That's sounds really gay but it inspired me to write a short story about a gay detective who solves crime using nothing but his full blown utter gayness
I also have the best tutorials on my RUclips channel called Mt Engineering which is on CATIA V5 and solid works, which helps you to make this kind of animations, and many other things.
@@joelreuning-scherer3733 I have the best tutorials on my RUclips channel called Mt Engineering which is on CATIA V5 and solid works, which helps you to make this kind of animations, and many other things.
That one mechanism with the spiral driving the bigger gear was called a worm gear. Fordson tractors from the 1930s had worm-gear final drives in the drive axles. They moved slowly but had a LOT of torque in the drive wheels. Edit: Fordson was an offshoot of Ford Farming Equipment and the British Ford Motor Company in the UK. The Fordson Model N made in 1934 had a worm-driven axle.
I remember our Mechanical engineering teacher from high school warning us about this trick question often asked during finals. "What is the minimum possible amount of teeth on a gear?" "People don't know and guessing 6 or 8" "But correct answer is 1, because worm gear is also a gear!" I am never gonna forget that.
Yo jared. What's the next video. Waiting to see your cool animation. Take your time bro I know your video takes time to make but with that quality im not suprised.
I also have the best tutorials on my RUclips channel called Mt Engineering which is on CATIA and solid works, stress analysis, motion analysis, part drawings, assembly drawings.
At the risk of analysing a meme, the relationship between these gears is engineered to be perfect, making it better than 100% of imperfect human relationships, which is all of them.
fun fact: they use the design at 1:20 in the full-automatic NERF blasters to push darts into a set of flywheels. (the rapidstrike specifically, if you are curious)
cant even imagine which are the most insane combinations that exists.. just imagining some old huge machine somewhere in the world with insane amount of these.
Wow! The second animation is called 'Hypozykloidengradführung' in german. Few steam and combustion engines used this type of crankshaft mechanism. The advantage is no side friction on piston.
Механика - прекрасное сочетание алгебры, геометрии и физики дополненное завораживающем движением. Этот притягивающий внимание процесс сродни волшебству! Она идеальна!
Wouldn't it be 10 billion times better if you added the uses of these machines in the video!!! ANYWAY, I enjoyed it so much.....thanks for the video...
you can guess most of them even if you are not in the know, most of the where for circular motion to linear motion or some sort of energy transferrance between axis like at 1:49 and 0:43 is a old camera shutter thing or a version of it
0:22 this is exactly how a crank shaft works, the rod going up and down acts as the piston, and the crankshaft is there to turn linear motion into rotational motion which powers the car.
I also have the best tutorials on my RUclips channel called Mt Engineering which is on CATIA V5 and solid works, which helps you to make this kind of animations, and many other things.
i dont know much about mechanics but i doubt that most of these are used. they just look cool. theyre all probably way more compacted and improved to the point where them look similar because most of them serve the same purpose
The stuff of everyday life, along with ball bearings and refined mineral oils. What makes your car go, and stop! what drives the shipping that moves your goods, what drives lathes and presses to make pots and pans, print books, wrap food etc. I can even see the mechanism for my concrete breaker that's taken away the need for a hammer and chisel and made my life easier.... Nice one.
I also have the best tutorials on my RUclips channel called Mt Engineering which is on CATIA V5 and solid works, which helps you to make this kind of animations, and many other things.
Yes it is, but it is also kinda useless. Where can you use the principle that the right wheel spins slow, then fast, then slow? Imagine that in a car gearbox where you have constant engine rpm but the car suddenly accelerates to 80 and then brakes back to 35 and then accelerates to 80 again without you touching any pedals. LOL
many of those look quite impractical for severy reasons from a mechanics point of view. like the one at 2:14 while that may work but theres too much tension in the entire system wich propaply will lead it to early failure if not maintained or oiled well enough. propaply will fail at higher speeds cause the entire part is too complex to operate BUT it has a high astetical value wich is somethin xD
hey man i think all of these mechanism have a name right? could you add the names of them in the future. Most of them i already know but some are new to me and i would like to see what i could make with them. 3D print them and make some cool sculptures ad what not.
Hey great simulations, A request I have is, could you please include one or two examples of where these mechanisms are used in real life applications ? Because these are great and these are the ones we don't see/think often but are vital components of very important machinery we use on a daily basis. Also, could you please let me know which software you use to do these simulations ?
make it a passive side quest for yourself to find these mechanisms in things you interact with on a day-to-day basis. i think it makes life more interesting.
Several of those are used in your car. Automatic transmission use a planetary gearset, you will also find helical cut gears in your transmission. You will find a straight cut gear and gear racks in your power windows and power antenna. There are universal joints in the driveshaft. The differential will have beveled gears. The camshafts in the engine might be gear driven, chain driven or belt driven along with the accessory belts. Which also have tensioners and idlers. When you break down all the components required to make a car work you can look at how all of them transfer from the rotation of the crankshaft or electric motors powered by the battery which is recharged by the alternator which is powered by the accessory belt connected to the crank pulley connected to the crankshaft.
Exactly! Why wouldn't it spin 360 degrees indefinitely? What makes it lay down 90 degrees to turn the connecting swivel? Nothing that I can see. Looks cool though....
![Как устроены швейные машинки? [Veritasium]](http://i.ytimg.com/vi/FFW0GcMCgd0/mqdefault.jpg)
I want a museum that’s filled with these
me too
It very nice
@Sannesthesia sounds like it doesn't exist anymore?
Just build one. Not too hard.
Those already exist look inside a car
‘I’m gonna go to bed early tonight’
Me at 2 AM:
2 AM is early
I blame myself and video games xD
You had to call me out like that
Yep
Fun fact: it's 2am here
True
This feels like the opening to some detective show where the detective uses his brilliance in physics and engineering to solve paranormal mysteries.
Ye but not gay
Sounds like a gay series
All cool 'til "paranormal".
That's sounds really gay but it inspired me to write a short story about a gay detective who solves crime using nothing but his full blown utter gayness
I'm confused- would it be better if the detective is gay or straight?
It's almost 2 am
I don't know why I'm here
All I know are Mechanical principles part 02
i just watched videos about homemade lathe.I turned a shaft today for making my own.
I also have the best tutorials on my RUclips channel called
Mt Engineering which is on CATIA V5 and solid works, which helps you to make this kind of animations, and many other things.
This is such a mood
@@joelreuning-scherer3733 I have the best tutorials on my RUclips channel called Mt Engineering which is on CATIA V5 and solid works, which helps you to make this kind of animations, and many other things.
michal mag 02*
That one mechanism with the spiral driving the bigger gear was called a worm gear.
Fordson tractors from the 1930s had worm-gear final drives in the drive axles. They moved slowly but had a LOT of torque in the drive wheels.
Edit: Fordson was an offshoot of Ford Farming Equipment and the British Ford Motor Company in the UK. The Fordson Model N made in 1934 had a worm-driven axle.
Weird that I saw this comment right on the part you were talking about
Which one?
@@Kadlifal Try 1:56.
I remember our Mechanical engineering teacher from high school warning us about this trick question often asked during finals.
"What is the minimum possible amount of teeth on a gear?"
"People don't know and guessing 6 or 8"
"But correct answer is 1, because worm gear is also a gear!"
I am never gonna forget that.
@@jeffsaffron5647 That's technically the truth. The thread on a worm gear is actually counted as one big tooth.
Sweet video - I really enjoyed this
I enjoyed your whole channel
Reported and disliked.
Yo jared. What's the next video. Waiting to see your cool animation. Take your time bro I know your video takes time to make but with that quality im not suprised.
@@chicom3213 why?
One of my favourite channel's ever wow
I like to imagine some caveman thousands of years ago figuring this out as a thing but not having any clue how to make them
Ancient gears are really interesting. You see contraptions where the gear teeth are wooden pegs instead of spikes
Until one day, a caveman named Alborg Ainstone had a brilliant idea......
@@-w-. “Why afraid of fire?” He thought, stroking his impressive unkempt beard. “Why not USE fire?”
Caveman, hell. I've been doing that myself for years.
Cavewoman?
Most of it lego taught you as kid. I'm proud.
I also have the best tutorials on my RUclips channel called
Mt Engineering which is on CATIA and solid works, stress analysis, motion analysis, part drawings, assembly drawings.
Spirograph 🤣
la cara de maeve XD
Yeah LEGO best toy ever
Yeah
*Minecraft redstone mechanisms are still more complicated to me that this, what the fuck.*
Same
Redstone is just on or off though it sure can get complicated
@@Elipsyclips Ah I loved that dude, only mc RUclipsr I watch nowadays is Etho
@@traister101 well i mean, computers are the same as well.
@@somedudes6455 Yep, you just stack so many "on or offs" that you got computers.
Once you work with mechanical systems you can truly appreciate how some of these work and are incredibly genius inventions.
Even the relationship between these gears and other mechanical-term-named things is still a better love story than twilight.
what a stretch but i like how the gears run in your head
How is it that I still read garbage memes like this in CY+4 but Arrow to the knee died in 2012?
Or the Star Wars sequels
At the risk of analysing a meme, the relationship between these gears is engineered to be perfect, making it better than 100% of imperfect human relationships, which is all of them.
@@summushieremiasclarkson4700 Good God! That's genius!
1:25 ah yes, i know what these are
1:31 HEY HOLD ON A SECOND
Straight cut gears and helical gears. The next is double helical or herringbone gears.
Anders Termansen
What's the purpose of helical gears??
@@frlfrl2098 same as straight cut gears but more compact
FrlFrl smoother transmission, the teeth stay engaged for a longer time and aren’t released abruptly like in normal gears
@@vampata less likely to slip as well
Teacher: „The test is not going to be that complicated.“
The test: 2:14
This is a drive shaft with an extra hinge. Look below a car, it connects them engine andreal wheels.
@@codemonster8443 Okay, thanks.
I never saw people used at 90 degree, usually people used it on straight line
@@anon_acc it's called a cv joint, constant velocity joint if you're interested
it is ok, nothing special
No way! I just watched the first part and boom - you uploaded the second one!
True lol
Finish from part 1 and part 2 appear
Same feelings
Same
Same lol
I like this way to discover these principles, and try to figure out a way to apply them on machines, and possible uses for everyday
welcome to engineering :D
me at 2 am: "I should go to bed now"
youtube: *COGS*
you think about cocks?
@@ethor4858 lmao
gues it should be CSGO
Coggers
@@ethor4858 🤛🦷🤜
3D print that stuff and you got yourself a kickass kinetic art exhibition!
fun fact: they use the design at 1:20 in the full-automatic NERF blasters to push darts into a set of flywheels. (the rapidstrike specifically, if you are curious)
I really like this "Mechanical principles part 02" song
mechankical prinps 🤠
definitely wouldn't mind gaming to this song
ruclips.net/video/Qyu12E1VqqA/видео.html
0:24 looks amazing. Perfect rotation to linear movement transform.
It's not that, the linear movement velocity is that of the sine of the gear
@@CamaradaArdi The concept is that you can do both interchangeably, this goes for all of the examples.
@@CamaradaArdi Yes but in what way is that not perfect
I like your words, funny mathematic man.
cant even imagine which are the most insane combinations that exists.. just imagining some old huge machine somewhere in the world with insane amount of these.
you might like the song "the machine" by lemon demon
@@ilex_occulta thats a nice song! :) just listened it
As an engineer, this is just mezmerizing to look at. You see the beauty and possibilities
As a non-engineer I agree
マジでこういうの考える人すごい。歯車の噛み合う角度維持しながら楕円設計するとか無理だよ。尊敬
The RUclips recommendation algorythm remains a mystery
this is like an ASMR for the eyes
Has anyone else been getting these mechanical concept videos in their recommended for no reason?
yep, but it's still better than most everything else on RUclips.
Yup, came outa no where, but I'm still fascinated either way
anonymous person im not complaining
There is a reason
An impossible thripple gear numberphile video i watched half year ago
RUclips knows what we want before we do.
Красава! Дуже доступно та взірцево! Вподобайка, звичайно ж!
Дякую, друже !
Thank you now I finally understand what I spent all this time learning when I did my degree in mechanical engineering.
My favorites are definitely the ones that change the direction of the movement or change linear movement to rotational movement or vice versa
Wow! The second animation is called 'Hypozykloidengradführung' in german. Few steam and combustion engines used this type of crankshaft mechanism. The advantage is no side friction on piston.
Man why does germany have the longest names for stuff
@@xx_worldjaxx_xx1494 Because German loves to run several words into onereallylongword.
I've heard a German jokingly reffer to them as Frakenstien words
Ah yes the great
you mean Rindfleischetikettierungsüberwachungsaufgabenübertragungsgesetz?
Механика - прекрасное сочетание алгебры, геометрии и физики дополненное завораживающем движением. Этот притягивающий внимание процесс сродни волшебству! Она идеальна!
1:55 - I remember that particular mechanism well, because it's what helps spreads the wings in the LEGO X-Wing.
It's the basic gear and worm gear mechanism where only the worm gear can transmit the motion
I don't know why I opened this video, but I was definitely satisfied
Wouldn't it be 10 billion times better if you added the uses of these machines in the video!!!
ANYWAY, I enjoyed it so much.....thanks for the video...
you can guess most of them even if you are not in the know, most of the where for circular motion to linear motion or some sort of energy transferrance between axis like at 1:49 and 0:43 is a old camera shutter thing or a version of it
disagree
Great. Now I'm addicted to watching gear videos.
0:22 this is exactly how a crank shaft works, the rod going up and down acts as the piston, and the crankshaft is there to turn linear motion into rotational motion which powers the car.
More of these please!!
I also have the best tutorials on my RUclips channel called
Mt Engineering which is on CATIA V5 and solid works, which helps you to make this kind of animations, and many other things.
This is so cool, senku gonna love this 10 billion percent
This 2 videos taught me more about engineering than my university in 1 year. Keep going
Constructing the constraint relations for these must be so fun! Going to sit down and do this one day for enjoyment
Damn, lego gets more complicated every day. Amazing!
Unironically cool video
swiggly swoogly, your machine is working properly
The brilliance is in the simplicity. This is why we are at the top of the food chain.
1:47 Those are 45 degree bevel gears,
1:55 That's a worm shaft and worm gear
and 2:39 That's a rack and pinion setup with two racks
I never felt more enlightened
the lego technic department: *staring intensifies*
This is cool, I can imagine walking into some scary factory and see tese cool mechanical stuff. The music is great too.
Mumbo jumbo: here is some simple redstone.
The redstone:
I've never seen a gear in my life but this fascinates me
it's very nice to watch, but could you add examples in which constructions these Mechanical principles are used?
would be great
And titles for what the mechanical configuration is called?
i dont know much about mechanics but i doubt that most of these are used. they just look cool. theyre all probably way more compacted and improved to the point where them look similar because most of them serve the same purpose
They are used to make RUclips videos!
@@johnchristian7788 Hmmm, well I'm not sure but ... I don't think so.
Idk why this has 1.9M views, but I was sure mesmerized the entire time
ほんと、開発者頭良すぎっしょ
This video has elevated my consciousness.
This is one of those "Oddly satisfying" videos.
Yes
.. Unlimited knowledge!!!!
1:46 Hey! It’s those tan gear lego pieces xD
The stuff of everyday life, along with ball bearings and refined mineral oils. What makes your car go, and stop! what drives the shipping that moves your goods, what drives lathes and presses to make pots and pans, print books, wrap food etc. I can even see the mechanism for my concrete breaker that's taken away the need for a hammer and chisel and made my life easier.... Nice one.
The renders are amazing. It will be great for viewers if you can mention the uses of these arrangements while they appear and their names.
At twenty-three seconds, you delivered the solution for my moving piston. gratfull thanks
0:56 This blew up my mind!
Am I the only one who thinks this is really satisfying to watch
Very interesting video! 👀
Lets be honest,
Nobody looked this up. But we found it.
And we liked it.
Me : about to sleep
RUclips algorithm : here's some cool video
I also have the best tutorials on my RUclips channel called
Mt Engineering which is on CATIA V5 and solid works, which helps you to make this kind of animations, and many other things.
GOLDEN ROTATION OMG
i have the one at 1:00 3D printed. it’s called nautilus gears and they’re super fun to play with
Same
Useful for getting increasing or decreasing gear ratio, such as for audio taper volume control.
Sangat mengispirasi video ini.... 👍👍👍
This brings memories about calculations, durability of gear transmissions from my studies. Scarry...
Really satisfying to watch
Greetings from Finland!
Perkele!
hojohojo
Why is it so satisfying to watch these in action?
Would love to see a practical application of the assembly at 2:14
Remote door locking mechanism
Looks to me like it would just spin about 3/4 of the way through a cycle
dear god yes
look up faroarm its a measuring device, its not a perfect representation but if you see how it moves you will get what i mean.
Watches mechanisms move is truly its own reward.
1:00 It's really genius
No, that right gear hit in the transition between the fastest and slowest modes is gonna actually break the mechanism really soon
Yes it is, but it is also kinda useless.
Where can you use the principle that the right wheel spins slow, then fast, then slow?
Imagine that in a car gearbox where you have constant engine rpm but the car suddenly accelerates to 80 and then brakes back to 35 and then accelerates to 80 again without you touching any pedals. LOL
Согласен
@@derwolf200
That’s why cars don’t use them lol
What are some applications to that? And how would you come about to fix the problem of the harsh hit of the cogs?
great & interesting👍😊
respect from Gilgit-Baltistan👍❤
I should have studied that in uni :O
It's one hell of a satisfaction
Amazing.😊😊
Stress Relieving
Идеально для медитации и поиска Цы
Ходил на Мулан? Признавайся
@@serega25565 нет. А ты подписался на мой канал? Колись.
@@MonahCinema Подписался, я тоже люблю машины
@@serega25565 Красавчик! Но не только машины у меня.
this changed my life 🙏
many of those look quite impractical for severy reasons from a mechanics point of view. like the one at 2:14 while that may work but theres too much tension in the entire system wich propaply will lead it to early failure if not maintained or oiled well enough. propaply will fail at higher speeds cause the entire part is too complex to operate BUT it has a high astetical value wich is somethin xD
This simple stuff amazes me cause someone has to visualize it first
0:33 Isn't there a much more efficient way to get rotary to reciprocating?
It's 3:30 in the morning and this is the most entertaining shit I've seen in a while
hey man i think all of these mechanism have a name right?
could you add the names of them in the future.
Most of them i already know but some are new to me and i would like to see what i could make with them.
3D print them and make some cool sculptures ad what not.
the double gear at 1:39 is an innovation by the french auto manufacturer Citroën to remove sideway torque. They made it their brand logo
@@Duke_of_Lorraine humm... i don't think they did lol, i see citroën's everyday and i never saw that as their logo.
the logo isn't the full wheel, but the chevron-shaped gear.
cdn.1min30.com/wp-content/uploads/2017/08/Logo-Citro%C3%ABn-1.jpg
@@Duke_of_Lorraine Umm oh ok I understand know.
I never get tired of watching mechanic 💯💯💯👌👌
Hey great simulations,
A request I have is, could you please include one or two examples of where these mechanisms are used in real life applications ? Because these are great and these are the ones we don't see/think often but are vital components of very important machinery we use on a daily basis.
Also, could you please let me know which software you use to do these simulations ?
make it a passive side quest for yourself to find these mechanisms in things you interact with on a day-to-day basis. i think it makes life more interesting.
Several of those are used in your car. Automatic transmission use a planetary gearset, you will also find helical cut gears in your transmission. You will find a straight cut gear and gear racks in your power windows and power antenna. There are universal joints in the driveshaft. The differential will have beveled gears. The camshafts in the engine might be gear driven, chain driven or belt driven along with the accessory belts. Which also have tensioners and idlers.
When you break down all the components required to make a car work you can look at how all of them transfer from the rotation of the crankshaft or electric motors powered by the battery which is recharged by the alternator which is powered by the accessory belt connected to the crank pulley connected to the crankshaft.
Fascinating gears, indeed
2:13 I don't see why the middle shaft wouldn't stay in a vertical position indefinitely without any movement being further transmitted.
Exactly! Why wouldn't it spin 360 degrees indefinitely? What makes it lay down 90 degrees to turn the connecting swivel? Nothing that I can see. Looks cool though....
Reminds me of opening credits for Bicentennial Man starring Robin Williams
Okay, so a lot of this I can see a real world application for... But the hell is the use for what's depicted at about 2:15 ?
@Bla bla Dudel
In what?
Imean, this seems to waste a lot of energy. I don't know why you'd want that to be the case.
Воистину - все гениальное просто.👆🏼👍
I was watching this and remembered how I used to make the gears grind when I was still learning to drive stick... and I cringed pretty hard lol
it's so satisfying watching the bumps go into the grooves
Woww, it's really nice but can you please mention name of working principal also
I have seen the best video of my life
What schools needs to teach:
What they teach: *pLanTs HaS chLoroPhyll*
0:42
Awesome
2:12 Now that one I could never come up with!