The book is dedicated to self-propelled mechanical generating devices.

[rakarskiy]

The electromagnetic torque capability is the determining factor  of the dynamo. If as your design exercise indicates, 0.163 Nm is the electromagnetic torque of your machine, it indicates poor material utilization, which you even mentioned..
I don't know cheese board, but have knowledge and experience with electric machinery and energy conversion. I only spoke up here because I see you selling BS. I'm not buying it and don't think others should either. Similar to my run-in with Turion. You make an extraordinary claim (1kw out / 14w in), prove it.
bi

Smart ass (joke), my Russian friends are still more experts. I don't argue with talkers. There are also those among Russians who claim that I am incorrectly applying the magnetic induction index to the ampere force modulus.  I say that the use of this module when calculating the electromagnetic moment of the generator is unacceptable. The reason is that the electromagnetic moment is exorbitant. But if the machine is reversible into an electric motor, the motor goes beyond the Singularity, and this cannot be.

We conducted an experiment and I was able to correct the formula of the magnetic induction of the wire  B=(μ₀*I*w)/(2πr). The gap should be denoted as its absence r = 0.0001 m.

In any case, there are a lot of things that are not freely available in the literature. My method is still relevant, but it has become more expensive to implement.

[sm0ky2]

Has anyone been able to construct a self-propelled mechanical device?

[bistander]

Mr. Rakarskiy,
My suggestion. Obtain motor shown in my post. Test it. Analyze it. Measure components. Apply your formula using its parts. Compare your calculations to published performance. Then realize your mistake.
Yes, I have done this, many times over career. Published formulae always correlate when properly applied.
bi

[rakarskiy]

As always, the more visual materials, the better. What kind of module, magnetic induction, to use in the Ampere force calculation formula!

And so, here is this video, also the simplest generator
https://youtu.be/ox3DukiDiuQ

He will take the initial data:

The magnetic induction from the pole of the magnet, in the area of the wire, will be taken as 0.4 Tesla.

The current in the circuit is calculated from the name "50W Generator"
In America, the mains voltage is 120 V, a total of 50/120 = 0.42 A; the number of turns is 2000; the angular rotation speed is 500 rpm; the length of the magnet pole face is 60 mm, as a result, the length of the active coil probe is 60 mm * 2 = 120 mm; the diameter of the rotor is 40 mm.
The results of calculations in two columns of the table (attachment),
the first - with the calculation of magnetic induction depending on the voltage in the wire,
the second - with magnetic induction from the magnet Bm = 0.4 Tesla

I hope it's clear that if we apply the classics, then all generators will be a superblock of a similar configuration! 

P.S. let there be small inaccuracies in diameter, current or magnetic induction from a magnet, but the gap between the result is just reality. A wire with a current forms its magnetic intensity vector and enters into magnetic confrontation with the intensity of the external magnetic field. This principle is observed in engines and generators. And the ability to make calculations correctly is professionalism and technology.  Therefore, I am not asserting, but investigating. In any case, the constant in electric machines of equality of electrical and mechanical power is not fulfilled. The law of conservation of energy in this node cannot be applied. Engineering creativity decides everything.

[rakarskiy]

Mr. Rakarskiy,
My suggestion. Obtain motor shown in my post. Test it. Analyze it. Measure components. Apply your formula using its parts. Compare your calculations to published performance. Then realize your mistake.
Yes, I have done this, many times over career. Published formulae always correlate when properly applied.
bi

So how's your career going? Maybe you will still make your calculation, otherwise the aptitude test, you have not passed