Introduction to Velocity Fields [Fluid Mechanics #1]
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- Опубликовано: 13 сен 2024
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An overview of the velocity field concept in Fluid Mechanics and how it will play a major role in the rest of the concepts discovered later on. Previous knowledge of multivariable calculus is essential in understand the velocity field.
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![Simple Velocity Field: Example 1 [Fluid Mechanics #2]](http://i.ytimg.com/vi/yOySK5FSosQ/mqdefault.jpg)
![Simple Velocity Field: Example 1 [Fluid Mechanics #2]](/img/tr.png)
Thanks man that was helpful. If ever you were down remember that you are helping people for 8 years with the vids you made
Thank you so much, I really appreciate it! And I’m so glad that these videos have helped you and many others! 😊
really awesome. you teach great. i was so stuck in the part that why Vx is a function of all x,y,z but now i get it. its a function of position and time.. x,y,z are basically the positions. Thanks a bunch bro
I'm a finance major learning this for fun. Crystal clear explanations!
wow
I'm an econ major learning this for fun too!
f crisantos same
I'm just intrigued why fluid mechanics out of all the other engineering subjects? lol
I'm an me major and I'm not learning this for fun
what agreat explaination!!!you are aweome .thanks from Egypt.
Thank you soooo much im currently taking this couse at the University of Maryland and this is GREAT help. please keep uploading !
I think I need to learn some more Calculus before I hit up these videos! This is definitely a motivator to try harder in my high school calculus and physics classes!
Try Dr Chris Tisdell's RUclips channel. He's excellent at instructing in the mathematics while keeping an eye to real-world applications, and he has a good teaching style.
Big thanks from the Netherlands. I am currently doing a course in fluid dynamics for my study Biomedical Engineering (University of Technology Eindhoven) and this turns out to be very very usefull! I really appreciate all the effort.
Wow! Netherlands! Thats amazing! I really appreciate the comment and I am very glad this is of use to you in your studies. I wish you best of luck in your studies! :)
Im glad these videos are helping! I really appreciate the comment! :)
I'm watching them right now and taking notes offf them. LOL. I have about 7 pages of notes from your videos. i have an exam on monday so preparing right now for it. Can't understand anything my teacher says, he has a thick thick accent. so im learning stuff frm your videos that i did not know anything about in class. THank you!
No problem! I hope you are finding these videos useful. :)
Thanks so much, I was so confused when I first saw these u, v, & w coordinates.
thank you so much buddy, doing great, keep spreading knowledge ,,,,
My geotechnical M.S.c thesis loves this. Keep up man!
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Thank you for uploading the video and offering free download.I completely agree with you that education should be free of cost and education is a key to enhance success in once life.
Thank you! Keep up the good work. You are very clear in your explanations!
who the hell dislike this? by the way thanks bro
Thank you for presenting this information ... a very clear approach, with many reaffirming examples of how the steps of the proof relate to each other.
hey thanks for explaining very clearly about velocity field, this is very useful fundamental formula.
thank you once again
hooo who disliked this video , buddy u r doing great , if someone dislike you its only because they cannot be like you ya, so keep up keep going ...............
Thanks Nerd.
i wish our doctors here in libya could make us understand as aesy as u do :( . really helpful
Thank you so much! It's my first time ever commenting on a video. @UCLA
very useful video sir.can u plz suggest some great channel for thermodynamics and production engineering subjects that have great videos like this.? again big thanx from India.
+Vasheel Pathan Thank you! I would suggest searching the MIT courses for Thermodynamics. They have some great lecture videos that might be useful!
thank you very much sir...!!
Thanks for the clever and great explanation
Great explanation. Thank you!
ruclips.net/video/XPCgGT9BlrQ/видео.html 👍👍💐💐💐
Very Very helpful! Thank you!
Thank you! I really appreciate it! :)
You are welcome!
Very useful video....
Thank you very much sir,
the direction * direction will equal to -1 such as i direction * i direction =-1, so why the df=△
f*dr=+.....+....+....? not df=-.....-.....-....
you teach so well!
Great looking notes! just downloaded them and skimming over, I wish I could write that neatly without eraser errors and a shit ton of scribbles all over the place lol.
ruclips.net/video/XPCgGT9BlrQ/видео.html 👍👍💐💐💐
really useful !!! thank you very much :)
thanks bro ı understood very clearly
ruclips.net/video/XPCgGT9BlrQ/видео.html 👍👍👍💐💐
Sir can u please give a clue on where to download these videos.
Hello, Thank you for the videos. What textbook do you utilize?
Great video
Thank u! I like green too
Thank you so much
Thanks very much!
Thanks for the effort.
What is P? (I know: position right) In my view this is a vector quantity (it has three components).
Don't you mean it is the instantaneous velocity at a certain point?
ciao
good video friend
thank you
Akademia Morska Szczecin pozdrawia ;)
i understand the math but i dont understand what exactly a velocity field is. The formal definition is useless. Give me the layman definition.
Thanks smart guy. You should replace my lecturer @ university of sydney..lol
i like your videos ,but I think some videos in the playlist should be swap or reorder.
Vsub y means velocity component in y direction
how can it be dependent on x,y,z?
that just defeats the purpose
The velocity in the y direction changes depending on where you are in the field.
Imagine you're standing directly in front of a fan. You feel the wind coming at you pretty strong. We're going to call this direction the y direction. So right now you are feeling a strong Vsub y. Now you take two steps to your right (the x direction) and the wind isn't hitting you as strong anymore. You have only changed your x location, but the Vsub y is not as strong at this point. You can imagine that anywhere you move in the room you are going to feel a different strength of wind, no matter whether you're moving left right, up down, forward or backward.
Please upload open chennal flow chapter video...
Week 2. Here I am. xD
Sorry bro! Got disappointed with the video and introduction. But appreciate that you are helping these many people.
hahaha, yeah, I am a big nerd~
Simmy Sigma, Mind if I ask your first language???
I just wonder...
And it was on a fluid mechanics video... How lame. Lol jk, you're probably going to go somewhere in life.