The WW2 F4U Corsair carrier fighter is a superb example of mechanical design. Whoever designed it was a genius. Just watch a video of that plane unfolding its wings and taking off, it's amazing.
I cannot get over how humans dreamed this up, and I'm one of them, yet feel so stupid because I could never wrap my mind around how they came up with this as fascinating as it is to watch.
That's what I think too whenever I see something complicated or complex. There's no way I'd ever make something like this based on my own ideas but I think it's absolutely incredibly how people not only think it up but also build it.
3:47 a variation of this is actually used commonly in woodworking for holding large pieces such as bowls onto a lathe. it’s great because it provides ample clamping pressure without damaging the wood surface or blocking access to the front side.
Half the fun of watching these videos is checking the comments for people like you saying "yah I have seen that in action"! Especially when some seem so nonsensical to be usefull for anything!
You should put a number on each of these. I brainstormed for quite a while to see if I could design a machine to perform a simple braid. I was determined to create a design of my own so avoided any resources I might use to cheat. The design at 1:45 is so close to what I came up with, it's scary. I like the arm that guides the rods from side to side on this design better than mine. I never built it, but since you created one very similar, my idea wasn't completely off the wall.
@@ezekieljensen774 Sorry, but My patents are not yet registered and the Whoogy Wotsit idea could be stolen before it goes into production; therefore cannot release the plans. The device eliminates the need for batteries in electric cars and is the size of an iPhone. Send me $150,000 and you have a 5% share in the company that's registered in Outer Mongolia.
actually saw number six [or thumbnail] used in a carnival ride. was pretty neat! and perhaps a tad scary since there were major parts not technically *attached* to the ride! was quite the jerking motion as the cars switched from one side to the other, as well. i did not realize there were springs involved, though.
@@ClickItYT well, finally looked that up. similar, but definitely not the same exact one. also, the heck did they do to his face?! the one i rode on was one of those transportable carnival rides. never caught its name, cuz why would i think to do that? and it was years ago, so...
It made me think about that as well. These rides however (called Cuddle Up or Demolition Derby) have no moving parts. The transition between one ring to another is done using a X-shaped piece, and the cars have a fin underneath that just follows one or the other branch. Here is a sweet video about it: watch?v=0CioWvdYMyA
As an old geezer, it's fun to try to remember what these motions were used for. So many things that used to be controlled by gears 25 years ago are now controlled by code
What am I watching exactly? Levering? Watchmaking? Gears? Or all of them together? Anyroads, it's estheticly very pleasing. Nice colors and such. Well done. (if only could find out what it's exactly about...).
1:11 I think this is in a car engine. It's an alternative to a standard piston, where the up arrow intakes air and fuel then it's, burned, then the smoke is expelled, then it takes the air in again. I think, the version of this I've seen has a triangle of content width and not a circle which sections off different parts of the chamber and seems to be more effective so I might just be a funky valve
This is fund to watch, though I find myself wondering what the possible applications of some of these could be. Some are pretty clear, but others - like 3:07, a gear which, when rotated at a constant speed, drives a second gear in speeds that vary according to a square-wave-like function, is not at all clear to me.
Guys, anyone knows the name of the mechanism at 1:40? I've seen it in candy factory, where they use 3 rods like this to mix various flavours in the candy paste.
Solidworks, from the look of the colours. It has à large number of mechanical constraints which suit the task. You could also probably do it with Autodesk Inventor. I am sure that other 3d CAD software would also be able to do the job.
The best mechanical engineering. Birilliant³ Would like to talk and might work together on major startup projects. Couldn't find any email or phone number.
I have been blessed by the dIvine knowledge of Mechanical Principles 11
The WW2 F4U Corsair carrier fighter is a superb example of mechanical design. Whoever designed it was a genius. Just watch a video of that plane unfolding its wings and taking off, it's amazing.
@@JP-cy1lw who asked?
*part 11
@@talbarzelai227 I asked
dude shares an interesting fact and a random ass indian kid tries to make him mad
I cannot get over how humans dreamed this up, and I'm one of them, yet feel so stupid because I could never wrap my mind around how they came up with this as fascinating as it is to watch.
Don't worry. If you don't focus on this beauty it's not your purpose in life then.
As a mechanical engineer who designs no mechanisms, I couldn’t even fathom how deep this world went.
That's what I think too whenever I see something complicated or complex. There's no way I'd ever make something like this based on my own ideas but I think it's absolutely incredibly how people not only think it up but also build it.
The Industrial Revolution was exactly that.
It wasn't dreamed up, it was revealed and taught by higher beings.
Imagine all of these principles being used inside of a billboard, to make everything on it move around and be impossible not to look at
Until it gets up and starts smashing buildings.
@@jul1440 thats one way to use alternate rotation
3:47 a variation of this is actually used commonly in woodworking for holding large pieces such as bowls onto a lathe. it’s great because it provides ample clamping pressure without damaging the wood surface or blocking access to the front side.
Half the fun of watching these videos is checking the comments for people like you saying "yah I have seen that in action"!
Especially when some seem so nonsensical to be usefull for anything!
@@ARockRaider I like to imagine their uses in sci-fi stuff
@@mk6315 that could be an engine
2:08 minecraft compasses when you enter the nether
0:03 No way. This is the Evil Villain’s hideout door.
You should put a number on each of these.
I brainstormed for quite a while to see if I could design a machine to perform a simple braid. I was determined to create a design of my own so avoided any resources I might use to cheat. The design at 1:45 is so close to what I came up with, it's scary. I like the arm that guides the rods from side to side on this design better than mine. I never built it, but since you created one very similar, my idea wasn't completely off the wall.
fun fact: the one at 0:28 is used in nearly every non battery powered nerf blaster.
Provided it's cylinder operated, I presume, then yes
La mecánica nunca deja de sorprendernos!!! 👍👍👍👍👍👍
No one:
Literally no one:
Everyone in the mechanical principles videos: I have gained the knowledge of mechanical principles
I fully understand it.I am a Mechanical Engineer.
I have absorbed,gained and blessed by divine knowledge of mechanical principles part 11.
The legend returns
This one is straight fire bro🔥🔥🔥 I really liked how the 3rd one moved
I thank you for your work! Nice to see some educational content here! 🇱🇹
Wonderful animations. Number five will be useful for the Thingamy Jig that I am currently designing to operate a Whoogy Wotsit.
can you send me some whoogy plans? I can't find decent ones anywhere
@@ezekieljensen774 Sorry, but My patents are not yet registered and the Whoogy Wotsit idea could be stolen before it goes into production; therefore cannot release the plans. The device eliminates the need for batteries in electric cars and is the size of an iPhone. Send me $150,000 and you have a 5% share in the company that's registered in Outer Mongolia.
They make Geneva Drives look a bit tame
2:32 Nice smile!
C:
WOOOOOOOOOOO YEAAAHHHHH MECHANICAL PRINCIPLES PART 11!!!!!!!!
These are all mind-blowingly ingenious, and so well illustrated! 👏
I have been blessed by the divine knowledge of mechanical principles part 11
This is just amazing 👍
actually saw number six [or thumbnail] used in a carnival ride. was pretty neat! and perhaps a tad scary since there were major parts not technically *attached* to the ride! was quite the jerking motion as the cars switched from one side to the other, as well. i did not realize there were springs involved, though.
It's also used on the Disney ride "Mater's Junkyard Jamboree".
@@ClickItYT yeh, then that would probably be what i referred, it was cars-themed, i remember that....
@@ClickItYT well, finally looked that up. similar, but definitely not the same exact one. also, the heck did they do to his face?!
the one i rode on was one of those transportable carnival rides. never caught its name, cuz why would i think to do that? and it was years ago, so...
It made me think about that as well. These rides however (called Cuddle Up or Demolition Derby) have no moving parts. The transition between one ring to another is done using a X-shaped piece, and the cars have a fin underneath that just follows one or the other branch. Here is a sweet video about it: watch?v=0CioWvdYMyA
@@KingRCT3 neat!
As an old geezer, it's fun to try to remember what these motions were used for. So many things that used to be controlled by gears 25 years ago are now controlled by code
1:50 imagine making a juggling clown with that thing
I think that's how one attraction in Disneyland works, with "cars".
Liked the taffy pulling widget about half of the way through.
Great work. Are the calculations behind these designs make use of Kinematics of machines?
Pcm?
I dunno what I just learned, but it's a LOT
I will use this new knowledge to continue doing absolutely nothing with my life.
THANKYOU
I needed the design at 0:40 to make something.
this was very interesting, thank you
Would be cool to have labels mentioning where they come from!
Where do you get all these weird ideas from ? Amazing
Awsome
May i know which software u uses to make this amazing animations.. Please tell me yaar
Muito bom
this goes hard
Çok akıllıca 🇹🇷👏
That third one looked like an automatic razor blade sharpener to me…
What am I watching exactly? Levering? Watchmaking? Gears? Or all of them together? Anyroads, it's estheticly very pleasing. Nice colors and such. Well done. (if only could find out what it's exactly about...).
Mechanisms are very mechanical, principally speaking.
I only saw first one on camera I had.
And I finally know how that worked.
1:11 I think this is in a car engine. It's an alternative to a standard piston, where the up arrow intakes air and fuel then it's, burned, then the smoke is expelled, then it takes the air in again.
I think, the version of this I've seen has a triangle of content width and not a circle which sections off different parts of the chamber and seems to be more effective so I might just be a funky valve
You refer to the wankel rotary, I presume?
What this looks like to keep is an alternative and more simple motor powered pump Akin to the sliding chambers one from ep. 9
A similar thing is used in a car, but as a water or oil pump. Just usually they use the geared version as that's much kore durable.
Looks like a pump
I have acquired the knowledge of Mechanical Prnciples part 11
These videos are mesmerizing...
I always wondered how those toffee makes worked
Never mind not having invented it .Can you think of a new blockbuster USE for it. This is the money maker.
You're a genius.!l don't no whay you make it.
Do you also have the mechanical principle for double alpha race style holster?
You never know if you don't turn
Sir Very informative video
00:20 "Open the iris"
1:40 That’s a taffy puller.
0:45 That's a razor-blade sharpener right?
ooooh so that's what it is?
@@iveeuwu Yeah, I'm perceptive.
I was wondering how sugar candy mixer works.. thanks for the video. If possible can you provide the design download..thanks
Isn't the second one just a more complex version of geneva drive?
нужен этот аппарат 1,51 если есть программа для распечатки или чертеж с размерами ,скинь если на жалко
What is this simulated in? or is it just animated without simulation
This is fund to watch, though I find myself wondering what the possible applications of some of these could be. Some are pretty clear, but others - like 3:07, a gear which, when rotated at a constant speed, drives a second gear in speeds that vary according to a square-wave-like function, is not at all clear to me.
Good
what application you are using ?
❤️good
1;10 it's looks a air compressor
Ahh Feng Feng your here!
Which software is used for this??
Can anybody tell me what kind of software is this?
Is there tutorial that teach how to create this model with SolidWorks?
I have gained knowledge of mechanical principles part 11
the last one can be used as a brake
What program you are using?
Please mention name of mechanism, use and driver wheel/gear etc.
Guys, anyone knows the name of the mechanism at 1:40? I've seen it in candy factory, where they use 3 rods like this to mix various flavours in the candy paste.
Exactly lmao
It has a few names but it’s usually called a taffy puller or a candy pulling machine
software ? Program? Please :)
Can someone tell me what the device from 1:03 would be used for
seen in a video about an old razor blade sharpener
where are use
👍👍👍👍👍
I have gained the knowledge of Mechanical Principles 11
good
Ahhh. So that's how the Stargate iris worked.
Can I ask what's the 1st one's name?
What elder scrolls are made of
Which software you used to do such type of objects
Solidworks, from the look of the colours. It has à large number of mechanical constraints which suit the task.
You could also probably do it with Autodesk Inventor.
I am sure that other 3d CAD software would also be able to do the job.
The one at 3:55 would make a good lock for a lid on something. You would just have to add a key
This is NX?
Whats number 3?
whats the one a 3:00 called
Which program you use to simulate those parts ?
Goodmorning to mechanical principle absorbers only
This is great. But then :
"Sir, it stopped working. Where should we look?"
"...everywhere"
I can think of a very good use for 1:12
Так сделай и покажи! Картинки не интересно! На картинках всё как бы работает, а на самом деле нет!
The future of beyblades 3:46
Iris for Stargate
atleast need one design to clutchless auto gearshift..
OKEY .
1:40 dough kneader
2:35 imagine that with eyes
The best mechanical engineering.
Birilliant³
Would like to talk and might work together on major startup projects.
Couldn't find any email or phone number.
Looks like a lot of work for my 3D printer.... xD
It has become so complicated my puny mind cant even find usable aplications for these principles