Introduction to Fluid Mechanics: Surface Tension

MEC615/BME516 Chapter 1 Introduction to Fluid Mechanics, Part 4 Surface Tension: A discussion of surface tension of fluids, surface wettability, and capillary action. (Rev.3)
A copy (pdf) of this presentation can be downloaded at www.drdavidnaylor.net
Link to Solved Problem: Liquid Rise is a Capillary Tube
• Solved Problem: Liquid...
Course Textbook: F.M. White and H. Xue, Fluid Mechanics, 9th Edition, McGraw-Hill, New York, 2021.
#fluidmatters #fluidmechanics #fluiddynamics

[@FluidMatters]

All the videos (and pdf downloads) for this introductory Fluid Mechanics course are available at: www.drdavidnaylor.net/

[@franciscoramos8361]

My professor left me feeling confused about this topic until I watched this video. Everything makes sense now - the slides and examples were very helpful. Thank you!

[@FluidMatters]

Glad it helped!

[@huanyu770]

Very clear video. If you never learn about surface tension, watching this video is enough! Slides are nice. Examples are easy to understand. You solved all confusion I have. This is the best video I about the surface tension I saw in youtube

[@FluidMatters]

Thanks for the kind words. Glad to hear it was helpful.

[@littleprinceofmath]

This is a great video, really helped me understand the formulas in a more comprehensive and intuitive way, thank you !

[@sobhan5613]

Thank you so much

[@ImTheReal]

That aknowledge should be used to make tests using a liquid with in the same scale when scientists are studing a what happens in/with a large ship. Like:
If you are testing a ship that are in a scale 1:100, the liquit won't be water, but another that have the same tension surface (1:100) or something nearly it. But it's only the begining to discover the for the best what'll happen in a 1:1 scale.

[@emilsriram92]

lol look at dis mans spelling oh may gawd

[@ImTheReal]

@@emilsriram92 You'll laugh really hard if you listen to me, for sure. 😂😂