F 2154 Ryan Aeronautical high energy forming
Vložit
- čas přidán 5. 09. 2024
- Film donated by the Ryan Aeronautical Company to the San Diego Air and Space Museum in the 1990s.
From the archives of the San Diego Air and Space Museum www.sandiegoair... Please do not use for commercial purposes without permission.
The 1950s were a wonderful convergence of WWII technology, civilian jobs, and a nearly complete absence of rules.
This intersection of Wile E. Coyote cartoons and aero engineering warms the very cockles of my heart.
Nothin but slide rules and cigarettes. Different breed, love it. 4:57
these were men
Don't forget coffee.... gallons and gallons of coffee!
My late father in law used to work at Ryan, and because of him, I got to have a tour of their facility. Wow, what a wonderful experience for me.
Wonderful to hear! I’m envious! Im related to T. Claude Ryan, but was unable to ever meet him because he passed before I was born.
Using dynamite to form sheetmetal. Kewl. Tim the Toolman would be proud.
More explosives
*Gorilla noise*
Ar ar ar
..And then whip out a sack of blow and do lines off of it.
Thats my old General Dynamics, Lindbergh Field in the background. Pacific Highway, San Diego
I was wondering where that was
I clicked on one of these videos and now I just keep seeing them.
Count me as a fellow member of the club.
CZcams thinks if you watch one video of some type that you want to watch ALL videos of that type. Give it a few days of watching other stuff and it will mostly forget.
same
I'm on the same ride! I'm just glad I'm not getting the " Office 97 training" videos anymore... Do a search for " The office" and click wrong link. Thats a boring rabbit hole.
This is the exact opposite of a problem!
Gives me a few ideas of a custom Cybertruck. ...now with curves.
You can also use C4 to unbend your car after an accident, but I would not recommend using more than 2 grams because on my first try I bent the chassis.
Explosive forming of Hastelloy X - where an immovable object meets an irresistible force.
The trick with hastaloy is to sneak up on it from behind and wham slam the ceramic insert in hard and fast so it doesn't have time to laugh at you... Explosive would be pretty good too.
This is basically the same as hydroforming, but with the explosives producing a very short spike of pressure and the process somewhat relying on the setup being held in place by inertia to some degree.
@EZ Z True. I was thinking the air simply had to be removed in order to not cause counterpressure during the explosion, but I see now, it also holds the part in place.
It IS hydroforming
What a great day at work.
It's astounding that this can actually be an economical process.
Many of your pots and pans that have bimetal are formed explosively.
A bit of explosive is in a similar weight class as a giant-ass press. Also it seems like explosive forming is better behaved in several important ways.
@@w8stral You are not just talking forming a part to shape but making it slam into another part so fast it welds itself to form a complex laminated metal part. I think the word is called encapsulation as opposed to case hardening which merely holds the core metal by mechanically enclosing it. If the velocity of the initial contact is reached, cold welding is the result.
you'd be horrified to know what is an economical process when the government is using your money to heavily subsidize an industry
Why? Commercial explosives are relatively cheap and the dies are not much different from if you forged or punched the same parts.
Love it guys wearing the clothes they wear at home. No osha issues here
You wear a white coat at home))
I’m a particular fan of the og cigarette in the field at 4:57
Ahhh you couldn’t carry out work the. looking like we do these days ... overall and all that jazz ..
if you didn’t look like a gent you could do engineering :p
I am 100% positive that software exists which fixes this audio to reduce noise and amplify the speech.
Who would give this a thumbs down?
Dude, America used to be so awesome.
Ahhh, back in the day, when a white lab coat was all the PPE a real man needed.
I needed to sleep and this video did it.
The method went out with a bang
I guess if you're making a small number of very specific parts this could be a lot less expensive than die forming it or stamping it which would require a lot of specifically machine parts for just a few items.
It was perfect for parts that could NOT be cold or hot forged or cast. It then got pretty good at making parts that were within tolerance without any machining.
Alloys mentioned: Hastelloy, Kirksite (commonly ZAMAK), and ? Rinay 41? Linay 41?
Could have been a proprietary mix. Rinay41 = short for Ryan Air 41?
@@lwilton Rene 41. It's a nickel based super alloy.
All the more remarkable that work of this accuracy could be produced before the advent of computer-based 3D analytical methods.
Seems to be easier to get precise parts this way than with a press or similar if your analytical tools are limited. Zero springback, minimal thickness variation, deep draws in one go etc.
Awesome
I see how this technique would have been very useful for building an underwater city by Ryan Industries.
Let me guess... further development of this method was stopped due to PETA worrying about the mating cycles of the blue lunged tree frogs being disrupted by the loud bangs.
How cool would it be to have this job !
Ha !...
Cool...I wanna do this now !
"BLAMB !"....New floor pan for me old car...
@@whybother1887
Ha...It certainly is.
1:08 little bit more careful putting down that jelly than the plastic
Heh .... noticed that ... 😏
I Think I'm going to use this commercially without permission 🤔
guys please im desperate whats the name of the background music. ive been looking for years
I'm still completely certain that. this isn't a parody
Someone can indicate, wich company was using this kind of forming for Rayan aeronautical ?
Forming rocket-booster cones 😎
Эффект Юткина вместо любой взрывчатки
lol - just watched someone do the same thing with a blowtorch and a pressure-washer. neat.
I feel the only appropriate response is, what?
"Construction of spherical tanks by explosive method" - check out that video, everything old is new again.
An early form of hydroforming-
Explosi-form™
I know what this is I was 12 year old see picher back turn .
like
My ears >_
Except for items that cannot be produced by any other means, this seems like a ridiculously labor intensive process, not to mention that it is also a ridiculously slow process.
You were watching a film of experimental trials. The process is much more industrious now. In any case it made excellent savings from the very beginning. And allowed for the single piece manufacturing of many components not otherwise possible to form.
@@michaelfoye1135 OK. My point is that it only suitable for short runs and not for mass production. But, people can be very ingenious... I'm sure that I'm often proven wrong.
@@johnlshilling1446 Its most commonly used in the aviation and aerospace industries. Also for forming gas, and liquid containers. Along with an increasing panoply of other products.
@@michaelfoye1135 Yes, many commentors have corrected my cynical viewpoint.
@@johnlshilling1446 You're not an engineer. You don't work in manufacturing. Like most people you don't know how most things are made. Really doesn't set you apart. No worries.
caveman technology, a few years later they progress to electromagnetic forming. At this rate In a few more weeks im going to be an expert in this field.
Yep, you can do amazing things with water . . .
and be totally ignorant of what oils would do
in thousands of experiments.
@SpaceX meet your nosecone solution
Look in your pocket those dimes& quarters are variation of this process
interesting - but impractiable.. You can do the same with metal-spinning or highpressure-hydraulic-forming.
With more tooling and less accurate results as stated in the video
@@SKarlaArt not to mention metal spinning, you wont be getting these complex shapes. While you can do some complex shapes it typically isn't worth the time to engineer the pattern to make them and they have their drawbacks, like gouging the inside of the part and wear and tear of the pattern after so many runs. Typical Metal spinning tolerance is +/- .060 which is miles of wiggle room for a machinist.
Stick to yer cows mate... you know nothing about physics & engineering... 🙄😂
I think most American coins are made like this, too. Notice how a quarter is made of three layers with two sandwiching another in the middle?
No.
Well, if i wasn't watching this on my phone with jbl soundboost2 attached, i wouldn't of heard any audio... Best kind of phones aren't big sellers unfortunately, llikely due to manufactures target market being incompetent....
Thank you, for letting me know that fanbois have reach new levels of fanboi-ing.