Sorry for all freedom unit users. I just cant cope with the fractions with inches. The different units are still something that I can understand but why on the earth anybody would use fractions? :D
How hard can it be? Your car's crank journals are 1"3/16 and you need to machine them .100" oversize. there's 3 thou of play in them so 3/1000". Your caliber and other measuring devices read decimal. Water freezes at 32 degrees and boils at 212.
At some point some "woke" person will make a claim that this is an expression of rape or injuring a vagina and wants the video to be taken down. I bet ya. May take years though.
This would be really interesting to see through a thermal camera or with the temperature indicating paint. I'm also curious what force it would take to push the form tool back out.
With this thin tubes it's hard to push it out but I will try with thicker tubes on next video. Usually it takes similar amount of force to push them out that it took to push them in.
@@ronniewilliz153 It think it doesn't get that hot and the longer the pipe the thicker it has to be to stay straight and that makes it heavier and harder to heat up.
Could you forge weld with the press and some red hot steel parts? My father and I tried to forge weld with our coke forge and some hammers a long time ago but never could get anything to stick together very well.
I must say the choice to use a rusty piece of tubing, really made this so much more interesting to watch. The ability to see the steel stretch, and the surface be effected by the stretching is just fascinating imo.
I worked as a steel tube mill operator making steel tubing for a number of years. Most steel tubing is seamed, although you can get extruded tubing. We made seamed tubing. This is essentially how we would test the tubing every few hundred feet to make sure it DIDN'T split along the welded seam. If it's manufactured correctly, the welded seam will be stronger that the rest of the wall of the tube. It will always split just like that, but depending on the chemical makeup of the steel, it might spring open all the way along the test sample, IF it splits at the welded seam.. from what I can tell from this video, that seems to be quality tubing!
The way that I learned it from the pipefitters at the shipyard I worked for, "pipe" has a seam, "tubing" is seamless. That could be different in different countries, or even different industries though, I guess.
@@mattelder1971 I suppose this could be considered pipe. Basically the only difference is pipes are always round, tubing can be formed to other shapes, square, oval, D-shape(very fun to run, lol) Also tubing holds tighter tolerances.. Wall, ID, and OD are all kept within around 3 thousands of an inch, wall kept within 1 thousandth usually. Thats off the mill though. I also highly doubt pipe goes through the DOM(Drawn Over Mandrel) process, which like 90% of the stuff we made was, which brought tolerances down to more like 3-4 ten thousands of an inch. Both can probably be extruded, but I don't know much about that.
Lauri reminds us all that if we want to easily shove a big rod into a small hole, we should lube up first. An important life lesson has been learned today.
I like that the rust falling off really shows the difference in structure between the metallic iron and the iron oxide. i.e the metallic iron stretches whereas the oxide layer cracks apart
If you still have any of that old tube left, you could mark it with some arrows pointing in a single line towards one end before cutting another two pieces off. That way you can tell where they are relative to the seam, even if you flip ends. The first one might be wrong, but then you can adjust and get the second one centered just the way you want for the camera.
Brilliant idea. And I don't think there's a problem with the press or the setup. Pretty sure there is a seam in all pipes but in some cases pipes for nuclear power plants are actually inspected with xray machines for imperfections in the structure.
Since I worked in steel tubing manufacturing, as a mill operator for a number of years.. This is almost exactly how test samples are checked in the manufacturing process ever few hundred feet. If his samples were to consistently split along the seam, it would be considered scrap steel, and tossed. Steel tubing should never split along the seam if it's manufactured correctly. The surrounding wall of the tube should be weaker than the welded seam.
Can we just appreciate the amount of work this vid has took to make!! Bravo Hydraulic Press Channel Thank You for all Your hard work from Liverpool U.K
I think how far you can stretch it also depends on the "cone angle" -- the narrower/smaller the angle, the greater the stretching force will be for a given pressure force, because you're basically trading force against distance. With a narrow angle you'll have to make the shaft and pipe very long to achieve a given final stretch width.
It obviously depends a lot on the material, but gold can be made into layers atoms thick (supposedly even one atom thick, though I have a hard time believing that).
@@jakistam1000 I stand corrected, Gold does seam to work harden. Gold doesn't work harden, so it keeps it's ability to stretch during the entire process. This allows gold to be hammered into extremly thin foils. Copper, aluminum, and iron i.e. do work harden, which results in more brittleness and therefore the cracks and tearsshown in the video. :)
I used to install induction welders in tube mills. That's the equipment that welds the seam of pipes. The quality test was very similar to your final test. If the weld is done correctly the weld is stronger than the tube and the tube rips. If the seam fails then that is an indication the machine needs adjusting to strengthen the weld.
I do this a lot at work on 4” to 12” pipe. We stretch or “bell” the pipe by forcing it over a lubed mandrel with a hydraulic pipeline press. After that we use a little epoxy as lube and press a normal diameter end into it. Kinda like PVC pipe but it’s a press fit. It makes putting pipeline together a lot quicker than welding.
Im so happy you all are still making videos i remember wathching your content with my gf a few years ago ive been watching ever since keep up the creative content
In the machining industry we call that an interference fit, though the larger shaft is usually only a couple thou bigger than the ID, and the parts are shrink fit instead of forced together but the end result is more or less the same, albeit a little more strong, accurate, concentric and parallel lol.
5 years of watching your videos. 1. you work so hard to keep it fresh. Thank you. 2. Your English has improved. 3. I miss the clay/play dough creatures at the end of every video.
One trick for doing this in the future would be to make sure the part where the diameter changes is as smooth and highly polished as possible. It will greatly reduce the force needed.
2:40 LOL! My mind was screaming, "NO-NO-NO-NO!! LUBE!!! LUBE-LUBE-LUBE-LUBE!!!" And I remembered my wife's screams on our honeymoon night. Thirty-five years later, I still suffer from PTSD. Whereas she was ready to go again the next morning.
@@zippymax1 well i guess she could've crammed anything up there but it's the first thing i imagined happening that left you with lube-related ptsd and her still ready to go.
More of this pipe stretching please!!!!!!!!!!!!! :) More variety in profiles of the rod would be fun to watch as it goes down the pipe with lubricant of course!
The crack at the end is camera shy! 😂. And don't worry about the units! You're using the International system. Key word: INTERNATIONAL! If someone doesn't want to learn it it's their problem! 😄
@@javiTests It was just a joke, but I do only work with imperial measurements when possible. Neither is better in my mind, they get to the same place in different ways. I just have always preferred to work with imperial. There may be some advantages to the ease of the metric system that I don't get into. I do have an odd fondness for fractions but in reality, it doesn't really matter if I am measuring the centers of two holes, which side of the tape I look at.
@@javiTests Start with a base unit that is ~12 inches long and we'll talk about benefits. A base unit that is ~36 inches long (the meter) needs too many subdivisions for convenient use. A base unit that is ~0.5 inches long (the centimeter) needs too many multiplications for convenient use. A kilogram is too heavy for the same reason. And the Celsius is useful for calibrating thermometers. When was the last time you needed to do that? A high school chemistry lab? That's a sorry excuse for preferring a temperature scale whose divisions are too large.
Awesome experiment so Yes. Part 2 thicker tube please! Also as others suggest - thermal camera? Maybe consider less aggressive angle for the bigger rods and a tool that you can press the tip of the rod through allowing it to be longer than the tube for that gentle angle?
I used to work for Evraz. Most steel pipe is made using rolled steel "skelp" which is flat sheets of steel in the form of large coils that come into the plant to be processed. It's formed using a continuous system where the coil is fed into the mill (in our case we had what was called an "accumulator" where multiple coils were welded together end-on-end to allow for continuous feeding into the mill). The skelp comes out of the accumulator at a slower speed than how it comes in (hence the ability to keep a steady feed into the mill) and is fed through rollers and formed into a U-shape and then curled together right before the weld head, and gets fusion welded. But there is a process where some pipe is actually drilled out from a solid steel billet. Probably WAY less common though.
Next time you cut pipe for this kind of video, make a line down the "centre" of it before cutting. That way, you can tell which way the first one split, and turn the second one appropriately, until you can figure out if it is always splitting along a seam, or just random. There is always the chance as well, that it is just a long flaw in the pipe.
Awesome!! I would like to see what would happen if the taper on the shaft wasn't as steep. Like a 5⁰ taper. I know that would make the shaft much longer, but I think it would be interesting.
There’s a Company in the US that manufactures DOM or Drawn Over Mandrel tubing and this is essentially exactly how it’s made. Makes a mean driveline or rollcage
I'm wondering if you could show how strong or how interference joints would work with the press - heating one element and cooling the other one and trying to separate them or something...
There are some cool examples of that on the cutting edge engineering channel where he uses liquid nitrogen to shrink bushes before placing them into a bore
Imagine turning a round pipe to a square pipe with an oversized square peg. Heating up the tube beforehand would probably make it possible. I would like to see him try that! 😅
On a similar note, you could do a video on gauling. When you have two similar metals pushed together sometimes they gaul or kind of micro weld themselves together as you press them... you would have to skip the lube tho.
You’ve demonstrated the great properties of steel and why its a metal used in everything. Not only should you have used lubrication but to give time for the metal to react you could have tried to pause or lower the press slower. We forget that there is a reaction time however small that could hinder the metal ability to take a new shape. I’ve seen extruders using lathes to shape steel more than i would ever expect. Good video
I should point out that the US was actually an early adopter of the Metric system. An inch is defined as 2.54 cm. If you change a cm, you change an inch. Most people in the US who actually make things can use either metric or standard or even both together. Many automotive and aerospace parts start using metric dimensions and then are converted to standard for shops that prefer using standard. The only real advantage that standard sizes have that I have seen is in drill sizes. A typical metric drill has more room for deviation from one brand to the next which can make hole drilling to a somewhat tight dimension a bit more difficult without using a reamer. Standard drills are typically accurate on diameter to within +/- .0001 inches, so it's not too hard to hit a dimension that is say +/- .001 on diameter with just a drill. If you look at standard fastener sizes, clearance hole sizes, etc, the system works out just fine. It is more cumbersome to use than Metric, but if you're an engineer or a machinist, understanding how to go from one to the other is extremely simple compared to all the other things you must know.
Working at a Midas we had a pipe bender/expander and yes during expansion/flange making if you went too far the aluminized pipe would split on the seam like these do. This is old pipe and that flaking is either galvanization or aluminization breaking off the surface of the pipe.
Sorry for all freedom unit users. I just cant cope with the fractions with inches. The different units are still something that I can understand but why on the earth anybody would use fractions? :D
🎶There's a friction too much fraction.🎵
We're binary users at heart
How hard can it be? Your car's crank journals are 1"3/16 and you need to machine them .100" oversize. there's 3 thou of play in them so 3/1000". Your caliber and other measuring devices read decimal. Water freezes at 32 degrees and boils at 212.
Because everything is arbitrary, in fact lazy. Just because it makes the math easier doesnt make it better.
as a freedom unit user, i can tell you, its stupid. id love to convert to freedom meters, but people are unwilling to learn an easier way to measure
"we made a mistake here, we went in dry"
At some point some "woke" person will make a claim that this is an expression of rape or injuring a vagina and wants the video to be taken down. I bet ya. May take years though.
LOL 🤣
@@BigRussianCatWithFloppyEars Found the wet blanket.
@@--_DJ_-- nothing wet about his blanket
@@ChipGuy sorry to tell you, but you are simply the opposite side of the same coin. Fundamentally no different from the "wokeness" you despise
This would be really interesting to see through a thermal camera or with the temperature indicating paint. I'm also curious what force it would take to push the form tool back out.
With this thin tubes it's hard to push it out but I will try with thicker tubes on next video. Usually it takes similar amount of force to push them out that it took to push them in.
I wonder if you could get it to friction weld with forcing these pipes together. It would probably take a long length to do it tho.
@@ronniewilliz153 It think it doesn't get that hot and the longer the pipe the thicker it has to be to stay straight and that makes it heavier and harder to heat up.
I was going to suggest the same thing, I'd also like to see what it looks like through a thermal imager.
Could you forge weld with the press and some red hot steel parts? My father and I tried to forge weld with our coke forge and some hammers a long time ago but never could get anything to stick together very well.
I must say the choice to use a rusty piece of tubing, really made this so much more interesting to watch. The ability to see the steel stretch, and the surface be effected by the stretching is just fascinating imo.
That’s grandma
@@Mlglogan-zg1vt damn, grandmas tight as hell
@@oshkiv4684 😩
If you're that much into rusty old things stretching, the hub has categories for that too ;)
I worked as a steel tube mill operator making steel tubing for a number of years. Most steel tubing is seamed, although you can get extruded tubing. We made seamed tubing. This is essentially how we would test the tubing every few hundred feet to make sure it DIDN'T split along the welded seam. If it's manufactured correctly, the welded seam will be stronger that the rest of the wall of the tube. It will always split just like that, but depending on the chemical makeup of the steel, it might spring open all the way along the test sample, IF it splits at the welded seam.. from what I can tell from this video, that seems to be quality tubing!
The way that I learned it from the pipefitters at the shipyard I worked for, "pipe" has a seam, "tubing" is seamless. That could be different in different countries, or even different industries though, I guess.
@@mattelder1971 I suppose this could be considered pipe. Basically the only difference is pipes are always round, tubing can be formed to other shapes, square, oval, D-shape(very fun to run, lol) Also tubing holds tighter tolerances.. Wall, ID, and OD are all kept within around 3 thousands of an inch, wall kept within 1 thousandth usually. Thats off the mill though.
I also highly doubt pipe goes through the DOM(Drawn Over Mandrel) process, which like 90% of the stuff we made was, which brought tolerances down to more like 3-4 ten thousands of an inch.
Both can probably be extruded, but I don't know much about that.
Lauri reminds us all that if we want to easily shove a big rod into a small hole, we should lube up first. An important life lesson has been learned today.
To bad most of us will never have a big rod
*Too
7:33
Of course we know that's what she said.
Not to mention if you adjust your mounting you can enjoy the longer length without fear of it buckling.
"Oh no, step shaft, what are you doing?" - step steel tube
I was expecting some weird comments but this takes the game to whole new level :D
@@HydraulicPressChannel don't pretend you didn't insert some cheeky jokes in there as well
5:38 "So we can really enjoy the longer length"
It leaves the hole weak!
He put it on a steel step so we can see it and to make it safer I think :)
Then step press walked in
I love to see massive hard lubricated shafts stretching hot small holes nearly to failure.
thats why i clicked this video
Gentlemen of culture, I highly recommend the Roma2009 woman’s 10m tower Olympics with Finnish moderation.
I see what you did there.
This was the comment I “came” for.
I wanted to upvote it, but it was at 69 upvotes...
Netflix: are you still watching?
Someones daughter:
I like that the rust falling off really shows the difference in structure between the metallic iron and the iron oxide. i.e the metallic iron stretches whereas the oxide layer cracks apart
Put some butter on it, some W40 and then you put
@@chrisakaschulbus4903 A sizzling T Bone on the top, and you got yourself a gourmet dinner going on
This really should've come out on valentines day lmao
then send it to your partner with no context
I love it when the shaft is too big and you have to force it in. Good job HPC!
Don't forget the lubricant
Yea she likes that shit
I see someone went to prison ;]
@@HushtheMag 😂😂
@@HushtheMag Just don't drop the soap
If you still have any of that old tube left, you could mark it with some arrows pointing in a single line towards one end before cutting another two pieces off. That way you can tell where they are relative to the seam, even if you flip ends. The first one might be wrong, but then you can adjust and get the second one centered just the way you want for the camera.
Brilliant idea. And I don't think there's a problem with the press or the setup. Pretty sure there is a seam in all pipes but in some cases pipes for nuclear power plants are actually inspected with xray machines for imperfections in the structure.
Since I worked in steel tubing manufacturing, as a mill operator for a number of years.. This is almost exactly how test samples are checked in the manufacturing process ever few hundred feet. If his samples were to consistently split along the seam, it would be considered scrap steel, and tossed. Steel tubing should never split along the seam if it's manufactured correctly. The surrounding wall of the tube should be weaker than the welded seam.
@@mbrueggz
Nice. That's what I was waiting for. Someone who knew for sure.
This is one of those channels where once you start watching, you cannot stop. Love it!
Can we just appreciate the amount of work this vid has took to make!! Bravo Hydraulic Press Channel Thank You for all Your hard work from Liverpool U.K
I think how far you can stretch it also depends on the "cone angle" -- the narrower/smaller the angle, the greater the stretching force will be for a given pressure force, because you're basically trading force against distance. With a narrow angle you'll have to make the shaft and pipe very long to achieve a given final stretch width.
I agree. Metal forming techniques can stretch metal quite dramatically without tearing or breaking it.
It obviously depends a lot on the material, but gold can be made into layers atoms thick (supposedly even one atom thick, though I have a hard time believing that).
@@fronthole_guacamole Exactly! 😁
use more lube.. but worst case, she gets a stitch or 2 😏
@@jakistam1000 I stand corrected, Gold does seam to work harden.
Gold doesn't work harden, so it keeps it's ability to stretch during the entire process. This allows gold to be hammered into extremly thin foils. Copper, aluminum, and iron i.e. do work harden, which results in more brittleness and therefore the cracks and tearsshown in the video. :)
That started out kind of weirdly phallic and then ended up like making pottery vases but with metal. Fascinating content as ever!
No it stayed phallic throughout
“Yeah, the lubrication really makes a difference.” That’s what she said!
This whole video in every way is what she said lol
I used to install induction welders in tube mills. That's the equipment that welds the seam of pipes. The quality test was very similar to your final test. If the weld is done correctly the weld is stronger than the tube and the tube rips. If the seam fails then that is an indication the machine needs adjusting to strengthen the weld.
8:31 Netflix: are you still watching?
Thanks for the reminder to always lubricate my pipe and to not go in dry
'just the tip'
'only for a minute'
memories from prom night....
Hi Jerry!
I bet it was a magical night for you and the janitor :)
@@HushtheMag he was a complete gentleman. :)
@@gordlawson11 lol Did he "sweep" you off your feet that night?
@@HushtheMag he jumped out of the closet and yelled 'SUPPLIES!!!'
i've had experience on crushing "thick rods", but this is a new one
wow you have hydrolic press too? 😮
As they become thicker and more forceful they are also becoming more phallic.
@@PrincessHarmonyMoonlight
She’s a homewrecker
Once a horse girl always a horse girl.
@@HushtheMag pegasis pony ^^ mhm
I do this a lot at work on 4” to 12” pipe. We stretch or “bell” the pipe by forcing it over a lubed mandrel with a hydraulic pipeline press. After that we use a little epoxy as lube and press a normal diameter end into it. Kinda like PVC pipe but it’s a press fit. It makes putting pipeline together a lot quicker than welding.
Please do more of these experiments with bigger and thicker walled pipes! This was very cool to watch.
Somedays I feel like you need a back-up go-pro on the back end of press to catch when weird stuff like that happens.
“I’ll be gentle” 😈
You need Jesus
Experience from dropping the soap, eh?
Sus
Reminds me of mia khalifa
You don't have to worry until the mill scale starts flaking off. Then you went too far.
Lubrication, dont go in dry no
Im so happy you all are still making videos i remember wathching your content with my gf a few years ago ive been watching ever since keep up the creative content
In the machining industry we call that an interference fit, though the larger shaft is usually only a couple thou bigger than the ID, and the parts are shrink fit instead of forced together but the end result is more or less the same, albeit a little more strong, accurate, concentric and parallel lol.
I saw a video of railway axles being constructed for Bombardier in Victoria, AU just like this. Very interesting!
This was awesome. Great idea. Definitely want more.
Obligatory bad joke: 'That's what she said.'
that's what the pipes said
This is super interesting. One of the most interesting things in years.
Please try thicker pipes.
I’ve heard that request before!
Dude this is excellent! So glad you kept taking it further lol Can't wait for the next video!
5 years of watching your videos. 1. you work so hard to keep it fresh. Thank you. 2. Your English has improved. 3. I miss the clay/play dough creatures at the end of every video.
2:04 "Dis is not going to explode....maybe" is why I love this channel!
One trick for doing this in the future would be to make sure the part where the diameter changes is as smooth and highly polished as possible. It will greatly reduce the force needed.
No fun in that though!
@@skylined5534 it would mean that they could increase the diameter even more
That’s one hell of a swaging tool you’ve got there!
Defo need more please
2:40 LOL! My mind was screaming, "NO-NO-NO-NO!! LUBE!!! LUBE-LUBE-LUBE-LUBE!!!" And I remembered my wife's screams on our honeymoon night. Thirty-five years later, I still suffer from PTSD.
Whereas she was ready to go again the next morning.
sounds like she gave you a little nonconsensual honeymoon rage-fisting, huh
@@ElTurbinado What is "fisting?"
Looks like you were in the wrong hole. Understandable, it was your first time.
@@zippymax1 well i guess she could've crammed anything up there but it's the first thing i imagined happening that left you with lube-related ptsd and her still ready to go.
@@ElTurbinado I don't know whether you misread my comment or miswrote your reply.
Netflix: "Are you still watching?" *Someones Daughter*
More of this pipe stretching please!!!!!!!!!!!!! :) More variety in profiles of the rod would be fun to watch as it goes down the pipe with lubricant of course!
As a rule 34 fan I respect your opinion.
The crack at the end is camera shy! 😂. And don't worry about the units! You're using the International system. Key word: INTERNATIONAL! If someone doesn't want to learn it it's their problem! 😄
Freedom units are still the best though! (P.S. not an American)
@@--_DJ_-- In what sense? 12 inches in a foot, 3 feet in a yard, 1760 yards in a mile... sure, the best! 😂
@@--_DJ_-- And they are called Imperial units. You can use any make up calling them "Freedom", but they are exactly the opposite! 😂
@@javiTests It was just a joke, but I do only work with imperial measurements when possible. Neither is better in my mind, they get to the same place in different ways. I just have always preferred to work with imperial. There may be some advantages to the ease of the metric system that I don't get into. I do have an odd fondness for fractions but in reality, it doesn't really matter if I am measuring the centers of two holes, which side of the tape I look at.
@@javiTests Start with a base unit that is ~12 inches long and we'll talk about benefits.
A base unit that is ~36 inches long (the meter) needs too many subdivisions for convenient use.
A base unit that is ~0.5 inches long (the centimeter) needs too many multiplications for convenient use.
A kilogram is too heavy for the same reason.
And the Celsius is useful for calibrating thermometers. When was the last time you needed to do that? A high school chemistry lab? That's a sorry excuse for preferring a temperature scale whose divisions are too large.
Have you ever thought about adding an IR camera view for experiments like these so you can see the items heating up in real time?
Thank you Lauri, now the next time I watch porn I'm going to hear "And... here we go!" in my head.
Awesome experiment so Yes. Part 2 thicker tube please!
Also as others suggest - thermal camera?
Maybe consider less aggressive angle for the bigger rods and a tool that you can press the tip of the rod through allowing it to be longer than the tube for that gentle angle?
I used to work for Evraz. Most steel pipe is made using rolled steel "skelp" which is flat sheets of steel in the form of large coils that come into the plant to be processed. It's formed using a continuous system where the coil is fed into the mill (in our case we had what was called an "accumulator" where multiple coils were welded together end-on-end to allow for continuous feeding into the mill). The skelp comes out of the accumulator at a slower speed than how it comes in (hence the ability to keep a steady feed into the mill) and is fed through rollers and formed into a U-shape and then curled together right before the weld head, and gets fusion welded. But there is a process where some pipe is actually drilled out from a solid steel billet. Probably WAY less common though.
You could use an ir thermometer to see how the temps are raising
A thermal cam view would be fun for these.
3:40 "To make it bit easier I'm going to add some lubrication here" That's what she said! 🤗
Fascinating! You could use an IR thermometer to take temperature readings before and after.
This is a really cool video. I would like to see more videos where you make custom tools to do different experiments.
In my head I have Lauri's voice going "Pipe Splitter Ten Million".
This was a lot of fun, good work and bringnon Round Two!
You should heat the pipe to see how far it can stretch
You have a sick mind 🤣
@@domination1985 methinks the sickness is yours..
I think it is with the people who say methinks
@@kapytanhook methinks as much and more the same, verily.
Next time you cut pipe for this kind of video, make a line down the "centre" of it before cutting. That way, you can tell which way the first one split, and turn the second one appropriately, until you can figure out if it is always splitting along a seam, or just random. There is always the chance as well, that it is just a long flaw in the pipe.
Netflix: are you still watching ?
Lauri, I still rewatch your fine, funny work.Thanks for showing how many things explode.
"It's just going to like, rip and tear"
Doom fans: 👀
I want to make a sexy joke but nothing is coming to me!
“Go get the pipe stretcher”
I watch these videos first for the experiments, second for the accent.
You're awesome!
Awesome!! I would like to see what would happen if the taper on the shaft wasn't as steep. Like a 5⁰ taper. I know that would make the shaft much longer, but I think it would be interesting.
There’s a Company in the US that manufactures DOM or Drawn Over Mandrel tubing and this is essentially exactly how it’s made. Makes a mean driveline or rollcage
I'm wondering if you could show how strong or how interference joints would work with the press - heating one element and cooling the other one and trying to separate them or something...
There are some cool examples of that on the cutting edge engineering channel where he uses liquid nitrogen to shrink bushes before placing them into a bore
2:45 because my inner five year old laughed way to hard at this unintentional dirty joke.
I’d like to see the pipe heated up first, and also an end-on view once the pipe has been plugged :-) .
Keep up the great videos 🤘😎🤘
can you push a square peg into a round hole ?
Imagine turning a round pipe to a square pipe with an oversized square peg. Heating up the tube beforehand would probably make it possible. I would like to see him try that! 😅
@@Thunderhawk51 to me seems like a good click baity title too.
You should start with a small shaft and tube and keep forcing it into larger and larger tubes until you have a shaft made of many layers.
Damask!
This fetish went from 0 to 100 really fü¢king quick.
@@clausluger4570 😳
@@masemasemasie
Am I wrong?
On a similar note, you could do a video on gauling. When you have two similar metals pushed together sometimes they gaul or kind of micro weld themselves together as you press them... you would have to skip the lube tho.
Do you mean “galling” or are you talking about some French thing? 🙂
@@christiansmyth1466 That is probably the right spelling (I am straight awful). Cheers
5:47 is EXACTLY when your mom walks into your room
Definitely want to see a part 2! Awesome video.
This is gonna be demonetized for being too mature.
It's not me or the videos. You are doing it on the comments :D
Where is Anni? Hope everything is fine!
he said a week or two ago , she is good just taking a break from youtube
Working again at least part-time at Ikea.
Do a square shaft into a round pipe.
THIS ^^^
Yes please!
Guarantee that the last one will give a few adult film performers PTSD flashbacks.
7:47 "OK, time to end this."
This is an accurate representation of how much force it takes me to deal with dense people.
The amount of work you put into just making the tool to do that is impressive. 👏 I see what you did there
Still one of the best channels on TH-cam
2:41
THATS WHAT SHE SAID!!!! Lmao!!
You’ve demonstrated the great properties of steel and why its a metal used in everything. Not only should you have used lubrication but to give time for the metal to react you could have tried to pause or lower the press slower. We forget that there is a reaction time however small that could hinder the metal ability to take a new shape. I’ve seen extruders using lathes to shape steel more than i would ever expect. Good video
I love your enthusiasm so much. You're just so happy.
That was pretty interesting... would love to see more of this.
"Anni, come and sit here and explain how we came up with this idea." "I'll think I'll stay standing actually Lauri."
I should point out that the US was actually an early adopter of the Metric system. An inch is defined as 2.54 cm. If you change a cm, you change an inch. Most people in the US who actually make things can use either metric or standard or even both together. Many automotive and aerospace parts start using metric dimensions and then are converted to standard for shops that prefer using standard. The only real advantage that standard sizes have that I have seen is in drill sizes. A typical metric drill has more room for deviation from one brand to the next which can make hole drilling to a somewhat tight dimension a bit more difficult without using a reamer. Standard drills are typically accurate on diameter to within +/- .0001 inches, so it's not too hard to hit a dimension that is say +/- .001 on diameter with just a drill. If you look at standard fastener sizes, clearance hole sizes, etc, the system works out just fine. It is more cumbersome to use than Metric, but if you're an engineer or a machinist, understanding how to go from one to the other is extremely simple compared to all the other things you must know.
Add 2 mirror in a V on the back of the object and you will never miss what is going on the other side.
6:20 - when you pick up the soap you dropped in the prison shower.
This was worth all the machining and prep work.
Take a sip for every "That's what she said." and try not to die.
This content is coming dangerously close to the intended use of a hydraulic press
never thought i'd end up jacking it to steel shafts, tubes and hydraulic presses.
Love all your videos , would love to see more of the water pressure chamber
An actual video representation of me with your mom. Never thought someone would finally make it!👍🏻
"Nothing went wrong, so let's make something go wrong"
Makes perfect sense
Amazing to see metal stretching out as if it were fabric. Very cool.
New term: _Metallussi_
The third one looks like your fitting a cadilac into a doghouse.
Or a semi truck into a lada lmao
Netflix: Are you still watching?
Someones daughter: 6:43
I’ve had nightly escapades that could be described with that title
Working at a Midas we had a pipe bender/expander and yes during expansion/flange making if you went too far the aluminized pipe would split on the seam like these do. This is old pipe and that flaking is either galvanization or aluminization breaking off the surface of the pipe.
There are many jokes getting written by the second here... Lol
This episode of Hydraulic Press brought to you be Brazzers.
This was a really fun video to watch. I did not expect it to bend that much