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Great presentation

Nice presentation

I don't think that a better explanation exist,

I think the formula of max shear stress is wrong. it should be sigma x - sigma y ryt?

Thank u man…

is water hammer and cavitation same thing?

it's posible to use hillside offset on conical head?

when the pressure in pipe is greater than that of the static head from reservoir, the water flows out of the pipe, which is indicated by the -ve velocity; does that means there is a flow separation/creation of vacuum takes place at the location of valve? kindly explain.

Great intro. I am a student and I was wondering, why aren't the maximum upsurge and minimum down surge at the surge tank (Z max and Zmin) not taken wrt to water level at surge tank after subtracting the head loss till surge tank including orifice losses water level at the reservoir? 😅😅😅

Excellent👍

Thanks a lot gentlemens. It gives me a different point of view.

cavitation occurs only at the downstream section, not at the upstream section?

Bending stress

Excellent.

Hey Luuk, misschien leuk om een short te maken waar je het in een nutshell uitlegt. Verder wel een interessante clip!

The serie about pipe stress fundamentals are really beyond great, the explantion is so great and simple really thank you for sharing

Great video series. Where is the next video?

Interesting conversation, I have question do you have simpler alternative for support? seems expensive support the one in the video.

Something don't seem right with that equation. What about the mass of the fluid screaming down the pipe when it stops against a fast Acting valve. It will be like a freight train plowing thru a vw bug compared to this equation. Yes, no?

Amazing video

Thank you. Excellente!

Very helpful video. Thanks!

how do you calculate if you have a gas pocket?

sou how do you prevent cavitation in pipes

Nice topic

Thank you.

Nice informative section, But still I had query that can we certifying the pressure equipments to PED with ASME design standards.

What is the name of the software?

What about the negative pressure wave. And how to calculate it's velocity?

Great example, do you know if there is a free license software to analize the water hammer effect?

Simulation S ! you need a HAZOP boundary conditions analysis, therefore you have to understand the physics, the order of magnitude of the boundary conditions, it requires a lot experience

typical vibrations are generated by the fluid (von karman vortices), you have to change mainly only some geometry to fix it

CFD forget about it regarding actual physical quantitative values, use it only to produce nice pictures

Excellent

A great video for juniors ...thanks for sharing , greetings from Türkiye

What about pressure variation at the centre of the pipe

great explanation. Thank you so much for such informative lectures. please keep doing the great work.

great! is there a minimum required length of SBC to supported? or just support a SBC regardless of the length?

Great experience!!

Excellent presentation!

Thank for clear explanation

great explanation could you upload the pdf in description thanks in advance

Best explanation of Mohr Circle. Superb 👍

This is an excellent explanation, thank you.

Thank you guys!

Great video!

Wow..... wonderful.... channel....

I'm very proud right now after finding out that Geronimo comes from my university (and hometown, I guess). Universidad De Oriente in the house! I also wanted to thank you for the valuable content, it is being very useful for me since I started a new position as a piping designer (Inter/graduate level). Greetings from La Coruña, Spain for both of you my colleagues :)

we are the manufacturer of induction pipe bending machine ,hope we can have a chance to discuss how to update the machine technology in the future.

Amazing live.