Can you make another video like this, but explain like I’m a golden retriever? 😊😅

don't forget that the centrifuge pump is also used in medicine.

Meshing side is output .you are not wrong

السلام عليكم

Fantastic content

That fluid physics was WILD

Thank you for the easy-to-understand explanation. It's a mystery that it didn't rotate on one axis from the beginning.

Appreciate the detailed breakdown! 🧐 I have a quick question: 🤷‍♂️ I only have these words 🤔. (behave today finger ski upon boy assault summer exhaust beauty stereo over). Can someone explain what this is? 😅

Can you have an idle setting on a fluid coupling where the turbine wheel isn’t affected by the rotation of the impeller?

Nice.

We are Shanghai Nianchi Automation Technology Co., Ltd., and we welcome inquiries about regulating valves.

Best channel eva'

Great animation! I just saw your video of gear pumps and noticed you did not have a voiceover for this video. It’s was great nonetheless! I was just wondering if you’re planning on having voiceovers again in future videos. But even without, your language of animation speaks just as good!

Where is this AI voice from? That’s quite the accent

Al polayadiii

❤❤

Am learning this now ..until I become a hydraulic mechanic

Thank you, very helpful

So um the remaining gas after the piston moved if used again by the turbo??

Nice

Gas goes in then go boom piston turns vroom vroom vroom.

Tribute to Alfred Büchi who invented this masterpiece

One key thing not mentioned is the increasing cross-sectional area at the outlet. Due to Bernoulli's principle, water going from a smaller to a larger cross-sectional area slows down, and when water slows down, it converts dynamic pressure to static pressure, so the static pressure increases which is what allows the pump to provide pressure.

"The mass of air particles is much lower than that of water particles ..." (3:35)?? That's not right - O2 and N2 particles, which comprise 99% of air, have twice the mass of H2O particles (water). No question you need to prime the pump, but your explanation of why that's true makes no sense.

🎉🎉🎉🎉

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This is a ridiculous video .stupid .

Could you pre lube the spaces so you cant run the gewrs dry and possibly score the chamber?

I am from China Seals Factory. Our company produces many types of hydraulic oil seals. If you are interested in our products, we can send you free samples so that you can learn more about our products.

one of the best vedio very good animation

Genius. Thank you!

Does the blow off valve sound hurt the engine a lot? I bought a used car, and it has the whistle from the valve and the turbo stutter too. Idk how much the whistling is screwing it

I said no. Then yes. Then no. And repeat that about 50 times 😆

For some reason at 00:55 I want to see how a turbo works lmao

really good video. Thanks a lot from a mechanical enginnering student!

kzbin.info/www/bejne/amjPhJpve5umsJYfeature=shared

The video has a mistake, in 4 stroke engine at any phase there is exactly one cylinder firing. Here we have dead phases and start/end of animations and have empty strokes. Also, the fire should start from the spark plug, not just somewhere in the middle.

nice touch

So the piston draws fluid like a syrringe and pushes it out 180° further?

thanks for the information! i cant wait to Try making animatronics in the future!

Why is this not a common example used!!! You cleared up so many questions I had thank you 😀

And this is intersting

Support this every single one peaple❤❤❤❤❤😊😊😊😊😊

I’m 21 years oldand these are intersting for me

Great animation

"Kami suka turbo" Oh sorry wrong language

The pump will not work. The first bearing was put ay the wrong side. The high pressure side was put into the low pressure side.

kzbin.info/www/bejne/aIrWiGqah9iKnqMsi=8qiI_ProQk2r19gQ

nice idol😊

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