How can you break water? By accelerating it so quickly that the pressure drop forms cavitation bubbles. #cavitation #flowvisualization #fluiddynamics #physics #science
fyfluiddynamics.com/?p=27678
Latest posts tagged with #flowVisualization on Bluesky
How can you break water? By accelerating it so quickly that the pressure drop forms cavitation bubbles. #cavitation #flowvisualization #fluiddynamics #physics #science
fyfluiddynamics.com/?p=27678
Explicit vorticity
#vorticity #explicit #fluidmechanics #turbulence #mathematics #physics #numericalmethods #navierstokes #differential #scalarfield #boundaryconditions #computationalfluidynamics #flowvisualization #vortexdynamics #physicalmodeling
Journal of Flow Visualization and Image Processing achieved 0.8 impact factor in Clarivate's 2025 JCR. A special thanks to our editorial board, authors & reviewers for supporting high-quality research!
#ImpactFactor #ScholComm #Research #FlowVisualization #JCR2025
Journal of Flow Visualization and Image Processing achieved 0.8 impact factor in Clarivate's 2025 JCR. A special thanks to our editorial board, authors & reviewers for supporting high-quality research!
#ImpactFactor #ScholComm #Research #FlowVisualization #JCR2025
Rotating flows are full of delightful surprises. Here, the folks at the UCLA SpinLab demonstrate the power a little buoyancy has to liven up a flow. #flowvisualization #fluiddynamics #physics #science
fyfluiddynamics.com/?p=22875
Fungal spores sketch out minute air currents in this shortlisted photograph by Avilash Ghosh. The moth atop a mushroom appears to admire the celestial view. #biology#flowvisualization #fluiddynamics #fluidsasart #physics #science
fyfluiddynamics.com/?p=22333
Though only 5 cm long, the squirting cucumber can spray its seeds up to 10 meters away. The little fruit does so through a clever combination of preparation and ballistic maneuvers. #biology #flowvisualization #fluiddynamics #jets #physics #plants #science #seeds
fyfluiddynamics.com/?p=22481
A view of the setup to make the vortices. A round platform (i.e. a lazy susan) filled with rheoscopic fluid. A Lego motor drives the platform. The pencil is stationary and held partially submerged by a helping hand device.
[2/4] it is a rotating shallow water #experiment, essentially the lazy Susan is powered by a #LEGO motor, and filled with a #rheoscopic fluid. Here's the setup:
#eddies #flowVisualization #fluidDynamics #fluidsAsArt #physics #diynamics