Understanding Bernoulli's Equation

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Publicado 2020-10-06
The Curiosity Stream and Nebula bundle is no longer available, but you can still sign up for Nebula and get acess to my bonus videos - use this link for 40% off! go.nebula.tv/the-efficient-engineer.

Bernoulli's equation is a simple but incredibly important equation in physics and engineering that can help us understand a lot about the flow of fluids in the world around us. It essentially describes the relationship between the pressure, velocity and elevation of a flowing fluid.

In this video we'll look at how the equation can be used, and we'll explore a range of different applications.

Todos los comentarios (21)
  • Well... not everyone is happy that I mentioned lift as an application of Bernoulli's equation! Here's my video on lift where I explore this in more detail: https://youtu.be/E3i_XHlVCeU. ✈️✈️✈️ The Curiosity Stream and Nebula bundle is no longer available, but you can still sign up for Nebula and get acess to my bonus videos - use this link for 40% off! go.nebula.tv/the-efficient-engineer.
  • I am a Mechanical Engineer and I can say this is an excellent explanation. Well done.
  • @Preposter
    With online classes, it was so hard to understand this. I've checked textbooks, websites, and countless videos, this is the best video that explains this.
  • @Caleepo
    How the f were people able to discover/invent these things in the 19th/20th century, while I can only understand it with 3d visuals.
  • @aether3697
    Bruh, just in time for my newly started fluid mechanics class, thanks!
  • @arun1775
    A video on Navier-Stokes and ways to solve this would be a perfect follow up to this.
  • @nguyendiem1060
    I think the one who made this simulation is a genius and master of what he or she was doing. Sometimes even a professor at the university could not explain things as easily as the one in this video. Greatly appreciate it.
  • @getsetgears9187
    I have been waiting for so long for yet another video on FM by you and I am glad it's finally here. I have a confession to make, I was legit scared of strength of materials until I came across your channel. You made me fall in love with the subject and I cannot thank you enough.
  • @woody1147
    where was this video 4 years ago when we had no lecturer to teach us this ! great video thank you for explaining why it works rather than just "because it does"
  • @romantrigubov80
    One of the best educational video ever. Brief and easy to understand. Great job!
  • @BMR86
    back when I was in college over 13 years ago, I often went on youtube to try and find videos on the subjects I was having a hard time with, I don't know how long this channel has been going on for, but I wish I had found this particular video when I was taking my fluids mechanics classes! I graduated Chemical Engineering so this is a very important topic in my field.
  • This video is easy to understand because of the visual aids and most importantly, stunning to look at too! Thank you so much to all that involved in making this video!
  • @joshuabond5292
    Learning Bernoulli's was when I knew I wanted engineering to be my path.
  • @babajungLA
    Great job buddy! I learned this almost over 10 years ago in my applied fluid mechanics class and this is a great reminder of that class! Fluid mechanics is really interesting topic and used in so many aspects of everyday life.
  • Sometimes I watch your videos just because they are so pleasant and beautiful to look at. I love your animations, and how minimalistic they are 😍👍👍
  • @Angor6495
    what a good timing! i need this for my fluid dynamics exam on saturday :)
  • @kentayagi9530
    Disappointed that this channel was just recommended to me today! I am very fascinated in engineering and upon seeing the visuals and explanations, you got yourself a new subscriber! Keep up the good work!
  • @davechavezjr5399
    Studied all of this at Jet School when I was in the Marine Corps! Lots of memories! Good instruction. 🙂
  • @behzadfakour3908
    This is probably the best video I have ever seen in this area. Well Done. Please continue in the area of Fluid Mechanics