Mechanical Principles Part 07 | Eccentric pump | Piston pump | Vane pump | Cylindrical crank

Mechanical Principles Part 07
00:00 Intro
00:01 Chamber crank eccentric pump
00:12 Chamber crank piston pump
00:21 Chamber crank block pump
00:28 Chamber crank pump
00:36 Vane pump
00:46 Vane pump
00:57 Spherical Carousel
01:17 Cylindrical crank
01:24 Cylindrical eccentric crank
01:34 Cylindrical skotch yoke

[@penrith50]

The spherical carousel is bizarre! Is it actually used in any real world applications?

[@mamunsw]

Yes, it is. It usually is used as a toy.

[@ma291293]

Man, I really appreciated your work. It's not easy to draw and assembly all of this components, and divide this in ten videos to share with us haha. 💪

[@mamunsw]

Thank you very much!

[@davidclark3304]

There is no limit to human ingenuity.

[@mamunsw]

Thank you.

[@sergegostoli9524]

sorry but the first 2 will not pump anything since there is a part in the cycle where there is unrestricted flow between input and output

[@mamunsw]

You are absolutely right. It was a mistake that some holes must be there in the restricting parts. Thank you.

[@duncanbreland3811]

Terrible music. Very distracting. Otherwise, a good video.

[@mamunsw]

Thank for your valuable suggestion. I will change the music.

[@bigroundwatermelon6456]

I agree terrible music, it was the first thing that hit me, honestly, you don’t even need music. If you want music, think “mechanical”.

[@londonalicante]

The chamber crank pump allows fluid to backflow when the eccentric is at the bottom.
I assume that's why I've never seen it before.

[@mamunsw]

Thank you for your interest. Actually it rotates so fast that though some fluid will backflow but the amout of this fluid is insignificant compare to the total fluid.

[@londonalicante]

@@mamunsw A non-return valve in series would really help when pump speed / flow is slow, but there are other designs without this limitation. When I search for chamber crank pump (even in an incognito window) this video turns up as one of the top hits. That's a pretty strong indicator that this pump design is not used much in the real world. There is a hit for a museum piece at cornell university, which says it was patented by someone called Wedding, but it doesn't seem to be that successful

[@mamunsw]

@@londonalicante Thank you for your valuable input.

[@Baysharam-dy7zy]

Bro what software do you use for this kind of simulation?

[@mamunsw]

SolidWorks. Thank you.

[@Baysharam-dy7zy]

Bro thanks for quick response

[@mamunsw]

Welcome brother.@@Baysharam-dy7zy

[@Kattar_Muslim7]

Masha Allah 😍👌

[@mamunsw]

Thank you .

[@Kattar_Muslim7]

@@mamunsw 👍👍👍

[@ВладимирИльичев-э3в]

Бывает смотрю на машины,установки,аппараты и думаю как они работают?А оно вон как.На модели просто.Сделать конечно труднее.

[@mamunsw]

Вы правы, это выглядит очень просто, но я столкнулся с трудностями при 3D-моделировании, и, должно быть, при реальном производстве это будет сложнее. Спасибо за ваш комментарий.