Where can I find the full version of this series?

i finally understood that

useless! instead of narrating what he's doing, the guy just makes a few inaudible comments and grunts.

I like how, each time they introduce a new development, they actually show people doing their work. Makes it more human.

what about d7 ???

Thank You Algorith lord for gifting me this GEM!

Thank you for making it easy and clear🙏

Nice explanation Sir

Very useful lecture thank you

tooooooooooooo good explanation

Apologies if am mistaken, but I believe you used the phrase "40 micron" at 10:43, referring to the nominal size, and I believe you meant 40 mm. It is still fairly clear because when you make the addition (40 + tolerance amount), it is converted to mm.

이야... 근본 그 자체인 것 같습니다!!! 감사합니다

absolute braindead move, do it again

thank you

This is a great video no cap

Awesome Explanation

Thanks Steve Mould for the signposting!

Very NICE information....Love From India

metal structure crystal forms

That was a great video. It explains grain structure very well

I've had this explained to me at least 10 times but I never understood it until now. this video is so well made. what the hell happened to our pedagogical abilities? educational videos are absolutely worthless nowadays. I envy people who were educated in the 20th century.

Wow, thank you. I learned a lot!

I love you mahn🥹

Thanks the Concept of Shear failure is cleared by this explanation.

Good drawing tol

lol

I never seen better video as this

Very important concept 😮😮

Great explanation

Simple and very useful..

good illustration

Thank you!! Great video!

which sites can I find such a quizes?

What if the DJ asked?

Im just waiting for hi im troy maclure

Thank you for your hard work. It's a great help to my study.

Great Video! Could I use a part of this video in a paintless dent removal class? Mike O’Grady

I undestand steel with this vidéo is the best vidéo ever

the best video about this topic!

Thanks to teach easy

Wer schaut das Video in 2023?

How do you draw it (if at all) in autocad? If not, do you simply add notes/commentary or is there a standard way of dimensioning your drawing....?

*promosm*

Also, at minute 27:05 wouldn’t it be better for the perpendicular feature frame to say a perpendicular .020 A arrow B? Like this … Prp sym | .02 in | A>B |

And once again at 10 minutes and 25 seconds there is a call out of perpendicularity of .060 of A to something …it doesn’t specify what surface A is supposed to be perpendicular to. It could be any surface on the part and no one would know which one. wouldn’t it be far,far better to put the other surface C in the feature frame kind of like this // | 0.06| A>C| Is this not 100 times more clear? ?

Also, at minute 9:30 you said, that surface A must be perpendicular within .2 mm of surface B but the call out doesn’t specify anything for A to be perpendicular to Why did you guess surface be as opposed to some other surface?

Hello, thank you for the quiz I have a question at minute four minutes and 49 seconds you have a word parallelism pointing to the outer surface of a feature cylindrical cross-section, and you’re saying that that Has to be parallel to the inner surface of datum C. My question is, should the word parallelism not be pointing to the inner surface of that feature that has the cross-section?

I watched this video years ago and enjoyed it every bit as much this time as I did back then. You'd be amazed how much you forget from educational material even after a day or two. Never mind several years.

Thank you so much..

Cool videos but we can't see the datashow