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Why are you assuming laminar flow?

Love the mirror image triangle!

My dots get crossed!

I am also confused why you didnt include atmospheric pressure, compared to the first problem you did that was looking for the specific gravity of oil.

because of your module from 1 to 12, i passed my final exam Dr, thank you very much, god bless you

I am also confused how you got 4PiR, if you're referring to an inner and outer diameter

Learn in my 39😊

Displament thickness boundary mathematical derivation

both solutions you have given are impractical in the real world for most wind/water tunnels

I used linear interpolation because it is approximately linear across a small difference. On the FE I will likely skip linear interpolation for the sake of speed and time management, but is this an appropriate solution if I felt I needed to use it.

Why do you use the velocity of the top plate relative to the bottom plate? Would we not use the velocity of the top plate alone, because the fluid is still, so the velocity of the top plate relative to the fluid would just be the top plates velocity, or is it assumed the fluid is moving with the bottom plate?

Thank you a good explanation. isn't an=0 then, because you said sinnpi is zero.

Not having pressure was a large omission.

why dont you do m=n for bn? the same way it was done for an where it became cos^2

how does the bernoulli equation affect manometry

I works for that system you have created. But how can you extrapolate that inequality for any system?

Thank you sir, great video!

Just spent ages trying to find my mistake when manually working out the first pi term (8:50). Turns out I turned a + into a - for absolutely no reason. Tip for anyone who might be stuck: remember to double check your signs!

amazing explain thank you sir

What a explanation, it is very clear. Thank you so much sir.

adamsın

Great

This channel is very valuble

why didnt we use the a-5 table for p=0.4Mpa in between 300K and 400K to get u2 and the same for u1 but its directly from the table for 0.2 Mpa and 200K ? TY FOR THE EFFORT U HELPED ME ALOT

Please how do you write on the laptop

Türkiye'den selamlar hocam

Your videos have clarity, Doctor. Very well

7:45 I diedddd😭 this lecture is so helpful thank you!!

Salamat,Pogi. Hulog ka ng langit!

this may be 4 years old but its still very useful for my final in 2 days. ty

My school over thought how to teach this. You’re a life saver and made it way more simple. Thank you

this was helpful thank you

the concept is so confusing !!!

Thankss

thank you sir

abi her yerinden öpüyorum kralsın

Such an underrated channel. Many thanks for the excellent content!

great videos. Thanks for sharing!

Do you have a pdf for your notes its so helpful

Great video! watching before my fluid final

goat

ulan madem türksün türkçe konuşsana yoksa fetocumusun

Great Reviews and great Explanation, Writing my FE today. Fingers crossed.

I am curious, Wouldn't the L defined in the FE handbook as "Length over which pressure drop occurs" be the vertical distance AKA 10 sin(30)?

Very helful! thank you

Hi. Shouldnt the Re number be 3×10^4 in the moody chart? In that case, the f should be around 0.048.

what anice presentation!!! thank u

Thanks I learned a lot from it

@6:02 why are the areas divided by 4?

Dear Professor, just discovered your channel. I don't study fluid mechanics but i watched some of your videos and loved them. Thanks. Best. AC