Logo1140
  • Home
  • Galleries
    • 2018 Spring Team Third
    • 2018 Spring Clouds Second
    • 2018 Spring Team Second
    • 2018 Spring Clouds First
    • 2018 Spring Team First
    • 2018 Spring Get Wet
    • Best of Web 2018
    • By Student
    • Older Galleries
  • Course Info
  • Links

Category: Sprays

Home Flow Categories Multiphase Archive by Category "Sprays"

Best of Web

January 21, 2018Daniel Petrykowski

…

Water Droplet Danny Baker Team 8

October 28, 2016Daniel Baker
...

Illuminated Spray from Spray-Bottle

September 11, 2016Daniel Bateman

…

Water thrown from a wet tennis ball forms spiral streams as each droplet starts out with the tangential velocity of the surface plus some radial velocity. Droplets that leave the same location on the sphere a bit later have rotated a bit further and start with a slightly rotated velocity vector, resulting in spiral streams.

December 13, 2014FlowVis@CU

…

Water thrown from a wet tennis ball forms spiral streams as each droplet starts out with the tangential velocity of the surface plus some radial velocity. Droplets that leave the same location on the sphere a bit later have rotated a bit further and start with a slightly rotated velocity vector, resulting in spiral streams.

December 12, 2014FlowVis@CU

…

A sphere spinning in a shallow pool pumps water up along its surface due to the increase in tangential velocity with height. At the equator, the water is thrown off.

December 11, 2014FlowVis@CU

…

A sphere spinning in a shallow pool pumps water up along its surface due to the increase in tangential velocity with height. At the equator, the water is thrown off.

December 10, 2014FlowVis@CU

…

A sphere spinning in a shallow pool pumps water up along its surface due to the increase in tangential velocity with height. At the equator, the water is thrown off.

December 9, 2014FlowVis@CU

…

Colliding laminar jets of water can result in the ‘fishbone’ instability.

December 5, 2014FlowVis@CU

…

Colliding laminar jets of water can result in the ‘fishbone’ instability.

December 4, 2014FlowVis@CU

…

Load More

Categories

  • Course Info (3)
  • Flow Categories (766)
    • Clouds (279)
      • Altocumulus (46)
      • Altocumulus Lenticularis (56)
      • Altostratus (36)
      • Atmospheric Optical Phenomena (3)
      • Cirrocumulus (8)
      • Cirrostratus (10)
      • Cirrus (21)
      • Contrail (7)
      • Cumulonimbus (4)
      • Cumulus (39)
      • Cumulus Congestus (4)
      • Foehn Cloud Wall (3)
      • Fog (4)
      • Kelvin-Helmholtz Waves (5)
      • Mountain Wave (69)
      • Nighttime (2)
      • Nimbostratus (3)
      • Stratocumulus (60)
      • Stratus (9)
      • Sunrise (16)
      • Sunset (51)
      • Undulatus (12)
    • Combustion/Explosions (47)
      • Fire: Partially Premixed/Turbulent Flames (24)
      • Ignition (4)
      • Rubin's Tube (4)
      • Sparks (8)
    • Convective Cell (4)
    • Ferrofluid (15)
    • Fluid-Structure Interaction (14)
    • Marangoni (27)
    • Mixing (36)
      • Nondiffusive (15)
      • Turbulence (6)
    • Multiphase (240)
      • Foams and Soap Bubbles (39)
      • Hydraulic Jump (5)
      • Ice (8)
      • Leidenfrost (13)
      • Lensing (7)
      • Liquids in Air (43)
      • Rising Bubbles (27)
      • Smoke and Fog (39)
      • Soap Films (18)
      • Splashes (65)
        • Worthington Jet (21)
      • Sprays (16)
      • Surface Tension (30)
      • Water Surface (23)
    • NonNewtonian (38)
      • Kaye Effect and Rope Coiling (13)
      • Oobleck (20)
    • Plumes and Drops (72)
      • Buoyant (6)
      • Negatively Buoyant (32)
      • Rayleigh-Taylor Instability (44)
        • Bag/Umbrella Instabilty (19)
    • Saffman-Taylor Instability (24)
    • Vortexes (59)
      • Bathtub Drain (4)
      • Spiral Vortex View (10)
      • Vortex Ring (31)
      • Vortex Side View (20)
    • Wakes, Jets, Shear (35)
      • Impinging Jet (3)
    • Waves (16)
  • Flow Vis Techniques (338)
    • Chemiluminescence (20)
    • Fluorescence (13)
    • Marked Area (148)
      • Laser Sheet (4)
    • Particle Tracks (8)
    • Refractive Index (107)
    • Rheoscopic Fluid (10)
    • Slow Motion (18)
    • Thermal Emission (34)
    • Thin Film Interference (15)
    • Time Lapse (8)
    • Wall Shear (8)
  • flow visualization (1)
  • Media (632)
    • Images (524)
    • Videos (109)
  • No category (68)
  • z Class & Assignment (1,344)
    • 2013 (278)
      • 2013 Spring Clouds First (47)
      • 2013 Spring Clouds Second (46)
      • 2013 Spring Get Wet (48)
      • 2013 Spring Team First (46)
      • 2013 Spring Team Second (45)
      • 2013 Spring Team Third (46)
    • 2014 (254)
      • 2014 Clouds First (43)
      • 2014 Clouds Second (42)
      • 2014 Get Wet (43)
      • 2014 Team First (43)
      • 2014 Team Second (41)
      • 2014 Team Third (42)
    • 2015 (165)
      • 2015 Clouds First (42)
      • 2015 Clouds Second (41)
      • 2015 Get Wet (41)
      • 2015 Team First (41)
    • 2016 (276)
      • 2016 Best of Web (47)
      • 2016 Clouds First (38)
      • 2016 Clouds Second (39)
      • 2016 Get Wet (38)
      • 2016 Team First (38)
      • 2016 Team Second (38)
      • 2016 Team Third (38)
    • 2018 Spring (371)
      • 2018 Spring Best of Web (54)
      • 2018 Spring Clouds First (54)
      • 2018 Spring Clouds Second (53)
      • 2018 Spring Get Wet (55)
      • 2018 Spring Team First (53)
      • 2018 Spring Team Second (51)
      • 2018 Spring Team Third (51)
HomeGalleriesCourse InfoLinks
Creative Commons License
Flow Visualization: a Course in the Physics and Art of Fluid Flow by Jean Hertzberg and students at CU Boulder is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.
Based on a work at http://www.flowvis.org.
Permissions beyond the scope of this license may be available at http://jeanbizhertzberg.com.