I ran his Math across a couple of people who are into that stuff. Its not valid, thats part of reason he catches alot of negative attention.
Basically it boils down to a really complex math problem involving angular velocity and angular momentum. You have 2 states, start up , and run.
You cannot apply the same math to run that you would under start up. He has problem with that. Once the pendulum is in motion your input is only responsible for a very small portion of the rotation.
Now I am not saying the effect isn't valid but you should do an electrical conversion.
Use a generator and an adjustable load. If you want valid numbers.
I have already experimented with the pendulum and I am sure there is something to it But his math is really wrong and very odd for the condition he is calculating.
Don't make the same mistake of making claims on his math.
Also to stop the shaking you could just get some boards on the ceiling and wedge two longer boards between the ceiling and floor. Make sure you have tension. That should help alot. If you can anyway.
Nice work
Matt
Basically it boils down to a really complex math problem involving angular velocity and angular momentum. You have 2 states, start up , and run.
You cannot apply the same math to run that you would under start up. He has problem with that. Once the pendulum is in motion your input is only responsible for a very small portion of the rotation.
Now I am not saying the effect isn't valid but you should do an electrical conversion.
Use a generator and an adjustable load. If you want valid numbers.
I have already experimented with the pendulum and I am sure there is something to it But his math is really wrong and very odd for the condition he is calculating.
Don't make the same mistake of making claims on his math.
Also to stop the shaking you could just get some boards on the ceiling and wedge two longer boards between the ceiling and floor. Make sure you have tension. That should help alot. If you can anyway.
Nice work
Matt

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