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The Urine Black Hole
Spheres spinning in shallow bath
Submersible ROV Sampler -- Brooks Measom
Water Sloshing in a Bouncing Sphere
Leidenfrost effect: Impinging jet of water
Leidenfrost Effect: Water Droplet #2
Leidenfrost effect: Water Droplet #1
Plataeu-Rayleigh Instability filmed at 2000fps
Dry Ice Bubble Captured in Slow Motion at 2000 fps
Slow Motion Dry Ice at 2000fps
Slow Motion Dry Ice in Water at 1000fps
Bubble entrainment
Bubble refocusing
Oil in Alcohol
Ping pong in puddle
Rupturing soap films
The Splash Lab seeks to unravel the physical mechanisms of fluid behaviors, through a novel 3D volumetric measurement method known as Synthetic Aperture Imaging and imbedded instrumentation (e.g., accelerometers, etc). We experimentally analyze fluid systems such as fluid-structure interactions, multi-phase flows, and free surface phenomena. Currently, we are funded by the Office of Naval Research and the National Science Foundation to improve our imaging techniques and elucidate topics from skipping balls to projectile water entry. Most of our projects are fun and interesting as we try to make them accessible to the public through high quality photography and video production!
For more information
Website: splashlab.byu.edu
Facebook: www.facebook.com/byusplashlab
Twitter: twitter.com/BYUSplashLab
Instagram: BYUSplashLab