William Murray, Brian Hancz, Larissa Rhodes, Mark Reusser
A vortex ring of stage fog leaves a sinuous wake. More information |
Mark Reusser, Brian Hancz, William Murray, Larissa Rhodes
A stereo image of a vortex ring from a 'Zero Launcher'. More information |
Larissa Rhodes, Brian Hancz, William Murray, Mark Reusser
Anaglyph (3-d) of vortex ring from a 'Zero Launcher'. More information |
Brian Hancz, William Murray, Larissa Rhodes, Mark Reusser
Anaglyph (3-d) of vortex ring from a 'Zero Launcher'. More information |
David Ramirez, Kane Chinnel, Cory Davis, Richard Fisher
Anaglyph (3-d) of people flowing around an obstacle (other people). More information |
Thomas Rachlin, James Kostrzewa, Jeff Payne, James McNeill
Turbulent air flows over a manikin in a mock operating room. More information |
Jeff Payne, James Kostrzewa, Thomas Rachlin, James McNeill
Room ventilation over a manikin shown by stage fog. More information |
James McNeill, James Kostrzewa, Jeff Payne, Thomas Rachlin
Room ventilation over a manikin shown by stage fog. More information |
James Kostrzewa, Jeff Payne, Thomas Rachlin, James McNeill
Room ventilation over a manikin shown by stage fog added to the flow. More information |
More information |
Lucy Dean, Joseph Duggan, Tim Jarrell, Melissa Lucht
An anaglyphic (3-D) image of a flaming mixture of methanol and boric acid poured onto concrete. More information |
Melissa Lucht, Joseph Duggan, Lucy Dean, Tim Jarrell
An anaglyphic (3-D) image of a flaming mixture of methanol and boric acid poured onto concrete. More information |
Joseph Duggan, Lucy Dean, Tim Jarrell, Melissa Lucht
An anaglyphic (3-D) image of a flaming mixture of methanol and boric acid poured onto concrete. More information |
Joseph Duggan, Lucy Dean, Tim Jarrell, Melissa Lucht
An anaglyphic (3-D) image of a flaming mixture of methanol and boric acid poured onto concrete. More information |
More information |
Daniel Ives and Austin Ruppert
Superhydrophobic properties can make droplets bead up on leaves. More information |
Austin Ruppert and Daniel Ives
Superhydrophobic properties can make droplets bead up on leaves More information |
Matt Blessinger, Jason Ortmann, Kevin McCoy
Surface tension complicates the surface of free jets. More information |
More information |
Jason Ortmann, Kevin McCoy, Matt Blessinger
Surface tension complicates the surface of a free jet from an oblong orifice. More information |
Ryan Thorpe
Structural foam floats on the free surface of a drain vortex in a bottle. More information |
Kenny Grosvenor
Four stages of a drain vortex in a bottle. More information |
Joseph Van Amberg
A drop of water impacting a still surface rebounds in a Worthington jet. More information |
Nathan Lester
Dyed milk drop shows it rises in the resulting Worthington jet. More information |
Spencer Rich
The crown splash is driven by a surface-tension instability. More information |
Loren Heiman
A propane torch is a premixed flame, and burns clean. More information |
Dung Luu
Tangled polymers in a liquid climb a spinning rod due to the Weissenberg Effect. More information |
Aaron Willoughby
Water cascades down a metal screen. More information |
Scott Legg
Flow over rocks in a creek creates a 'hole', or area of subduction. More information |
Ben Bishop
Boulder Falls has a low Froude number, and hence subcritical flow. More information |
Water Talks Chris Bonilha
Droplet splashes rebound into Worthington jets. More information |
Jayson DeBellis
Surface tension drives the interaction of food dye and corn syrup. More information | | | |