Thermocapillary Convection in Liquid Droplets

Ғылым және технология

The purpose of this video is to understand the effects of surface tension on fluid convection. The fluid system chosen is the liquid sessile droplet to show the importance in single crystal growth, the spray drying and cooling of metal, and the advance droplet radiators of the space stations radiators. A cross sectional representation of a hemispherical liquid droplet under ideal conditions is used to show internal fluid motion. A direct simulation of buoyancy-dominant convection and surface tension-dominant convection is graphically displayed. The clear differences between two mechanisms of fluid transport, thermocapillary convection, and bouncy dominant convection is illustrated. Released Jan. 1986.

Пікірлер: 10

  • @lpatrick2173
    @lpatrick21733 жыл бұрын

    Nice and clear, old-schooled video but the content is still refreshing

  • @bubblezovlove7213
    @bubblezovlove72133 жыл бұрын

    Very interesting. I came here after seeing cells form in my Chammomille tea and learning that it was Reliegh Bernard convection cells. Now I'm interested enough to start experimenting and learning more about it.....

  • @asiansteve8806
    @asiansteve88066 ай бұрын

    Very good video, Currently researching problems of welding in-space at my college and this effect is very intriguing regards to weld-Pool behavior during welding.

  • @acasccseea4434

    @acasccseea4434

    22 сағат бұрын

    Wait, I've never thought of that! Why does my weld pool pools? There's no water/hydrogen bonds, so why is there surface tension in liquid metal?

  • @KRGRTV
    @KRGRTV4 жыл бұрын

    I dig it, thanks for sharing.

  • @digvijayshukla3157
    @digvijayshukla31574 жыл бұрын

    Nice video

  • @BeautifulWorld2001
    @BeautifulWorld20016 жыл бұрын

    great

  • @amberli9342
    @amberli93425 жыл бұрын

    so cooooool

  • @brainblue2352
    @brainblue23522 жыл бұрын

    1986年已经研究到这个水平了

  • @goldenbuglab
    @goldenbuglab Жыл бұрын

    벙커의 물리학인 듯...^^

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