I love everyone comes together to do this on each video, and if someone already commented it, no one else does, it's a mutual agreement. Also nobody does it twice
1:40 reminds me of a Ravigneaux planetary gearset found in Automatic and CVT transmissions '3:53 is a crescent gearset. Found in automatic transmissions, American built
0:40 the comparsion is meant to demonstrate that the linkage with 2 x-joints has an even output always, while the simpler one has a slight fluctuation in speed
You like Art of Rendering? Their early work was a little too new wave for my taste. But when Mechanical Principles no. 5 came out in '21, I think they really came into their own, commercially and artistically. The whole video has a clear, crisp sound, and a new sheen of consummate professionalism that really gives the simulations a big boost. He's been compared to How it's Made, but I think Rendering has a far more bitter, cynical sense of humor. In '23, Rendering released this; Mechanical Principles no. 14, their most accomplished video. I think their undisputed masterpiece is "2:30 from Mechanical Principles no. 12". A machine so catchy, most people probably don't pay attention to the core mechanics. But they should, because it's not just about the pleasures of conformity and the importance of trends. It's also a personal statement about the Art of Rendering itself.
1:22- That pump looks massively inefficient, because there is a large back flow. The rotors are carrying a lot of "compressed" fluid back down the center, pushing it back towards the inlet, constantly.
well, some of them are used allready, some of them look fancy in cad, but are impractical in real-life due to friction, high mechanical complexity or dynamic imbalance. And computer controlled systems can do all these things with simpler mechanisms, with higher efficiency, less parts, at much greater precision. But they're maybe just not as "cool" as a highly complex mechanism as shown in this video. General rule of thumb: The more mechanically complex a device is, the less efficient it performs, the more complex maintenace will be, the more things can break.
Eu preciso comprar uma impressora 3D pra fazer uma parada dessas melhor projetada. O tourney é muito bom, mas nunca usei com STI, tô pensando em usar, pq ele é beeem mais barato rs
There are some for which I don't have the faintest idea what they could possibly be used for, but others to which I can identify their use immediately!
Most of these are obvious what they can be used for. But not all. I would like to see what the practical applications are. And, why one would be better than another for the same application.
Hi ! Nice video series ! I wanted to ask: do you know a mechanical principle/common solution that transforms rotation (from a motor) to a linear translation; but with a catch: when the motor spins slowly the amplitude of the translation motion is high, and as the motor speeds up the amplitude is smaller (ie smaller range of motion at higher speeds). Is there a common solution for that ?
I have gained the knowledge of mechanical principles part 15
I have also gained the knowledge of mechanical principles part 15.
WHY does EVERYONE make a comment like this?
@@BrunoMaricFromZagrebbecause we have gained the knowledge of mechanical principles part 15
I love everyone comes together to do this on each video, and if someone already commented it, no one else does, it's a mutual agreement. Also nobody does it twice
@@BrunoMaricFromZagreb We have absorbed the knowledge of mechanical principles part 15.
He always returns, even better than the last time
Babe wake up. Mechanical principles 15 just dropped
1:40 reminds me of a Ravigneaux planetary gearset found in Automatic and CVT transmissions
'3:53 is a crescent gearset. Found in automatic transmissions, American built
GREAT
🍍🍍
YOOOO MECHANICAL PRINCIPLES 15 JUST DROPPED
0:40 the comparsion is meant to demonstrate that the linkage with 2 x-joints has an even output always, while the simpler one has a slight fluctuation in speed
Thanks 😊
You like Art of Rendering? Their early work was a little too new wave for my taste. But when Mechanical Principles no. 5 came out in '21, I think they really came into their own, commercially and artistically. The whole video has a clear, crisp sound, and a new sheen of consummate professionalism that really gives the simulations a big boost. He's been compared to How it's Made, but I think Rendering has a far more bitter, cynical sense of humor. In '23, Rendering released this; Mechanical Principles no. 14, their most accomplished video. I think their undisputed masterpiece is "2:30 from Mechanical Principles no. 12". A machine so catchy, most people probably don't pay attention to the core mechanics. But they should, because it's not just about the pleasures of conformity and the importance of trends. It's also a personal statement about the Art of Rendering itself.
AI comment?
Hey Paul!
@@ArtemisAndromedaedited band review
New wave copypasta just dropped?
When making a presentation of the pump, it would be nice if the liquid was simulated to see the effect of the mechanism on the liquid.
liquid simulation is very hard and requires special software. It also requires a lot of setup, trial and error.
@@PaulKind3dblender makes it easier
Once you have gained the knowledge of Mechanical principles part 15, you cannot un-gain it.
Me when I need to transfer fluid from point A to point B and remember mechanical principles part 15
literally me fr
Whenever scrapman runs out of ideas, he emerges from the darkness with a masterpiece
First scrapman comment i have seen lol
masallah
We have been blessed with more knowledge
1:22- That pump looks massively inefficient, because there is a large back flow. The rotors are carrying a lot of "compressed" fluid back down the center, pushing it back towards the inlet, constantly.
I watched most of these and they are fascinating, but perhaps they should be called " high friction useless machines" .
I love trying to imagine what these would potentially be used for.
well, some of them are used allready,
some of them look fancy in cad, but are impractical in real-life
due to friction, high mechanical complexity or dynamic imbalance.
And computer controlled systems can do all these things with simpler mechanisms,
with higher efficiency, less parts, at much greater precision.
But they're maybe just not as "cool" as a highly complex mechanism as shown in this video.
General rule of thumb:
The more mechanically complex a device is,
the less efficient it performs,
the more complex maintenace will be,
the more things can break.
especially 3:27, hehe
First one could be used for a pump I think
@@batwithahat312 it takes four gears! maybe three if you're clever about it
Using your visualization of a camera iris I was able CAD up the thing and 3D print it. It’s amazing
Great
I wish I'd know what all these joints & connections are called
I have gained knowledge of mechanical principles part 15
I have gained the knowledge of mechanical principles part 15
Machines as art - I'm here for it.
What's the name of the music?
tell me too
Number 15, Mechanical Principles
Too bad the flat earthers who built the rocketship didn't know this one
Can't absorb any more mechanical knowledge because Art of Rendering stopped posting. 😔
Eu preciso comprar uma impressora 3D pra fazer uma parada dessas melhor projetada.
O tourney é muito bom, mas nunca usei com STI, tô pensando em usar, pq ele é beeem mais barato rs
So very soothing to watch these clips. If you could make screen savers with these images you'd put a lot of people to sleep. My thanks.
There are some for which I don't have the faintest idea what they could possibly be used for, but others to which I can identify their use immediately!
Sorry to disturb you all, but, do you know that there is maybe like 5 mechanisms at max, and than its just different shape or combination of more?
I have gained knowledge of mechanical as computer programmer chatgpt
I have gained the knowledge of mechanical principles part 15
always nice to see an upload! keep up the good work mate
Is there anywhere that we can actually find these exact renders to 3d print and stuff?
the music from nightflyer is so wonderful, jesus
nice videos! which Software do you use for that?
Recommend me this software, I can carry on with it
What for CAD Software do you use?
If you could lose that horrid music I'd think about subbing. But I hit dislike whenever I see a video that makes me hit "mute", so...
Thank you for your feedback, please wait while we transfer you to one of our representatives
what software making these animations? great video
Agree, what software is it?
probably solidworks
How do you male these things
1:25 lemme introduce the ULTIMATE PLANATERY GEARBOX
Кто скажет что за ТРЕК? Напишите пожалуйста
Amazing, draw and animation mechanical process👍🙏
what software is thsi?
Music name?
0:41 universal joint
level 15 unlocked ✅
I really I like music
Any stl avaliable 😮
Most of these are obvious what they can be used for. But not all. I would like to see what the practical applications are. And, why one would be better than another for the same application.
As a old school designer I see so many TH-cam Renders that would just never function in a real machine
All of these designs gives the same impression: for something so oblivious, why I never thought about that 😅
The rotation of the pump at the beginning should should be reversed for better performance.
Names, please.
I have harnessed the knowledge of mechanical principles 15
4:15
I've always wanted to be an engineer your videos help me learn so much!!!!!!!!! luv u !!!!!!!!!!!!!!!!!!!!!
Not now babe! Mechanical Pinciple part 15 came out!
elegant design. like star and planet movement. very beautiful.
Wish I could get 3D files
What software is used to create these stunning simulations?
Has anyone actually printed these out and tried them irl
Hi ! Nice video series !
I wanted to ask: do you know a mechanical principle/common solution that transforms rotation (from a motor) to a linear translation; but with a catch: when the motor spins slowly the amplitude of the translation motion is high, and as the motor speeds up the amplitude is smaller (ie smaller range of motion at higher speeds).
Is there a common solution for that ?
id imagine it would likely be something similar to a CVT gearbox. Maybe look into how those are made then figure the rest.
Please tell me
What software do you use for this ?
What software do you use to simulate these things?
1:01 roots blower?
Wish I knew what software this was made in
Первый механизм движения солнца. First mechanism is sun moving mechanism
Please make a mini vacation giar svm
Где найти эти музыкальные композиции? Кто маэстро?!!!!!)
Which app will u use to create this
Как 9 называется,знает кто? What is 9 called, who knows?
What is the rendering soft ?
this is the best channel
Yay
The waffle house has found its new host
the waffle host has found its new house
Thats to old now
pogers
I FIND THESE VIDEOS PRETTY MUCH RELAXING TO LOOK AT🥲