imperial system makes my skin crawl

Excellent explanation Thanks 🙏

how do i implement this with a programing language like python, Fortran or MATLAB.

2:26

Back ground music is super annoying !!! Ruins this video

Thanks!

I seem to be the first to comment, but that's a very good video with the right amount of commentary, going deep in some important points with relevant details about convergence and resolution method. Congrats from France

which later video demonstrates that if the pipe line height is > HGL, then the design is unacceptable please?

How do you specified the Pmax and Pmin at the pump?

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It's a great overview, but your vector explanations are terrible. If you go to time 5:32 and add everything up, you don't get 269 lbf. On the left-hand side, it adds up to 435.5. On the right-hand side, it adds up to 356.3. Rx = 435.5 - 356.3 = 79.2. Seems like you may have made some of the same mistakes that you criticized your students about. Prove me wrong. If you want to learn how to really do this, refer to kzbin.info/www/bejne/lZemp2xujJV_b5I

What year is this for? 3rd or fourth year

are you sure that pump has to be located below the water level? I think the reason why the result is negative is because you take the center of the pump shaft as the reference level.

Can you provide me the your references or educator calculation for calculating motive fluid pressure and flow rate & power calculation

Is it head or pressure ?

Shut the music off next time. Imagine a prof giving a lecture with someone blasting loud music the entire time. I'm quite sure the serious students AND the Prof would be upset and kick that person out of the room before continuing.

Monty Python music??? Anyone else notice that lololol

Hi there, just to check. Even if on the boundary conditions. I used dT/dt = 0 at y = 0. That'll also be correct?

Sounds like goofy is attending olympics

Wtf is that Disney cartoon background noise

Great work !

Great videos. Get rid of the annoying back ground music, distracts from the talking

What if the parallel pipes do not have the same elevation and length?

Change in the diameter may damage the tube

Lets say you have 20ft of vertical plumbing BEFORE the pump where the water is in a tank, 90s out and 20ft and enters the pump How would that affect the head and pressure at the top of the rise?

Great video information 👍❤ thank you for sharing your knowledge and experience 🇵🇭🫡

No numbers, no values, no measurements, no units, no nothing! Just jostling with formulas like showing off how you ace them! This video is poorly made and the speech engine you used is barely understandable due to the high spech speed. Botyom line: Worthless video! 👎

Nice thanks lot

Is the fanno equation the right equation to use for a gas traveling at high Mach?

thanks so much 🙏

An excellent brief explanation, thanks!

Why are you not using si units

THANKS FOR YOUR VIDEO. IT FINALLY SANK IN MY MIND.

Thank you, I just know about it now. Actually, sometime I move water using this method, but I didn't know what the physics equation used.

Not sure how you iterated over the problem but mathematically it should resolve out such that the outflow is met. Well to within floating point precision

There's a typo in the slide when you solve for the velocity. Instead of the boundary conditions y(0)=0 and y(h)=0, they should be u(0)=0 and u(h)=0.

kzbin.info/www/bejne/o4DQpnSld51pjbM This background music is driving me crazy

2 question important 1.Can you tell me the video in which the Gc for British examples are there.. 2. Can you tell me the effect what would happen if we were in moon the effect of Gc with an example please

thanks for vonderful explanation

Bernoulli's goes hard

I just want the sound track, forget the NPSH calc

Thanks 🙏

Well explained

Does the gear pump follow these laws ?

That was easy to understand, thank you.

if i don't know the T surface , how to calculate the temperature at center?

It is even most informative. A practical application of the first law of the thermodynamics. Very useful and indicative explanation and application of same. Thanks

So brief and to the point, great!

Is this example applicable for finding diameter of hose pipes, If possible then can we find for given data of pump maximum operating pressure= 27.45Mpa, Flow rate=31L/min , Fluid used-System-68 Hydraulic Oil . How do we find which Size of pipe at outlet?

Good Day, please confirm where Pvap = 0.256 psi is read from? Is it assumed that the water temperature is 60 F?