BBC Engineering Craft Studies EP 9 Material Removal Principles
ฝัง
- เผยแพร่เมื่อ 16 ก.ค. 2024
- "This series consists of the visual teaching of principles, workshop demonstrations and examples of the practical application of these principles in a variety of engineering situations. The series is appropriate for students beginning their engineering studies at craft level."
Engineering Craft Studies
Produced by BBC Schools
First Aired BBC ONE 1972.
This was taken from an unlabeled VHS tape, possibly from when the program was re-broadcast on RTÉ.
Copyright remains with the BBC.
Produced 1972
Best explanation of clearance and rake I've seen yet.
These old videos has proven themselves to be very helpful for me when I teach junior engineers.
Many, many thanks for uploading them and to the BBC for producing them in the first place.
If this is your go to then youre a terrible 'teacher'.
@@ThunderAppeal It has been a great compliment to my lectures!
But yes, with some students I failed, with some I had great success.
I studied mechanical engineering craft studies in the 1970's, another very interesting video thank you for posting.
Loved this video. Terrific getting an understanding on how cutting tools and all the angularity stuff works. Should apply to hand chisels as well. I'll have to see what the rake angle is on mine.
These videos have been great for me as I'm studying to become a machinist.
I'd love to see these videos AI upscaled. It kills me there seems to have been nothing similar made in the last couple decades
I learnt more from this video series than my degree 😅
Лучшее ретро-видео по теме теории резания
Thanks for sharing videos,thease videos are very very valuable.Please keep it up.👌👌
made my day..thank you!
Ace video. Really clearly explained.
Awesome Thanks a lot for uploading this videos
wonderful
Gold
Awesome video, do you have anything about titanium
thanks add best quality please
13:30 does this mean 0⁰ rake wants to shear the entire top at once?
(of course it doesnt, in reality; it just produces a nasty chip)
Who's here because of EIN3390 Manufacturing Processes?
Bruh TF it's MaGic