Mechanical principles part 04

[@daniel_walther]

I have gained the knowledge of Mechanical principles part 04

[@kimunpark2192]

Are you an alien?

[@necrolord1348]

This comment is stolen

[@yourmeister]

@@necrolord1348 and you're salty you're not the thief?

[@necrolord1348]

@@yourmeister ?

[@yourmeister]

@@necrolord1348 i mean, what's the point of your comment? If you wanna spead the name of original writer, just say it. It doesn't matter if someone repeated the same thing. People just share laugh, that's it.

I'd love to see examples where it is used and which wheels are powered. Sometimes it is not clear to me.

[@colemanbubar5098]

I try to look for which wheel is turning at a constant speed.

@@colemanbubar5098 sometimes there's more than one and still, can't imagine where some of these systems are really used

[@NathanTAK]

@ I think one of the fun parts about mechanical mechanisms like this is that in theory they often go both ways. If there are multiple wheels moving at constant speed, you could probably power any one of them and the mechanism would work

@@NathanTAK well yeah, you're right, but many of these mechanisms seem to have very specific application that I cannot imagine and so I'd like to see it.

[@bragapedro]

Part 1 had mechanisms that were a lot clearer to see where they would be used for

[@cdow7268]

After a while I forget about these, then a month or so later it's just "YES new Mechanical principles just dropped"

[@n0us.]

2:39 This is the most mind-blowing one in this entire series.

[@pinospin9588]

Have you ever heard Wankel engine?

[@shareten1247]

@@pinospin9588 Oh, excuse me Mr. Boomer.

[@Robert-Cinque777]

@@pinospin9588 dorito goes braaaaaap

[@sirzavod6717]

It's not even a little mind-blowing, zummer-kun

[@unregisteredhypercam2774]

@@pinospin9588 wankel engine More like wanker engine

[@fongus6420]

me: im bored i need something interesting to watch. youtube: gear me: ok

[@w_ldan]

gear

[@Passingonwithtime]

Gear

[@thegoldengood4725]

gear

[@pierozexx6930]

gear

[@MultixGamePlayer]

gear

[@hu.man.]

yes. more. feed. YES

[@paintandpainter7924]

kzbin.info/door/Zm6_NmY82hkXfRKW22cGvA

[@nachochips1458]

Greetins, fellow human

[@pikachu-jf2oh]

F e e d . M o r e . M e c h a n I c a l p r I n c I p a l s. N o w . F a s t.

[@dtopfurnitures6496]

SHEIRO Jodhpur Rajasthan

[@EugeneKhutoryansky]

Nice video.

[@krisnacahyana1826]

Nice comment.

[@werts180]

@@krisnacahyana1826 Nice reply.

[@aratof18]

@@werts180 nice profile picture

[@justaduck4897]

Nice like

[@lukeang5615]

Yo I love your channel

[@Doshik18]

I should be sleeping now, but no im wathcing fucking gears turning, and i love it

[@fenyx1383]

The arrange KZbin ONLY appears at night more or less 22:30

[@XBOXTimeDevil]

Keep them coming please! I'm building a contraption and keep coming back to get inspiration from your videos. Please name the mechanism so your subscribers can find out more about them.

[@ArosIrwin]

I really like these! I like to imagine them as a cross over with "How it's Made"

[@h.m.h.sbritannic9916]

Is it just me or this is so darn satisfiying to watch

[@sarptetikel9341]

I'm glad the series is over because I just couldnt get out of it lmao! I would also like to learn about the uses of these mechanisms, like which ones are actually in my car that i dont know about, or which one is used in a packaging machine in a chip factory or whatever

[@Manabender]

So, question. Do any of these machines have practical applications? I'm sure they do in theory; in all of them, a constant rotational input force is converted to some non-constant output force of some kind. It's just a question of whether that particular acceleration profile is useful for something. I recognize the second machine from part 01 as a key component in some video cameras. The film needs to remain stationary for most of each frame, but also be quickly moved to the next position while the shutter is closed. All of the other machines from part 01 seem useful as well. But now that we're in part 04, you seem to simply be throwing random gears and bars and other objects together for the hell of it.

[@deffinatalee7699]

You say that like it’s a problem

[@lieutenantwumbo5845]

Are you displeased with OUR gears turning video?? This is unacceptable how dare you speak out of line, this will be considered treason.

[@Manabender]

@@lieutenantwumbo5845 Not at all, I respect art for the sake of art. I'm just curious if these particular mechanisms are used in any real machines, or if they fall under the "art for the sake of art" category. Both are cool, just for different reasons.

[@fascinatedweeb9324]

I don't think any of these will be used in practical, except for demonstration or artistic purpose. These mechanisms are complicated for the sake of complexity. For the sake of maintenance and reliability these design wouldn't even be drawn on the table. It's an engineer's dream that will never come true.

[@ajarivas72]

@@fascinatedweeb9324 A mechanism for solar tracking that can be used with photovoltaic panels?

[@diggles7015]

Put this on while packing and smoking a bowl, and ended up staying for the music. Awesome videos.

[@handmaderestor]

*The man with the most patience in the world*

[@smiesznywalenty658]

I think that the algorythm is higher than Snoop Dog sitting on top of the empire stae building

[@csebastian3]

These videos give me hope for the future. There are so many applications that still have yet to be discovered...

[@nyeleskettes]

I guess these are coming from an era where steam or river powered engines with no output power regulator driven a shaft with roughly the same torque/rpm and hence they had to come up with some sophisticated decoupling of mechanical discontinuity or break down a rotation to a repetitive horizontal/vertical motion. With the advancement of regulative combustion engines and later the electrical drives these old solution got obsolete and forgotten. Truly remarkable the ingenuity of those mechanical designs :)

[@Avram42]

This is giving me flashbacks to college... except there are plenty of these are challenging me to figure out how or why I would use them. edit: nice inclusion of a Reuleaux triangle.

[@Artines999]

♥.♥ Thanks for this nice share... I guess among these 10 parts, the name of the part 1 (0:04) and part 10 (2:59) is "Linear" motion (moving from one point to another in a straight line). The part 6 (1:42) is similar to them, but not in a straight line.

[@djmouton251]

Yes ! More excited to see that than the reveal of Splatoon 3 !

[@gilmic5401]

I'd love to see like the rotary engines and rare types of engines in this fashion, great video.

[@dumbcat]

each one of these is fascinating. i would spend more time on each one and make the video longer. anyone who enjoys watching such videos will appreciate that

[@jackelracer593]

I love these autocad doodles

[@edwinchang5489]

Great! like this. 👍

[@polynotgone8349]

I can’t stop watching these

[@Kevccordion]

Keep up the fantastic work!!

[@loganshalloe5927]

Spectacular

[@MegaParadize]

Гениальные механизмы!

[@Nulley0]

So, these motions are chaotic? Without or with very long periods?

[@APetrovich175]

Очень красиво, вот только куда это применить?

[@thebrownengine9222]

i have gained the knowledge of mechanical principles part 4

[@gidelix]

The purpose of most of these (beyond simply being neat) eludes me

[@Gak237]

It would be helpful if there was some kind of labeling for where the force is coming from. Most of the time it's obvious, but a few of them had me confused. Maybe the source of the force could be in a different color? Like for the first one the large gear could be in red instead of gray.

[@johnkemas7344]

Novelty mechanisms are always intriguing! But many not often used and some used more frequently. Modern electronic control systems have often replaced such expensive to make mechanical mechanisms with equal or better precision. At times they can and do serve valuable purposes. Probably the most famous one is the Antikythera Mechanism and other such celestial clocks and calendars of the past. Other more common applications are differentials/transmissions in cars, Gearboxes for counter rotating propellers in aircraft and torpedoes and others. Fancy mechanisms are often expensive to design, make and maintain.

[@aftershower942]

What software do you use to make these? Very intriguing.

[@sivaprabha8681]

It would be of great interest if you could explain the principle of working of epicyclic gear boxes through animation.

[@smeernameer7841]

Great Work

[@426F6F]

What would be great is giving real-world situations where these mechanisms could be applicable

[@FlashDrive356]

1:16 Why does the gears getting so close cause me anxiety?

[@陽天-g8g]

きれいなCGありがとう。いくらでもできるな。問題は役に立つメカかどうかや。

[@MrAlaskagrown]

Are there versions of these with the kinematic notations animated with it? Direction of motion angular momentum etc? These are so useful.

[@nolyarb2874]

I have no clue what you'd use these for. I might need to go back and review the other parts.

[@isaac_aren]

Everything has such a limited and specific use I love it

[@johnlewtas6833]

no, some of these are just useless.

[@julisity6640]

awesome videos

[@Martin-tv7ze]

IM WAITING FOR PART 5!

[@josephastier7421]

With so many ways to create the same motion, I find myself wondering which would be the easiest to fabricate, go longest between maintenance intervals, most powerful, have lowest parts count, least likely to break, uses easy-to-get components, operate the fastest, put the least load on bearings, be serviceable by anyone with common tools, etc.

[@gnswamy1524]

Wonderful video good image

[@pighaver]

Life-changing ✅Enjoyable✅Calming✅Informative✅Inspiring✅Useful✅Heartwarming✅Other✅

[@toonzman3]

Nice👍..and TQ.. For ..

[@SwollyMammoth]

This is definitely more important than sleep

[@davidpalmer7175]

Amazing... I'm a mechanical design engineer and I can never get enough of this.

[@erro_404erro8]

it would be interesting if you put the force vectors and give some value to this vector, and you also put the lap formula the forces behave

[@coreinc.9658]

wut

[@Patrick-tn3ll]

2:50 rotary-operating ridges....can it be made by inventor or solidwork?

[@derkatwork33]

The last video on earth that isn’t infected with political bullshit. A true haven for all people.

[@crickcrack0]

Yooo I can't believe this guy released part 4

[@movie.respect]

The one at (2:46) is awesome 💯💯

[@anatolip.5999]

Always love that music of mechanical principes 😂

[@bambo7294]

Simple yet elegant renders

[@ВіталікБритан-х7ч]

Programm? Что за программа? Fusion 360? Freecad?

[@stibium127]

What program does he use to stimulate such contraption?

[@victormatheus9729]

Era bom se mostrasse as aplicações!

[@darklaboratory1697]

1:58, how are the striped ones not touching each other? are they not in the same plane - if so how are they both able to affect the center one?

[@lebaillidessavoies3889]

From which sick mind those mechanical monstruosities are from?

[@gavincurtis]

2:40 the basis for a neat clock mechanism?

[@benensbricks5026]

nice

[@jcr723]

which is the driver gear?

[@alexandervouzenthal8163]

How would you regulate the speed of a spring loaded gear ? For example open a lid of a puzzle box in a slow steady motion

[@masudreza8346]

I love these mechanical principles

[@ryanb6503]

Can we get a "mechanical principals explained" video? What's are these called and, if they do anything, what are they for?

[@ВладимирАлександров-к4у]

2:38 Half of all cylinders are unnecessary I guess

[@yigottt]

nope. cycles around all of the cylinders. those cylinder holder things only land on the same cylinder every full rotations.

[@Mcspartan117k]

{congratulations} your crafting has ranked up to level (4) you've unlocked the advanced weapons tab

[@irfanmajeed1]

nice, better if you can show the drive shaft coupling point as well.

[@lindos602]

Why is this so satisfying ?

[@MagnetOnlyMotors]

Wow, fastest 3 plus minutes on you tube, some of it looks like Dr. Seuss could have dreamt it up.

[@JustSomeDevKid]

my eyes aren't ok but i like this

[@frikyouall]

This started off pretty based, but it got really abstract really fast.

[@explorethegalaxyjointheemp4730]

I have one question could you show in your future videos witch wheel need to be turned or motorized for the mechanism to funktion?

[@damrilpalangka8907]

Luar biasa lo bro, selalu kreatif ok

[@hassanbo8200]

First time seen something like this, are these made using solidworks??!

[@КУРБАТОВМЕР-ж8ш]

😁👍😱 Hello from Baku

[@bertthebird2341]

Hello back to you

[@seriatekata2375]

My brain is both amazed and dying cuz of this

[@civo4457]

These are some really mechanical principles

[@sawuk45]

could i ask for more?

[@mohamedhatem3694]

I believe the first contraption could be used as a spring less auto trigger for some sort of gun. If I am wrong please tell me why cuz I am still a student.

[@dianenelson112]

What software do you use for this? I'd like to learn.

[@munahirvio2684]

The real question is where you would use these.

[@sub_zero7ik3]

1:09 my mind was blown at this part. WHAT?

[@rafaelxavier8070]

What program is used to make these animations?

[@acanadianderg4035]

These are some interesting gear set ups but perhaps you could attempt to add functionality to them? They’re cool and all but I’m sure I’m not the only one having a hard time trying to figure out how such contraptions would be used

[@shareten1247]

i watched one of them now they are everywhere

[@reizinhodojogo3956]

Gente vamos fazer o youtube dominado por JESUS! Cole isso em todos os vídeos que você vê! 💛ELE VIVE💛 🔥ELE ESTÁ VOLTANDO🔥 fixa??

[@PangestuRatnoKumoro]

Sometimes I feel so useless, until I watch this video from part 1

[@Wat-Dat]

another great principles video!

[@mkultra6664]

I think the one made out of Dr Suess clocky parts was the best.

[@GregPPetersen]

The mechanism at 1:28 doesn't work. If the spur gear is free to rotate, it would not drive the outer planetary gear. It would simply turn against it.

[@nebihnebih1]

Please inform how can have pc render files. Thank you.

[@charliepea]

Are these gear demonstrations used in real life? Because they look pretty new to me (I'm not an engineer) and I don't find some of them practical.

[@PRANA__V7]

2:40 Can someone tell what is that called and wher it is used