This KNIFE will change JET ENGINES FOREVER ( Metal 3D Printed )
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- čas přidán 3. 05. 2024
- Temu Integza X $9.9 Flash Shop temu.to/m/ufcva874jru
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All the Temu users can get a $100 coupon bundle through the link
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Integza plz make a rocket using a jet engine. Hope this gets a lot likes😢😭
The vid is 20 minutes ago but ur one hour? How
@@aivarsgraudins8423 oh I didn't noticed 🤔
*breaths in* SPARK ARRESTOORRRRRRRR
Integza is competing with Electroboom to see who can put his skeleton into orbit first.
That would be a great collaboration.
Your not wrong and it’s hilarious
don't forget about styropyro
@@ristekostadinov2820 oh yeah, but electroboom tends to electrocute himself on a hourly basis and I can't remember the last time styropyro got hurt. Would love to see an actual competition tho 😂
A dream of many a great man
By using metal with holes, you're essentially making a... Swiss knife.
Lmao
That's actually facts though lol
The Cheese he was cutting - was that Swiss Cheese?
@@Kiertapp new content.. Swiss on Swiss action uncensored
*bu dum tiss*
I like the idea that you went, "not a fan of this plastic spinning next to me. I think ill stop." But you were just playing with hydrogen and oxygen in a shared line. As someone whose accidentaly caused a small explosion in that same way, that made me fucking nervous.
Same, every few minutes I got crazy nervous and mad at him BC he never said don't try this yourself and that stuff was dangerous af.
He literally put a highly flammable battery that could explode or catch fire (which would not be easy to put out) when subjected to heat next to a handle that is so hot it burns you through gloves. And that is only one thing.
The duality of man's inclinations for technology: Can we make war with it? Or can we make food with it?
Why not both?
@@HenriFaust Both, both is good.
Tbh i would have liked to see more of the hydrogen with compressed air and experimenting with that cuz invisible fire making a red hot knife is COOL.
cool video otherwise
Oxygen puts its hand up…
I'd argue a red hot knife isn't cool at all, in fact it's the opposite.
That whistling noise was the flame front trying to make its way down the tube.
@@cult-of-sporque Yeah, without a flame/flash-back arrestor or two separate fuel/oxidizer inputs, that is a detonation waiting to happen.
Source: I'm a welder.
cool maybe, but also terrifying. Please don't mix hydrogen and oxygen before they are where you want them to burn lol
a bit disappointed to see you accepting a sponsorship from temu :(
Yup. I’m not watching as a result.
Yep unacceptable
yeah def gonna dislike now
Better than any made in amerikkka dogshite
If you want videos from HIM making rocket and stuff like this He needs money for it so shut up
Another material that looks just like the 3d printed porous knife, is the air mufflers/diffusers on industrial pneumatics. Under magnification, some of them look like brass beads that have been heated and pressed into a truncated (blunted) cone shape. If Integza wants an off-the-shelf porous material, that has pipe thread already attached, I would use the pneumatic muffler method. I just checked the industrial supplier McMaster-Carr here in the USA, and I see they even make stainless ones.
Alright, now that you've made a knife, we need a flaming sword
Shadiversity did an episode on flaming swords.
It wasn't like this, like, AT ALL, but you might still enjoy it
@@michaelsorensen7567 Thank you I'll check it out
A 3D-printed knife with a billion tiny hydrogen rocket nozzles in it is just too appropriate for this channel lol.
he would have WON the hot knife "challenge" like 10 years ago lol
@@pvic6959 it was 10 years ago???
@@kiwuuspurr1927 it was a guess lol. but that seems about right
As a guy who bakes bread, I love the idea that a bread company is trying to be as high tech as aerospace companies.
As an Aerospace Engineer, I love the idea that aerospace companies will be trying to be as high tech as a bread company.
If you think how much productivity they lose every time sticky dough fouls the cutting machine, this likely saved them tons by now.
As a food industry automation engineer, I agree
The repellant feature is awesome! Propeller and boat hull would make a low friction and perhaps efficient boat.
Kawasaki did it years ago on one of their JetSkis. High pressure air was injected through ports on the front of the bottom of the hull. I can't remember what model, they didn't do it very long since it was prone to issues. But other ships have done it as well. Air Lubrication Systems they are called.
It seems great… till you realize turning off the pressure makes it just another leaky boat
@@coffeegonewrong Why would the upper/interior parts be porous? That would be a foolish design that wastes half the power and whatever gas is injected into the hull.
If only one side (or only the blade...) of the knife needed to have the desired properties, they would seal the other parts, as they did with the handle of the demo knife and support fittings of the industrial ones.
Also, there's a point in hole diameter where air and other gasses can pass, but liquid water will be stopped. That's what Gore-Tex material does.
@@VoltisArtI didn’t know that about goretex. Sorry, sealing the parts you don’t want leaking makes more sense. I guess the mental image was funny so I wanted to share.
A sword version of this with only half of the blade burning would be a terrifying weapon. Keeping the fire a half a meter or a foot and a half away would be a big improvement for the user too.
I've never feared for you life more than the moments i watched you hold a knife with a supersonic gas output with a flame front that was traveling back to the source.
IKR! on the other hand, the source's were neither explosive on their own, only the gas in the tube "downwind" of the point they mix could have exploded.
Word
Did you not see the home-made pressure vessel without blow-off valve, ie. Pipe bomb, in the last video? 😬
@@JMPDev If you don't mean this video, then personally, no. I need to check his previous video.
"don't play with fire"
The most incredible thing in this video is that he did all of these INDOOR. In a somewhat closed room.
I was waiting for the ceiling to scorch in 3... 2... 1...
Yeah, I mean, I wouldnt have done that, and thats saying something.
brought to you by cack
I had the same thought!
Hydrogen burns at 2000 degrees, as the camera pans towards the ceiling, I was totally expecting the next shot to be the fire department showing up. Instead it's him adding oxygen to make it burn even hotter. I don't understand how he didn't burn down his home.
Next logical step is a Star Wars style light saber using plasma and magnetic fields to contain and shape the plasma.
Mans just casually makes a lightsaber when testing a jet engine theory, Fucking sick.
Or you could actually Make a lightsaber using this principle with a telescoping tube, this could either become a bomb in your hands or evenly distribute the o2/h2 mix within the space and allow the pores to act as a filter screen so long as you have a double barrier between the ignition area and the fuel injectors (for safety, if you care about that).
A TEMU-ad....
Would have preferred a Raid-Shadow-Legends app over TEMU
This is why we use the "Sponsor Block" extension.
Omg a temu ad, surely you can't just ignore it and watch the video
@@richardmetellus2336 That would encourage Integza to take on more shady sponsors.
I would take used car or political ads over RSL.
Womp womp
I love when someone looks at one problem and realizes it's actually a solution to another problem they have.
Except the bread company apparently even used it against their original challenge too.
The video was awesome. I was a little worried about your ceiling in a couple of those shots though. Anyway I am an aircraft technician and totally agree with you. I can't wait to see how you incorporate it into a jet engine.
You can also try doing a somewhat thin rocket nozzle that goes al the way to the end and returns to the center, cover all of it but the very center ( or end, for the nozzle to cool with the hydrogen) with coating the outside with metal so that the pores to the atmosphere are closed functioning more like a pathway for the hydrogen to pass by, just like the actual rocket nozzles, u can cool your nozzle while distributing fuel. These micro pore would probably work perfect
Please no more Temu😢
Ik 😭
Almost unsubscribed
You nearly unsubscribed to a CZcams channel that provides you with entertainment free of charge because of his choice of sponsor? How dramatic! A little egotistical, but how dramatic!
@@minchy83 cause temu is unethical
@@minchy83 Temu is a big no no
That hydrogen and oxygen experiment was a 50/50 chance of never seeing Integza’s neighborhood ever again.
Pretty sure that was hydrogen and air, h + o would have been far too reactive.
@@davidjordan4770 Wouldn't bet on it, but even then.
Oh dude, it wasn't oxygen, everyone that messed with hho can tell you this. Stuff gives nightmares.
@joshmaxwell8767 Did you hear a boom? No? Does Integza still have a hand? Yes? It was air then.
@@joshmaxwell8767 You could hear the air compressor in the background when the flow goes supersonic the first time.
You should make a "hot/ cold" house fan, make the blades out of your new porous metal 3D Print all the casing but have hydrogen source pumping into the fan blades so when it ignites you can have hot air or switch it off and have cold air.
Major dangerous but watching you wave that knife around with fire all over the place. I'm guessing danger is your middle name.
Keep up the good work. Have been watching you for years
i don't know if anyone has suggested this, but try to create a rig for the knife you just made that spins the knife while it's rotating at around a 1000 rpm, and figure out the optimal rotational speed and gas injection pressure to create a literal flame wall... !!!
props if you can do this with a long bar instead of a knife... this would be a good concept to start working on the jet engine tbh.... if the fan design can literally spew fire and rotate fast enough to suck in enough air, you have what you want.. :D
if you like my idea, please conisider sending me that 3d printer... i would be absolutely thankful.... i don't even want it for free, i'm literally willing to pay what i can afford on my end to have one !!!
living in a third world country is absolutely shit, can't find good deals anywhere and even if printers are available parts are missing that make it impossible for me to get it in my city in working condition...
Video idea:
You should make a video collaboration with NileRed, where you turn tomatoes into rocket/jet fuel!
Didn’t he already do that?
@@TheRealSpaceC No, he made flash cotton. Even though he called it rocket fuel there are no way he could power one of his engines off of it.
@@TheRealSpaceC no
YES YES YES YES YES
That would just be simple as fermenting the tomatoes into an alcohol and distilling it. Ethanol rockets are an old classic.
This concept has been in use in high-performance (military) jet engines for more than a decade. They don't use it for fuel injection, but rather air cooling the rear turbine blades. Turbojet power density increases with combustion chamber temperature, but past a certain point no existing materials can withstand the heat. The solution was to bypass some of the air from the compressor section through tiny holes in the rear turbine blades to cool them well below their melting points, minimizing turbine blade creep.
Oh thats very cool to know!
Won't a liquid like water work well? Lots of thermal capacity plus a huge expansion going from liquid to gas
@@robertjanbout1437 Well, they have an infinite supply of air, and if they used water they would have to carry a limited supply of water
Interesting!
I was a tooling design Engineer for a company called Amchem that developed the process to machine holes into the internal galleries of Rolls Royce turbine blades and stators. We used an EDM process with tiny hollow brass tubes in the tool heads, it was a great job.
That knife is so cool.
My guess is that the side of the jet engine that you don’t want fuel to go to will have to be printed slow and the side that you want fuel to flow through will be printed faster. Thanks for sharing this with us.
Very excited to see where this goes. This was my first video I’ve watched from you and I’m hooked now
4:30 nah bro, he enchanted his knife with fire aspect
real.
Fake. Fire aspect lights thing on fire, not the sword. Go back to Minecraft University
Imagine a thief breaking into his house, seeing that flaming knife lighting up in the dark
Or a golf club head!
Just as the Founding Fathers intended!
And whistling
Underrated
Smart wear with wireless charging - your jacket is smart with air quality sensors and radar for sensing threats behind you PLUS you can hang it on hanger that wirelessly charges it.
You're thinking too small.
You MAY be able to create not just a normal jet engine but a DETONATION engine.
The trouble with detonation engines as I understand it is the combustion mixture comes into contact with a hot surface or hot gas and ignites before the detonation flamefront reaches it.
This technology might be able to provide a forcefield of constantly incoming cold (and yet unmixed) gas that prevents this contact from happening.
Just like bread dough sticking to a knife.
Very cool (literally)!
Wouldn't the material be weaker due to the pour. And the shock wave would break the meterial
That's what we want to find out!!!@@kanchanmishra4790
a cylinder made out of this metal, that pumps oxygen through itself. Inside that cylinder, a second, smaller cylinder that pumps hydrogen through itself. That way it wont have the same issue the knife had with heating up when the gasses mix. This should allow for that gas mix to happen outside the metal... maybe a good idea. I'd say worth a test.
@@kanchanmishra4790 No if the material doesn't go into the burning chamber.
Cmon, even a RAID shadow legends sponsor is better than Temu
Even betterhelp is still a better sponsor than temu, and if you know anything about betterhelp, is that they're the textbook definition of a scam
@asmithdev2162 womp womp
@asmithdev2162yes it is.. we are his viewers. It's thanks to us he gets money. Or not if we stop watching because of supporting shit like temu
@asmithdev2162weird how you think we cant express an opinion. We are his viewers. We bring him the money. If we stop watching, his channel dies
I buy less brass from raid shadow legends
As well as running fuel through it for smooth ignition and combustion in a jet, if you make the compustion chamber, foils and compressor blades with that material and run air through them it will cool them and allow the engine to run at temps above the melting point of the metal. Higher temp engine = more power, a lot more power.
The shear amount of possibilities from this tech alone is guaranteed to change the world! Especially in hydrodynamic systems engineering! new ways to propel ourselves through water. Or even space!
That is so cool! I tried making a flaming sword once by casting aluminum over a tube that ran down the length of the tube, then drilling through the edges of the blade. It was a bad design.. for a lot of reasons haha. That works so much better and you can still use it like a knife!
I would love to make a sword using the porous metal but is hard to fit a sword into the printer volume, I’m looking into making porous metal without using 3D printing !
There's a ton of cool ideas that could be had with y'all! Kevin's chaos and Joel's tools would make a fun collab.
Hey guys ik you guys probably won't see this comment but I do have idean of making a porous sword by mixing matel and I would love to work with yous guys I recommend watching the video on yt of making pink gold I will put the link of the video and you can use Raney Nickel is typically made by treating a nickel-aluminum alloy with a strong alkali solution, such as sodium hydroxide (NaOH), to remove the aluminum. This leaves behind a porous, high-surface-area structure of nickel, which is then often activated by further treatments like heating in hydrogen gas. The resulting Raney Nickel catalyst has enhanced reactivity due to its increased surface area and porosity. Idk if this will be structurally strong or not but you can give it a try the video link in of pink gold which had pores or cracks :czcams.com/video/d6Pcp944sRI/video.htmlsi=se7V1MFxZNtVxKOp
czcams.com/video/d6Pcp944sRI/video.htmlsi=se7V1MFxZNtVxKOp
Not temu sponsoring the video 💀
Womp womp
@@dannygough2200 not here too XD
Not another person complaining about a sponsorship 💀
@@minchy83 tf u gon do huh its his opinion 💀
That’s the problem these days, too many people voicing opinions that they should have kept to themselves…
I wanna see a katana made out of this, right NOW! The version with the red blade and invisible flames will make a stunning sword
Integza: Fearlessly holding a flaming ready-to-explode red hot knife without gloves on.
Also Integza: Hides under the table when running a tiny motor.
Be bold, my man. Integrate the death motor with the flaming dagger of death 😆
I don't believe for one second that you actually use TEMU to get anything.
Well it's a really reliable source for getting cancer...
I got a lot of things, and returned almost all of them for not working
You can get stuff from there but I wouldn't get anything more valuable than a few dollars
I can't believe we've looped back the internet to see integza do the 1000 degree hot knife videos
so its a neat idea, the problem is temperatures. super alloy steels are heavy, but can handle the temperatures. but not used in jet turbine engines but are used in steam turbine generators. jet engines use titanium, which softens at around 650c, way below the operating temperature of a jet engine. which is why they use holes through the blades to inject an air layer over the blades to keep them below the softening temperature. injecting fuel would cause the blades to likely get above that temperature, leading them to soften and fail.
could be used to make a better blade that can inject a more uniform layer of air though.
If you get a lean (oxygen rich (air rich)) mixture going into the blade and run it for a few seconds then the metal should get hot enough to ignite the mixture within the knife leaving fully combusted exhaust, and the heat will be focused on the blade instead of making a huge 3 foot torch, so you could toast bread better
You'll want to turn down the flow a bunch to keep the blade from melting
You could also drill a hole through the handle, and insert a pipe to seal off leakage in the handle, and increase transmission speed/capacity to the blade
Okay so the coolest part to ME was that it "Self-Cools". Air is a super good Insulator, that's why Insulation is often just very very porous materials or Fiber's of something. So, when the knife is burning something without an oxidizer, it would probably never get hot enough to damage itself. BUT when you add a little more "Power" with the oxidizer, it get's Red-Hot and the SECOND the oxidizer is gone, it self-cools and stops glowing. To me, that is incredibly cool!
now make the next step, jet engines suffer from cooling issues and potentially can melt themselves make the heated componants (post combustion camber compressor blades etc out of that material and you overcome the cooling issue which allows for hotter more powerful engines.
It still needs better cooling though, getting red hot is probably closing many of the holes permanently.
It needs interior pathways that can individually be enabled/disabled to manage heat. What would even better is a design that automatically limits areas based on material expansion as those areas get hot, maybe have the interior of the knife also designed as a heatspreader via material usage.
he literally made this sponsorship like "hi thanks for ur money temu im gonna maka a sarcastic ad for u" I LOVE THIS KIND OF IRONIY
Yeah...peak irony...
@@WCU_LLC dotdotdot yeah dotdotdot
What part of it was sarcastic
A lot of people can't recognize sarcasm. Poor mental development.
@@HopeisAnger Some people are autistic and struggle to detect sarcasm due to being very literally minded, don't be a dick about it.
Glad to see you're still at it. Freaking cool.
this tech has one MAJOR problem for use in a jet engine, the whole inside is like a sponge, so blowing air through it for cooling has MASSIVE pressure losses because it's basically a giant throttling valve.
there's a reason why real jet engine parts that have film cooling use a shell with electrical discharge machined holes instead of a spongelike internal structure.
this sort of porous metal is also just not very strong, especially in tension, so the turbine blades, which get the hottest, would just break under tension from spinning if you made them this way.
a temu ad? really? i really hope they paid you very very good
They sure don't pay their child workers. so that money has to go somewhere.
@@xalwineIs *THAT* why people hate Temu?
@@loganiushere Making children ship garbage directly to landfills across the globe.
@@loganiushereSomeone whines about every sponsor, maybe they're telling the truth this time, maybe they're lying again.🤷♂️ Do your own research.
@@loganiushere It isn't the only reason. It's state-sponsored so the slave labor isn't the only reason they're able to undercut all competition while filling up landfills with poorly made products. It's backed by the state as a method of economic/social influence.
Disappointed that integza accepted temu sponsor
Why is that?
I suspect it's the leftists that are worried about that. I couldn't care less ...in fact i like that company
@@ShannonDove-sy7ye Could you explain that, please? I'm not sure of what the heck is going on with TEMU or why people don't like it.
@@alext8828 I'm not sure, but I think it's typical leftist complaining, they contribute to so called "global warming", or they not "diverse" enough, or something along those lines
@@alext8828 test
i wonder if its possible to have the blade significantly more porous as you get closer to the end so most of the gasses escape further away from the handle possibly even directing it to the point so the handle doesn't get nearly as hot, i think that would be a cool mark 2 of this knife
as an avid Temu enjoyer, here's a thought although challenging it would be : Make a rocket/jet/flying device with only products from temu. this would obviously not include ready made flying things like drones and the like.
This is the perfect activity to do indoors
I wanna see the ceiling
At least he's doing it in the garage now, instead of his *_attic..._* 🥴😒
🤣
@@DUKE_of_RAMBLE his *wooden* attic ⚰️
@@lucaortolani2059 Precisely! 😅
But in fairness, that was implied, as every single attic I've ever been in during my 41 years, has been wood lol 🥴
I don't get a chance to mess with aero engines too often, but I do work rather frequently with large gas turbine fuel systems at my engineering job. They've been using diffuser-type reverse flow fuel delivery systems for a while now with pretty interesting results! I highly recommend that you look up the General Electric DLN 1.0 combustor system sometime, Integza. Its an older design from the 80s but in terms of flame stability in high-flow combustion its really quite impressive, and being older a lot of the documentation is freely available online.
Integza is the only reason I got into 3d printing. He made it look so useful and cool.
It's not every day you stumble upon something this amazing. Also the future theme could be an air bearing for frictionless action based on this porous material.
Not Temu 😭
What's up with temu? never heard of
@@logitech4873 it's a notably scummy drop-shipping platform.
@@logitech4873 temu is basically a Chinese knockoff store website that also includes gambling and a lot of scams for influencers to exploit
@@logitech4873 It saves your payment info and adress without your persmission and then either sells it or chrges you additional costs without you knowing later.
@@logitech4873 They also use cheap child labour and very unsafe work conditions.
ouch, a Temu ad. it's really time for creators to start vetting their sponsors properly.
At least it's not betterhelp, I'd rather a shitty chinese website then a therapist that sells patient suicide data.
@@goat.95 you're right, its not betterhelp. its worse.
@@goat.95temu is so much worse than betterhelp
@@goat.95 Suicide data?! Jesus. I guess so Facebook can push a lot of popup ads for rope and sleeping pills.
@@TACTICALwaffle2couldn't agree more as I would rather be sponsored by a company while sells their user data than a company that sells their user data, scams people, and uses slavery
A video on how different print parameters effect the structure of the porous material and the way it propagates flames would be interesting, as the flame coming from the knife didn't look too uniform
Can’t wait to see what the jet engine will look like and perform with your new metal method
Glad to see Integza get back to his roots: almost lighting his ceiling on fire with unchecked open flames.
uff Integza.. An TEMU Ad? big oof on that... -.-
Maybe they pay more money
@@RealMrRobinson yes they do, because the consequence is that people complain about it.
@@d.6325 that's cause it's an awful app
Why
Why do people think they have the right to complain about these sponsorships? Let the man do his job.
I am excited to see what you come up with. As a 50 y/o retired Army officer I am blown away by the level of sci-fi that has become reality. There are even some technologies that I used in the military that have not become public yet but they have SO MANY possibilities. I love to see what happens when someone with a high IQ thinks outside the box and changes the world for everyone!!
who would have thought that a theory that involved so many holes in it would come to a practical application. i see the potential for an ignition device to be sure.
if you, k3d or kaak could somewhat control or edit the design of the pores, it could be beneficial or even revolutioniary for jet enginering like imagine a set of metal wings that shots fire on every tips of its metal feathers then combine that with oxidizer making the fire actually has some power for flying.
"okay here's the bread, i am going to turn on the knife." words you never thought you'd hear from Integza 🤣
How to make ion jet thruster..?
Idea is to make a jet engine combined with a ionic thruster to suck air. Thruster will suck air into combustion chamber and in combustion chamber it mixes with fuel and burn to produce high velocity gases and boommm this idea may work...
Yes, Temu is disgusting
Why don’t you sponsor his videos instead of being a massive hypocrite?
@@robertp457Bcz i don't have money to sponsor! Haha lol !
you should try and make a two handed sward and hide some butane in the handle of the sward to make it portable it's gonna last short but you'll make it work in some way to make it last longer i think by using hydrogen and oxygen to make a stronger flame but have them feed into the knife slow so that it last a while probably 7-15 minutes
IDK why people hate the flavor of carbon, it's literally my favorite taste next to that gun metal, gun powder taste you get when you fire a gun. 🤤
You should add a thermally resistive ceramic handle with a guard so it doesn't get to hot.
Or use air-gel
The outer part of your hand will still burn from the flame. A glove is the safestx option.
@@FarmerFpv that’s why I said “with a guard,” but also using a glove would still be smart.
Is it a bad thing that I was on the edge of my seat watching you eat an entire dinner meal on camera? haha. I see the potential this tech has, and fully expect you to expand upon this.
Too many comments for me to catch up, but this concept could easily be used for control nozzles (for instance afterburner or rocket nozzle components) as either a stand-alone, or an internal liner, to the parts (for instance inconel), which, if pumped through with air/whatever coolant, basically would create a cooling "shield layer" preventing hot exhaust gases from direct contact with the surfaces, thus allowing much higher potential exhaust temps without weakening/melting the surfaces.
Also makes me think of a redesign of other troublesome surfaces, such as an SR71 inlet and other compressor surfaces, where the engine (and plane) itself could literally go MUCH faster than they ever did, mechanically, except that the parts would reach thermal failure levels... again, even a small flow of cooling air (or even possibly fuel injection as a coolant through the pores with significant enough flow to break the laminar flow on the surfaces, of the inlet/exhaust flow) would dramatically lower the material temps, thus allowing further performance. Just some thoughts of possibilities, I bet someone else (in the labs already, or even here) has thought of this though.
If there was a way to coat part of the porous metal (or have part of it not porous) to make a directional flow, you could possibly make compressor vanes with their own "burner cans". Or even a combustion chamber with no burners, just porous flow. That would be pretty cool.
Integza just casually playing with a pretty big flame indoors is giving me anxiety :D
Why does it have to be in a like living room?!?
If his house ever burns down, I imagine his insurance company would have a field day with this to justify refusing the claim
and then mixing fuel and oxidizer in the same line like he wants to blow himself up
@@yeahitskimmel Better than his flammable as all getup attic
Electroboom: "Finally, A Worthy Opponent , Our Battle Will Be Legendary!"
Hello I am here to give you a suggestion you may enjoy making. I would like you to make a Ram jet, the jet engine they used on the SR-71, but I don’t just want you to put it on a skateboard. I want you put it on a Rc jet, I want to see how good you made it and how fast it goes. If you see this I hope you do this soon and wish you luck if you attempt this.
I think that you should try printing a porous ring to inject water into your plasma jet and see if you can get the fusion resulting in 50% higher thrust.
Bro made a rare fire knife skin IRL and an ultra legendary SUPERSONIC FIRE KNIFE SKIN
Video idea: "A jet powered leaf blower"
Dont know if its possible, but also the option to spit flames and burn the leafs😂
After it is all on a big pile, you BURN it
That's why they call it an 'afterburner'😅
Apparently, Russia uses jets for snow and ice removal. I bit excessive though, as I would think it would exacerbate asphalt degradation... If not from the heat, then from the plain water being able to seep into cracks and freeze, making said cracks even worse.
Anyways, for leaf removal... As long as you don't do it anywhere on Earth, it'll be fine! lol
Otherwise, you'll just be burning down every forest you use it near, *_and_* the homes in and around it. 🥴
that's super neat. I'd be printing all sorts of silly things like aquarium stones if I had easy access to that.
The real use for this I see is in the fan blades. They already have piping in them to get a layer of cool (relatively) air protecting them from the post combustion heat. This would be even better.
That was awesome! I hope that you get it through security so I can see it at Open Sauce!
Lame...👎
This channel has been such a good source of reference for 3d modeling post apocalypse weapons
A scramjet, or supersonic combustion ramjet, is an engine that operates at hypersonic speeds and allows supersonic combustion. It's a variant of a ramjet airbreathing jet engine, but in a scramjet, combustion takes place in supersonic airflow. Scramjets are intended for hypersonic aircraft and are expected to be a favorable propulsion preference for both aircraft and cruise missiles.
You can make a video about the other uses of this metal, such as engine cooler, lighter metal, sponge, quick rusting (if it has a use)...
you should try to make a pulse jet engine out of the porous metal, you could seal the outside of the metal body to make sure all the gas only going inside the engine, this would allow for even spread of the fuel throughout the engine and possibly make new and very efficient engine. (from there you should put it on a rocket and launch it up to see what happens)
for a hobbiest it might work but i don't think it would work on the large scale rocket. the metal might be adding too much weight to the engine.
@@takumi2023 might reduce weight if you can save on plumbing
@@nic.h not that much as most engine (rockets) are just nozzles and bells. you'd still need to pipe the fuel to the combustion location. (blade of the knife).
i am interested in see how he will implement this into an engine. my initial thought was using it as a oxidizer or fuel injector. the problem is the lack of control and consistency. he mention that the tip of the blade is hottest and we saw the spine had much more fuel leaking compared to the blade as well as uneven heating. Now i don't know if the 3d printing process can control the flow rate of the blade (or other shapes) by making the porosity consistent
Might be possible to do so with metals that are very resistant to high temperatures. But then there's the other problem, they're very resistant to high temperatures, therefore, very hard to manufacture
I swear, your channel is a near constant barrage of super interesting forays into jet engines but this video was completely novel and exciting. Thank you for showing us this kind of stuff (and I'm happy for you that you get to do this, too)
3d print a cylinder and a cone of the same material as the knife and and assemble them into a jet engine... you won't need fuel injectors as those will do the job quite nicely.
This looks like a great frictionless idea let’s see some great inventions made by this technology. I’d like to see some bearings. I feel like this technology could lead to a perpetual motion machine. This may also allow for supersonic travel without having a sonic boom
Make a flaming broadsword that takes 2 cartridges in the hilt for a flame out the end!
I thought the same thing except for the back of a single edge sword so that the whole blade trails fire during a swing. In slow motion it should look epic.
Brings whole new meaning to "like a hot knife through butter"... and bread, and cheese... HAHA!
Oh my goodness... This is awesome! So here is a thought... Instead of a combustion chamber that pushes air... Push water... With hydrophobic coating on the wall... Then hydrolyze the water to browns gas... The browns gas can pass through... The water cannot and the water can be circulated as a better coolant for the combustion wall...
You need a longer HANDLE made out of CERAMICS :) A sword variant is obviously the next step...
I'd love to see a video that explores other unconventional uses of 3D printing, and the potential they hold! So cool that all this came from a hiccup in the printing process!
should test an aquarium airstone. some are made of sand or quartz, not sure what temps they will take. More transportable than a knife
Idea:
Spin momentum based drive.
Three main part.
A pipe shell that is closed at both ends.
At one of the inner ends, a plate that is anchored there with a motor.
So they spin counter to eachother.
And it is full of liquid. That liquid is hevier than both....
When that motor is running, at most of the pipe, the liquid is concetrated at the wall(/floor, really, spingravity/angular momentum) more at the end with no plate.
At the end with the plate, that counter spining(plate and pipe) makes the combined effect of the angular momentum on the liquid weaker.
So it is not as *heavy to the floor/shell,* which makes it experience a presure differencial. Thus it goes to fill up the middle.
...
Remember, it is heavier than the shell, so it doesn't fly back/to the other end in the middle of the space in that pipe, as fast as it is throwing back that end of the pipe shell.
And that shell pulls with it some of the liquid at the walls, same liquid that is going *on its own* to flow that way because some of that liquid there is now at the middle of the pipe.
And some of *that* will be nullified by the liquid that goes back... more that enough to make sure that what hits that other, plateless end is not enough to actually nullify that forward momentum.
This video was sick asf, for a theme of a video i think making the knife battery chargeable so you could automatically create sparks from battery
Integza needs to go back to all the jet engine ideas he had in the past and award the best one. It'd be like an award ceremony and a celebration for getting millions subs.
You should absolutely do a giant axe or sword with this technology. A Battle axe could maybe even be self contained.
Or maybe a baseball bat.
the thing i wished you did was test the temperature of the blade after exposing to high temperatures for a set period of time, to see how quickly it dissipates the heat from the blade and handle .