
📚 https://t.co/Tz1cWzpKTn
#fluidmechanics

[Flow Journal @flow_journal]

🆕: 'How a table modulates the risk of airborne transmission between facing individuals' by Oğuzhan Kaplan, Manouk Abkarian, and Simon Mendez, #openaccess in #Flow

📎 https://t.co/nb9PXjVnXC

#JFM @JFluidMech

[Flow Journal @flow_journal]

The first seminar in the 2025/26 Fluid Mechanics Webinar Series is coming up:
Title: Onsager’s "ideal turbulence" theory
Speaker: Gregory L. Eyink
Time: Thur 4:00 PM (GMT) on November 6

More info and RSVP via Cassyni https://t.co/wIh9XJjjbJ

[Flow Journal @flow_journal]

🆕: 'Experimental and numerical flow field study of submerged translating impinging inclined water jets' by Sterre V. Bult, Sedat Tokgoz, Said Alhaddad, Rudy Helmons, and Geert H. Keetels, #openaccess in #Flow

📎 https://t.co/7CRDYHfll2

#JFM @JFluidMech

[Flow Journal @flow_journal]

🆕: 'Tip leakage flow structure and cavitation inception in a ducted marine propeller' by Ayush Saraswat, Chintan Panigrahi, Kirtivardhan Singh and Joseph Katz, #openaccess in #Flow

📎 https://t.co/HeGqJY6AFX

#JFM @JFluidMech

[Flow Journal @flow_journal]

🆕: 'Experimental and numerical flow field study of submerged translating impinging inclined water jets' by Sterre V. Bult, Sedat Tokgoz, Said Alhaddad, Rudy Helmons and Geert H. Keetels, #openaccess in #Flow

📎 https://t.co/CPz1EG5L7T

#JFM @JFluidMech

[Flow Journal @flow_journal]

🆕: 'Dynamics of droplet formation in rotary flow focusing' by Yihao Yang, Jijie Fu, et al. #openaccess in #Flow

📎 https://t.co/a2svvHnxDB

#JFM @JFluidMech

[Flow Journal @flow_journal]

🆕: 'Wall shear stress generated by a Bernoulli pad: experiments and numerical simulations' by Anshul S. Tomar, Shaede Perzanowski, et al. #openaccess in #Flow

📎 https://t.co/LJOKIRWgE3

#JFM @JFluidMech

[Flow Journal @flow_journal]

🆕: 'Performance of a two-body wave energy converter with an annular heave plate' by Raj Tamakuwala, Muhammad Usman, Nathan Tom and Hassan Masoud, #openaccess in #Flow

📎 https://t.co/G0I6JrXlg1

#JFM @JFluidMech

[Flow Journal @flow_journal]

IUTAM is inviting proposals for Symposia in 2026 that celebrate and promote diversity within IUTAM and the field of theoretical and applied mechanics.
https://t.co/KtPHpJoRMT
If you have ideas to advance diversity, be sure to submit your proposal by October 31, 2025!

[Flow Journal @flow_journal]

Read "Demystifying the discharge coefficient for flow over thin weirs and sills" by Joseph E. Pugh, Subhas Karan Venayagamoorthy, and Timothy K. Gates, #openaccess in #Flow:
📚 https://t.co/qVUl3xi7m7

#JFM

[Flow Journal @flow_journal]

@JFluidMech editor Colm-cille Caulfield opens the 2025 JFM/FLOW Symposium in Beijing 🇨🇳 A global gathering exploring fluid mechanics—from theory to application. Hosted by Peking University, with JFM & Cambridge University Press. #JFMFlow2025 #FluidMechanics #ScienceInChina