IV4 // Kendall Shepherd

IV4 // Kendall Shepherd

Food dye flows around an airfoil in a flume.

This picture was taken in collaboration with Lana Pivarnik, Robbie Cooper, and Cole Smith.

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9 Comments. Leave new

  • Max Patwardhan
    Dec 13, 2022 12:28

    It is so fascinating how you can see the different speed of fluids over the airfoil! It is a great visual demonstration of how lift works! very interesting!

    Reply
  • Robert Cooper
    Dec 13, 2022 00:06

    I love how smooth this shot is, you can clearly see the dye move around the air foil and the boundaries in between.

    Reply
  • Alessandro Villain
    Dec 12, 2022 23:37

    This is a really cool shot, especially since I’ve run this experiment only with air instead of water. I’m curious to learn more about the physics of this photo.

    Reply
  • Heider Iacometti
    Nov 30, 2022 10:16

    I like the sharp spouts of ink on the tip of the airfoil.

    Reply
  • Lana Pivarnik
    Nov 16, 2022 09:14

    The crop of this image is great. I like that it encapsulates the entire flow of the dye. I think this is an interesting and beautiful image.

    Reply
  • Cole Smith
    Nov 8, 2022 21:21

    I like how you’ve cropped the image to only include all relevant subject matter yet still remain in a longer aspect ratio. I also think that the editing you’ve done has elucidated the boundary layer of dye separating around the foil.

    Reply
  • Kelsie Kerr
    Nov 4, 2022 12:50

    This is really neat! I like the aspect ratio you chose, and I think the black and white works really well–the shadows and highlights are really awesome.

    Reply
  • Will Dietz
    Nov 4, 2022 12:48

    I really like how the dye on the front end of the air foil seems to split and spread before it actually arrievs at the tip.

    Reply
  • Ryan Wells
    Nov 4, 2022 12:48

    I really like this image not only because of the air foil but also the sharpness and almost vortexes of the flow leading up to the airfoil. Then after the dye hits the airfoil its smooth and affected by forces.

    Reply

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