Mechanical principles

#shorts

Mechanical principles

Music:

Nightflyer - Palm Springs

[WallyST]

I've never felt more mechanically principled in my life.

[Coastfog]

Everyone always be asking how the mechanical principle is working, but nobody ever asks how the mechanical principle is feeling.

[fumikato]

I love the part where he explained everything

[cwilson]

i have gained the knowledge of mechanical principles.

[ahmetizmir]

It would be great if the fluid coming out of this pump had a time/pressure graph.

[TeraChad]

As a mechanical, i have never felt so life in my principle

[psykology]

If youre struggling to see how the concept would actually pump anything, watch the cavities, it has an expanding cavity on the right of the pump (the inlet), this would create low pressure / vacuum pulling fluid in, then on the left side the cavity closes, increase pressure and pushing the fluid out through the outlet

[bishopp]

The principals I see here are very mechanical in nature. I feel this channel is well named.

[keithlarsen]

Working with someone else in a tight space, but you both have good chemistry.

[KjV]

This video didn't feature a single mechanical principal - or even a robotic superintendent

[Googus]

Mechanical teachers when they send you to the mechanical principles:

[ThePaalanBoy]

This feels like school
They show you something cool to grab your attention, but fail to convey any knowledge while they have it.

[aarashnavabi]

One of my favorite pump mechanisms. A company named Waukesha pumps manufactures pumps like this. They are typically used in the pharmaceutical industry. The benefit is that the pump uses very little parts that come in contact with the product. And therefore keeps the product clean and once it requires cleaning the parts come out and get cleaned separately and simply put back in.

[DarkWarriorZ]

I don't know why, but this video is so satisfying to watch. Plus the music makes it even better.

[Leftysrevnge]

I am now fully versed in the intricacies of all mechanical principles.

[travislebaube]

I love it. Really no explanation needed.

[doomtho]

I don’t understand why so many people seem to be confused about the direction of the arrows in this graphic. I’m not sure what is causing the confusion, but if you just watch the movement of the open spaces (i.e. where the fluid would be during actual operation) it should become apparent that fluid would flow around the outer perimeter of the impellers and thus, as the arrows indicate, from right to left.

[mdhasiburrahman]

May I think I can watch this for a long time

[gothesouthway]

Might want to design some counter balance weights in there or your pump will be jumping up and down. To limit back flow leakage it would need to be designed with very tight tolerances. That would be expensive.

[hakanegne]

will cause too much vibration, because both of parts move up or down at the same time.