วีดีโอ

Mejorable la representación de las cargas para ver como afectan las mismas tanto a los aros exterior/interior + bolas

Handle should be rotated 90° relative to the ball. When the handle is perpendicular to the pipe, the valve should be closed.

- 맨 드릴 ..?

❤

hi i hope so. would you be nice but i want to tell you that made a video on measuring instrument make more of those videos please .i watched all your video which are amazing animation thank you so much

Actually Flatness is checked wrong, part needs to be on three points above the surface plate, (like gauge or 1-2-3 blocks) otherwise you are checking parallelism to the surface plate because you are fully resting the part on the surface plate. See the GD& T Y14.5-2018 specifications for proper setup of flatness. I usually test this on the underside first with a dial test indicator and then the top to check both surfaces for flatness in my metrology lab. Several mistakes here, including measuring perpendicularity, dial indicator has to be 90 degrees to the part, no angles allowed otherwise cosine error.

Need explanation....otherwise this video is not worth

Good

I love the worm and roller steering mechanism with hourglassprinciple .It has terrific torque after the steering wheel rotates from 12 o'clock position to 4 o clock position in other words after 120 degree of rotation. You can feel how easy it is to turn the vehicle after 120 degrees of steering wheel rotation, but at the same time not hard upto 120 degrees but just okay,this gives you better control at high speeds and when you drive straight.it would have been great if all the links had grease cup with nipple to grease it. I love it more than the rack and pinion and even more than the recirculating ball bearing. Loved your informative video please work towards reintroducing them in the automobile industry.

I don't understand. I have got idea of the concept but I don't fully understand through this.

Concentricity missing 🤔

the guy who created the animation actually doesn´t know how balls are inserted in a bearing, you install balls first, and then the cage, but on the video balls are inserted with cage already installed

I've seen this a few times before and it is not superficially obvious why the curved slope wins. From an energy perspective, initially both balls have kinetic energy = 0 and potential energy P. Then at the bottom, they both have potential energy P-x, whilst one ball has kinetic energy K and the other has kinetic energy K+y. They have both "consumed" the same amount of potential energy, but one has gained more kinetic energy than the other. So where did the missing energy on the slower ball go? This is not obvious. I can only theorize that perhaps it is rotating at a greater rate? That does not seem obvious, or even intuitive. But if not that, where else? Heat? Is the slower ball warmer? This is indeed a puzzle.

Thanks for the video , but i think at 0.54 you are checking parallelism not flatness .

Incredibly basic videos… for anybody who is actually studying engineering at a university, this is totally useless.

Give pdf on link for study more & procedure

Need to be slow and brief details .. please hurry...

Superb Animation

Why is the spindle going the wrong direction 🤔

Finally a video that shows how to actually take these measurements. To the point! Thank you!

Neat.

This might be a decent and informative video but 90 seconds in i cant do it. That Ai V.O. is about the worst ive ever heard. 🤪

I've never seen such a bullshit video in my life. How about giving a little detail. I want to know what the end play allowance is. No one seems to know.

Amazing..... I used reverse engineering. In installing such kind of bearings, many thanks.

You know using the word in the definition doesn’t help at all right?

This video made my day! Thank you so much for creating this video... this is the best teaching tool I have ever seen... Reading from a book does not teach everything... Please make more videos to show different ways of all 14 basic measurements...

Mind blowing 😮

Just wonderful… really makes a lot sense…. Great video

So very basic ...

Awesome learnt GD & T well😄

Best video i ever seen thank you

Good quality animation 👌

Great ji

Loading concept is not clear to me sir

Able to learn fastly than reading from a books

Nice

Crystal clear explanation 🤗👏

Good quality graphics 👍

Hi it is verry nice. Can you Give me the parts and assembly for Inventor or step or Solidworks pleace

at slide 2:30, if the dial bore gauge is at a different angle, isn't it measuring the "hypotenuse" length variation? shouldn't the dial gauge mounted horizontally?

Thank you

Nice Video

How to check internal dia with this dial ?

very helpful

Great video!

Good

Amazing 👍

👍

Nice... Searching for this from a long time

So there is a sweet spot. The extreme curve did not win the race but the middle curve did. The ball with the extreme curve starts much faster but the sudden change of direction wastes to much energy