วีดีโอ

I am wondering if in the designing stages it would benefit if you in cooperte the hyperdrive motor from LG or Samsung washing machine ( The pancake type) why i ask this? Ciz i re wired this motor half as a motor with 5 strands of 0.35 at 3 meters per pole at the three pole shorted for all 18 poles and the other 18 re wired as jumping every two all round and inly one shorting as is originals done but now with copper wire and 1 mm wire. The motor spins soo fast and produces iver 250 volts AC and use it for a 2000 watt cooking coil element and all lights and it does not heat or even warm up. I use 48v dc , 1000 watt dual controller ( No sensors. My other question, how to improve this easily available hyperdrive motor and hybrid it to be like and work like the radial flux motor you just made? Mist inovators or diys dont have a 3D printer.

Es ist kein Reluktanzfluxmotor , zwei vertikale aneinandergleitende Spulen fehlen ! Fehlinformation.

That’s really really cool dude

Is this 3d motor equivalent to a normal one? Could it be used in practice for RC airplanes? How would its energy consumption be when mounted on an airplane?

Nein das ist ein Wechselstrommotor und oben ist was täuschend draufgemalt !

Amazing 😮

I remember the great time at school we spend playing it(with paper and pencil)

why did it take 2 years to find this video? found you from the comments under recent BLDC video by logan. do you think making the core out of epoxy and iron powder will improve this design?

did you used opengl to implement visualization?

Loved every second of it

Thanks 😂

the pieces of metal being cut with tin snips probably doesn't help. all those pointy bits are going to bleed charge.

torera! 😃

The 2nd one probably simulates quantum mechanics

The problem is not your design, its your controller. ESCs are made to drive trapezoidal EMF BLDCs with concentrated windings. Distributed windings have a sinusoidal shape, which means that even if the control method was correct, you would have a lot of torque ripple and very low efficiency. You need a switched reluctance driver made for distributed windings.

Can i use this spin coater idea to spread photo resist or solder mask at PCB

i thought estonia use metric🤔

What if you stacked every step of the game of life on top of each other, what about smoothlife? Maybe even lenia

This is hands down the best video I have ever seen on youtube. The quality is incredible and I love everything about it. You deserve way more subscribers than you have.

You have added a layer of knowledge to my search to the meaning of life. Thank you. Consider looking up “Creatures” by BasedAI. They’re working on a new project using this framework.

Incredible.

Stator with 6 coils evenly spaced in a circle. Rotor has 2 levels. Level 1 has 6 north facing magnets. Facing the coils. Centered over the coils. Level 2 has 6 south facing magnets. Facing the coils from the other side. Evenly spaced between level 1's magnets. When rotated to induction will become autonomous. Why? Just type this into A.I and it will explain it

It was an interesting work, some important things to improve the project Using Arduino Uno and Shield CNC version 3, you can get rid of drive wiring. The quality of your image is due to the plasticity of the microscope lenses Distance the glass from the front of the camera lens so that the effects of dirt are not displayed on the image You can use telescope eyepieces to replace the lenses good luck

Nice ❤❤❤❤❤❤

👏

Side note about the PWM speed signal for PC fans: 25khz is the Intel spec for PC fans, the actual operation window for a lot of fans tends to be a LOT looser. To the point where its pretty much just looking at consecutive pulse widths, and almost ignoring frequency (sorta, but it basically feels like that sometimes). Also, for the players at home, beware server fans, not all blue wires are speed signals. Server fans typically come with a 'rotor lock' feature that will either send 12v down, or connect ground to, that wire. If its 3 wire and its black red blue, that is power and rotor lock, not tach or speed in. READ YOUR DATA SHEETS!!!! Or you could blow your controllers. I personally test with LEDs and see how the wires behave for odd colors or arrangements there of. Oh, and make sure you attach the gnd of the MCU and the fan.

I have a cheap AM scope that is even worse than that one, at least yours has a iris, mine is just a disk with holes in it.....yeah...and its off center.....yeah.... Anyhoozle, Ive been able to correct a fair amount of the chromatic aberration by better aligning the stage to the optics. Basically wiggle it around, not just in translation XY but roll and pitch too (idk, add some screws somewhere as jack screws for modifying the plane of the stage to the optical path). There is a lso the stop spring detent thingy under the nose on the turret, you can loosen that and see if there is a more advantageous stop angle. You could try reseating the turret (take the head off, remember how the 3 screws are set so you can recenter it (another potential source of aberration btw), then remove the penta mirror holder (another source of potential misalignment, I had to use a pipe wrench to get mine loose), THEN work on breaking the nut loose that affixes the turret to the nose (oddly enough, its usually in there solidly enough that....well everything aligns to it pretty much...), but thats on you if you want to take on effectively an entire garage realignment(OH! By the by....you can open up the rotating section of the turret too via the screw and spanner nut in-between the objectives (the screw holds the rotating objective mount on, and the spanner nut sets the turning tension (IIRC), ie how much resistance there is to turning it once you overcome the detent) BE CAREFUL!!! There is a handful of tiny little ball bearings in that thing....so be prepared to wrangle them if you go in there)....it can be kinda frustrating....but they dont really put too much effort into setting up these cheap-o scopes from the factory. When I got mine I had to take the lenses apart because there was mold in them.....yeah.... Work slowly and incrementally, and you should hit on an orientation that counteracts the aberration you see down the tube. I guarantee you're aberration problems are more to do with alignment than your lighting set up. Either way, fiddle with it, thats what the hacker/maker hobby is all about ;)

i read the title as alogarithms instead of algorithms

We are but cellular automata running on the grand computer of universe with the parameters of quantum physics.

Your magnetic flux paths is through or normal to the pancake surface, so it will make eddy currents in the plane of the windings creating the magnetic flux, offset by gap. So the thin sheet, or not so thin sheet, is thin in the wrong dimension for breaking up eddy current areas into smaller, less lossy ones. Giant toroid cores can be cut into sections that are approximately the shape you have. Like a 1/3 of a toroid. The powder core does not need orientation like soft steel layers do. If the material can be had, and a way to fire the shape, you can make your own custom core shapes. Liked this video, shows curious not afraid of failing, just want to learn mode. :)

This video has greatly enhanced my understanding!

❤❤❤❤

how much power does it use per minute????

❤🎉

AXIAL - SYNCRONOUS - NEW - MODEL- MOTOR - FANTÁSTIC ! - FUTURO ~ MOTOR ! : REVOLUCIONÁRIO - MOTOR = POTÊNCIA ~ FORÇA ! FUTURO ! CHEGOU ! PARA : 2030 !.

RIP John Conway, it's one of the first programme I wrote <3

Good to see artificial life prefers the trilobite too lol

a permanent magnet synchronous motor, if you dont have the field windings connected to power source, can you freewheel the motor without resistance? I mean just in general with type of motor? Can a brushless hub motor be considered a synchronous motor?

My friend. You did a great great job here. Please let me know if I can help you with magnetic fem simulations. We can save a lot of time with them. I'm also designing a two rotor axial flux motor for e-bikes myself. Just in my case, I'm going for SRM instead of switched reluctance because I'm focusing in cost effectiveness and simplicity But your design is very interesting Great job

I am currently working on building my own cheap actuators in-house for my robotics projects and this video has been invaluable to my efforts. Thank you.

lenia is what i see when i shut my eyes just right

Fax fr 🗣️🗣️🗣️🗣️: This is the game of life,this is the game of life,the game of life,the game of life,Conway's game of life

12:52 Yaaay!🎉 We have a working long-name motor😂😅 Nice work birdbrain

Thats a long name for a electric motor😅...lets dig in

Please do make another axial flux motor project. Thank you

10mins in and im telling you, youve just create a wonder/magic. All i need now is to watch this video multiple times to properly assimilate this axial flux concept because im sooo used to radial flux.

Okay okay... 3:27 here, let say i want a balance between speed and torque(or should i say efficient speed and torque) what will, hypothetically, be the best configuration for the coils and magnetic pole? This is probably a future question that im asking now😂

Great work 👍😉

Wow. Awesome project really, the way you set up the coils and ferromegnetic look very nice but I bet they were a pain in the a... to set up. I am actually trying to build a wind turbine generator and came up with faulhabercoils in the stator and a double rotor (on top and underneath). Those faulhabercoil windings are very nice, because you don't come up with lots of wire outside the magnetic fields, the downside is, that the magnetic fields do not cross the wire in 90° angle. This is (maybe) the cause why you have to 'kickstart' your motor. Love your work!