Flow Journal
@flow_journal
Official Twitter account for Flow: Applications of Fluid Mechanics. Open access sister journal of @JFluidMech. Published by @CambridgeUP.
ID: 1306231557804511237
https://www.cambridge.org/core/journals/flow 16-09-2020 14:01:52
451 Tweet
3,3K Takipçi
513 Takip Edilen
🆕: 'Turbulent boundary layer development over an air cavity' by Abhirath Anand, Lina Nikolaidou, Christian Poelma, and Angeliki Laskari, #openaccess in #Flow 📎 cup.org/4kW6s8H #JFM Journal of Fluid Mechanics
🆕: '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 📎 cup.org/4ezSPJX #JFM Journal of Fluid Mechanics
🆕: 'Symbolic regression modelling of the linear growth rates of stationary cross-flow instabilities' by Lucas Pascal, #openaccess in #Flow 📎 cup.org/3G43dga #JFM Journal of Fluid Mechanics
🆕: 'Hopper flows of dense suspensions: a 2D microfluidic model system' by Lars Kool et al. #openaccess in #Flow 📎 cup.org/4eV8zHH #JFM Journal of Fluid Mechanics
🆕: 'Formation of microfluidic droplets and jets in a solvent-rich oil phase' by Victoria Joseph and Thomas Cubaud #openaccess in #Flow 📎 cup.org/3Ttm2fP #JFM Journal of Fluid Mechanics
🆕: '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 📎 cup.org/3UgXeI5 #JFM Journal of Fluid Mechanics
🆕: '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 📎 cup.org/4mcWWhJ #JFM Journal of Fluid Mechanics
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 > cup.org/4lTRArC Journal of Fluid Mechanics #Fluids #PeerReview
🆕: '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 📎 cup.org/4fBAdtA #JFM Journal of Fluid Mechanics