@@masterspark9880 Realistic and Mechanical engineering students cares, its not like we just watching it because it looks nice, we want example and ideas that work, and many of these models wouldnt work irl, it wouldnt take long
@@darksecret6050 plus, his reply was mean and unnecessary so I didn't feel bad about correcting his spelling. Sometimes I see people spell things wrong, and I just leave them alone because they were being nice and if I corrected them I'd look like an asshole. This, however, is not one of those situations. This "Dawidek" guy already looks like the asshole because of his pointless and rude reply to the original comment.
Most of these are simplified, exaggerated, or remixed versions of other machines to display their properties for study and records. At the heart of all machines are but a handful of basic concepts and actions mixed and remixed into a specialized motion. Some of those motions are useful, some less so. Even useless motions are important for study, since they do have notable properties.
I found the clockwise and counterclockwise rotating gearwheel particularly exciting and I have built a wooden gear on this base, with which I let model figures skate on a frozen lake or an ice rink. There are also some videos on my channel if you want to take a look. Best wishes, Angela
_These_ are the kinds of videos I find highly satisfying. I can see in my mind's eye what works and what doesn't when I'm engineering hybrid engines like the ones with variable stroke.
When I studied mechanical enginnering around 25 years before we have only text books with some drawings.. the whole setup was too boring.. Today's students are so lucky to have vedios like this.. makes things easy to image and see them how it works in real life.. kudos for this vedio making.. God Bless👍👍
Amazing video, thanks for the effort. Just one criticism; the slow panning was made it difficult for me to grasp how the parts were moving with regards to each other at times. If you want to show different perspectives, I suggest panning faster and arriving at the end camera positions quicker. This way the parts won't have moved much while panning and confusion would be averted.
I seriously doubt anyone is used in practice besides 1st one. All of the rest produce huge inbalances and problems with mass inertia.. So If used maybe at low speed and only for eash stuff like moving cookies they are fine..
@S Don't know Physics and Mechanics in english. Maybe It's called 'Impulse' but inertia should be correct. A moving object has stored kinetic energy based on It's travel direction and center of mass aswell as rotation axis. If the Mass center is not in the centre of the object that is moving or vibrating to the point of self destruction. Think of a helicopter with only one blade, or if 1 of four blades were heavier, the helicopter would vibrate to the point cracks form on atomic structure level to the point visual cracks form and then poof the entire helicopter blade snaps.
@@isectoid9454 There probably is a way but it's probably not easy to stop that maybe something at the end of the gear some kind of mechanical thing that prevents it's from being moved when gear isn't in contact with the system ....I'm not big brain can't make something up fast...
0:00 Any oscillation at variable send/return speeds. An idea for use would be in a repeating magnetic tape player 0:39 No use I can come up with *alone* 1:02 Use concept of elliptical gear from 0:39 for periodic rapid mechanical pulse signals. Can be used as an intermittent pusher mechanism or as a trigger for another mechanicanism. 1:16 Offset linear motion of a sinusoidal signal. I could imagine scribing a sine wave with this, or could be extrapolated to any of the other designs to make an offset position linear motion. 1:38 non-geared rotational motion transfer on a parallel axis. I'd use a gear or belt system for this normally. 1:51 non-geared colinear rotational reduction. I'd personally use a gear train, though if you're really against gear teeth manufacturing you could maybe use this with bearing based designs. 2:10 "burst" linear actuation. You actually already see this in nerf guns that are motorized pushers. 2:24 piston driven rack and pinion system. Could be used to measure and test a piston mechanisms motion with a simple wheel encoder 2:46 rotary "digitizer", similar to a Geneva Drive. Possibility for less wear and a simpler mathematical design and manufacturing than Geneva drives. Used in film cameras and stop/go mechanism that need rapid pulses of motion. Could be output to the earlier pulse generating actuators. 3:06 Tilting iris mechanism, though its expanded to multiple irises. Often used in centerfinders. Could be used in automatic machining system or something like bowling pin centering. I'm using this mechanism for sorting trays. 3:28 archimedes screw. Used for transferring "fluids" linearly, if enclosed. Originally designed for water, today used in grain processing and injection molding.
0:38 вот примерно так работала моя коробка на мотоцикле Урал, после того как я её перебрал. 1:33 а так выглядел кардан, когда я перелетел через бревно на мотоцикле.
I have question for you, author - what kind of theory is these principles belong to? I mean, which books I must read to know, how design these machines for my purposes? Your videos are awesome, I love mechanical building =3
All these principles are a combination of different mechanical engineering subject. I would suggest to read about machine dynamics. Also, read about mechanical engineering design.
Excellent we get mechanical advantage accordiny what we want work requirements this requirement fulfilled by different different tools such as sprocket gears cam shaft spine shaft belt motor chain etc
Hello! Great work. Looking forward to part 4 ;) May I ask you to link in the description or sth the software that you use for each video? This is just mesmerizing... For me it's art in the purest form. I love it
If I heard that here in Canada, I’d reply: “Tony Stark? I’m pretty sure this isn’t his work.”. Sloppy I know, but couldn’t figure out how to fix it. I guess I should have learned how to construct a joke first!
![[LIVE] : ONE ลุมพินี 87 วันนี้!! คู่เอก "ก้องชัย vs โชคปรีชา"](http://i.ytimg.com/vi/YN6e7HVnekw/mqdefault.jpg)
I have gained the knowledge of Mechanical principles part 03
You have gained the knowledge of Mechanical principles part 03
I'm mom gained the knowledge of Mechanical principles part 03 too.
@@jpminiscrefte614 My*
I have also learn the knowledge of mechanical principles part 03
We all had gained mechanical principles part 3
I really like how literally everything is powered by a single thing turning.
Yea same
Yeah, how's that work, psychokenesis ? Did I even get that right ? I'll ask my Uncle Sam, he knows all about that mind control stuff.
@@donaldshimkus539 more like just regular kinesis
Human form also.
Yes the power of single rotation🙌😵😵
The camera rotations throw me off, because they're just slow enough that I get their movement confused with the gears.
This really grinds my gears.
I'll see myself out
NERRRRRRD lol
Jokes like that are nuts. It makes me want to bolt.
@@nicholasnwagbara1333 yeah hes got some screws loose, ill have to yank his chain later
😂
I LOVE these kinds of animations - thanks for sharing!
My man is here
wow ur here
Arts of rendering and your chanel are great.
@@hidayattvindia8208 🇮🇳?
my homie that do a rocket explanation animation and some cool animation is here.
the wear, requird tolerances and friction of some of these meachnismes makes me uncomfortable...
Yes, I don't even want to think about some of the needed calculations to make sure that, for example, the gear teeth don't break 🙈
Yeah some of this stuff is over engineered.
@@Kevin_C97 Who cares, it looks nice
Would work in Lego level of motors anything harshes than that almost all of these would break within days..
@@masterspark9880 Realistic and Mechanical engineering students cares, its not like we just watching it because it looks nice, we want example and ideas that work, and many of these models wouldnt work irl, it wouldnt take long
This is gonna be on youtube recommended like the first 2 parts
Check my channel !!!
@@sylver546 me too lol
@@sylver546 same and I found this one.
@@WolfShaft no
@@averagehumanbeing7932 wolf did kind of self promote, but they also have a LOT of gear videos and stuff
I mean, I’ve already watched parts 1 & 2, so I guess I’ll watch part 3 as well...
Y u so cringe bruh
@@dawidek4267 why do you not know proper spelling, idiot
@@DuckInGameStop wth did he spell wrong now?🙄
@@darksecret6050 he literally said "Y u so cringe bruh"
if you can't see what's wrong with that, you're an idiot too
@@darksecret6050 plus, his reply was mean and unnecessary so I didn't feel bad about correcting his spelling. Sometimes I see people spell things wrong, and I just leave them alone because they were being nice and if I corrected them I'd look like an asshole. This, however, is not one of those situations. This "Dawidek" guy already looks like the asshole because of his pointless and rude reply to the original comment.
I'm not sure what the implications of these in real life would be, but it seems interesting.
Industrial robots are functioning that kind of mechanical motions..
I would imagine some of them are used in clocks and watches
I can imagine them i factories, like the extendo one for some sort of primitive grabber
Most of these are simplified, exaggerated, or remixed versions of other machines to display their properties for study and records.
At the heart of all machines are but a handful of basic concepts and actions mixed and remixed into a specialized motion. Some of those motions are useful, some less so. Even useless motions are important for study, since they do have notable properties.
a lot
1:16 I've seen this mechanism on a LEGO battlebot before.
:O
which one exactly?
I'm a programmer and love elegant code and electronic stuff, but there's something so satisfying about mechanical devices! Very cool.
great job but only one thing is .. Mechanism names are missing
Yes I absolutely need the first one
Lsd
I found the clockwise and counterclockwise rotating gearwheel particularly exciting and I have built a wooden gear on this base, with which I let model figures skate on a frozen lake or an ice rink. There are also some videos on my channel if you want to take a look.
Best wishes, Angela
_These_ are the kinds of videos I find highly satisfying. I can see in my mind's eye what works and what doesn't when I'm engineering hybrid engines like the ones with variable stroke.
3:05 i saw this and i immediately went "aperture science decapitation device"
i also tought it was something that would cut, but, very specific things.... like, carrots, sausages, bananas...
When part1, was an year ago with no uploads, I was worried, part2 and part3 are godsend
1:52 is just brilliant! I have biggest respect for people who enigineer things like that.
I am gaining brain cells every second
0:43 A moment ✓
F u n k y g e a r
It looks like an interstellar moment
it sure is a moment
Wow, theese animation are really cool. They help me a lot, as I'm working on kinetic sculptures now.
When I studied mechanical enginnering around 25 years before we have only text books with some drawings.. the whole setup was too boring.. Today's students are so lucky to have vedios like this.. makes things easy to image and see them how it works in real life.. kudos for this vedio making.. God Bless👍👍
Amazing video, thanks for the effort. Just one criticism; the slow panning was made it difficult for me to grasp how the parts were moving with regards to each other at times. If you want to show different perspectives, I suggest panning faster and arriving at the end camera positions quicker. This way the parts won't have moved much while panning and confusion would be averted.
2:34
What normal people see: gear
What I see:
Stroking a knife
*i see something else*
@@truckboi8020 *M E T O O*
@@truckboi8020 A violin, right?
This feels like a slice of 2011
Slide
2:40
عازف الكمان violinist
2:40
Life-changing ✅Enjoyable✅Calming✅Informative✅Inspiring✅Useful✅Heartwarming✅Other✅
this is amazing, im saving all these videos so eventually ill model each one of them and hang them as movable 3d prints in my workshop
Half of them are gonna break after 5 minutes
Es muy buena la animación...!! Gracias..!! Saludos desde las sierras de Córdoba Argentina...!! 👍👌💪🇦🇷
Watching this has made me 10% smarter
I seriously doubt anyone is used in practice besides 1st one.
All of the rest produce huge inbalances and problems with mass inertia..
So If used maybe at low speed and only for eash stuff like moving cookies they are fine..
@S
Don't know Physics and Mechanics in english.
Maybe It's called 'Impulse' but inertia should be correct.
A moving object has stored kinetic energy based on It's travel direction and center of mass aswell as rotation axis.
If the Mass center is not in the centre of the object that is moving or vibrating to the point of self destruction.
Think of a helicopter with only one blade, or if 1 of four blades were heavier, the helicopter would vibrate to the point cracks form on atomic structure level to the point visual cracks form and then poof the entire helicopter blade snaps.
Part 4 pleaseeee!
Edit:Thanks for part 4
Minh họa hay quá bạn ơi.. Verygood..
Incredible, I'm Brazilian and I'm already looking forward to Part 4
Examples of practical usages would be fabulous, several of these are very weird
1:30 I think I know how to use this principle
hahah XD
😳
*E X P A N D*
1:25 He knew what he was doing 😏😏
2:25
Can't wait for Mechanical principles 4 !
Eu posso ficar assistindo isso a vida toda.
São incríveis. Quanta criatividade, conhecimento de mecânica e muita inteligência... PARABÉNS.
2:10 should be improved cuz if that shaft would go back whan space the at the end gear would break off one gears teeth
Just what I was thinking
So, basically what you're saying is that this setup will break if it goes out of sync, right? I'm not an engineer, so I might not have understood.
@@isectoid9454 yup i just read my comment and ye it kinda was in broken language sorry for that
@@naurisnauris2703 Cool. Is there a way to fix the sync issue?
@@isectoid9454 There probably is a way but it's probably not easy to stop that maybe something at the end of the gear some kind of mechanical thing that prevents it's from being moved when gear isn't in contact with the system ....I'm not big brain can't make something up fast...
Awesome videos. I'd love to see some text of some basic applications of these principles
Really imaginative designs. I'm having difficulty figuring out a practical use for a lot of them though.
0:00 Any oscillation at variable send/return speeds. An idea for use would be in a repeating magnetic tape player
0:39 No use I can come up with *alone*
1:02 Use concept of elliptical gear from 0:39 for periodic rapid mechanical pulse signals. Can be used as an intermittent pusher mechanism or as a trigger for another mechanicanism.
1:16 Offset linear motion of a sinusoidal signal. I could imagine scribing a sine wave with this, or could be extrapolated to any of the other designs to make an offset position linear motion.
1:38 non-geared rotational motion transfer on a parallel axis. I'd use a gear or belt system for this normally.
1:51 non-geared colinear rotational reduction. I'd personally use a gear train, though if you're really against gear teeth manufacturing you could maybe use this with bearing based designs.
2:10 "burst" linear actuation. You actually already see this in nerf guns that are motorized pushers.
2:24 piston driven rack and pinion system. Could be used to measure and test a piston mechanisms motion with a simple wheel encoder
2:46 rotary "digitizer", similar to a Geneva Drive. Possibility for less wear and a simpler mathematical design and manufacturing than Geneva drives. Used in film cameras and stop/go mechanism that need rapid pulses of motion. Could be output to the earlier pulse generating actuators.
3:06 Tilting iris mechanism, though its expanded to multiple irises. Often used in centerfinders. Could be used in automatic machining system or something like bowling pin centering. I'm using this mechanism for sorting trays.
3:28 archimedes screw. Used for transferring "fluids" linearly, if enclosed. Originally designed for water, today used in grain processing and injection molding.
Отлично! Прекрасное видео!
О! Здесь есть русские! НЕУЖЕЛИ!
I really liked the one that went back and forth a lot.
2:24 me when I think nobody's home
Number 7 reminds me of a violin bow in the movement of the rack.
same
Life is wonderful. Science is incredible.
2:24
me when parents arnt hom
truly inspiring
Without horn' parents you would not exist :o
i watched one of them
now they are everywhere
This is amazing, where do you find these designs? Are you a mechanical engineer and you invent them yourself?
This is fascinating to watch.
Beautiful....undeniable truth!
I have no idea why I’m watching these. but they are weirdly addicting.
Congrats you got a subscriber because of cool videos
0:38 вот примерно так работала моя коробка на мотоцикле Урал, после того как я её перебрал.
1:33 а так выглядел кардан, когда я перелетел через бревно на мотоцикле.
I have question for you, author - what kind of theory is these principles belong to? I mean, which books I must read to know, how design these machines for my purposes?
Your videos are awesome, I love mechanical building =3
All these principles are a combination of different mechanical engineering subject. I would suggest to read about machine dynamics. Also, read about mechanical engineering design.
Умнейшие люди эти принципы механики придумали.
Great series!
what software is used to make this animation ?
Excellent we get mechanical advantage accordiny what we want work requirements this requirement fulfilled by different different tools such as sprocket gears cam shaft spine shaft belt motor chain etc
Very relaxing to watch
Выглядит залипательно, но надо же было еще додуматься до такого
this minecraft Create mod looks amazing
0:11 torque and speed at different delays and directions
"This exam won't be that confusing"
This exam: 0:42
This music is still and very nice i like it a lot Thx Bro its my Favorit music vor 1 jear
amazing great job 😍😍😍😍😍😍
These are the kind of clever where I want to think I could come up with them myself, but no, I couldn’t.
you should 3D print some of these for fun :)
Inspiring fantabulous
Hello! Great work. Looking forward to part 4 ;) May I ask you to link in the description or sth the software that you use for each video? This is just mesmerizing... For me it's art in the purest form. I love it
This video help me with my works make more!
2:24
Remembers me of violin
I have gained the knowledge of the mechanical principles
Good for engineering...Thanks
I’ve been waiting so long for this! I’m glad it’s finally here :)
I dont get the point of most of these but they are still cool
Спасибо, брат, пойду на инженера
I don't know who you are... but thank you.
不思議な動きがたくさん。
Hypnotizing !!
THE MUSIC TTHHEE MMUUSSIICC I GOD DAM LOVE IT
In German I would say: Stark !
Saustark
If I heard that here in Canada, I’d reply: “Tony Stark? I’m pretty sure this isn’t his work.”.
Sloppy I know, but couldn’t figure out how to fix it. I guess I should have learned how to construct a joke first!
I have gained the knowledge of mechanical principls part 03
first one looks pretty useful
I have acquired the knowledge of Mechanical Principles Part 3
fantastic!! interesting and educational.
Background music technology superb
It's very creative
This series is amazing.
But why does watching it make me feel uneasy?
This is the third times i got knowledge
It's very satisfying
3:04 would make an excellent machine in a candy factory, cutting strips of candy into small pieces.
I have gained the knowledge of mechanical principles part 03
Timing is everything
3:27
これの仕組みについて誰か教えてくれませんか。
This is amazing! May I ask which Software you are using ? :)
wow this is nice
面白い。しかし、この歯車が何の機械で使用されているのか？どの部分（用途）で使用されているのか？何故このような仕組みなのか？それを付け加えて欲しい。