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Centrifugal Force Overunity wit a 1 to 40 COP

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  • Centrifugal Force Overunity wit a 1 to 40 COP

    Hi all,

    I would like to show you my results on my Centrifugal Force Overunity experiments in a real physics simulation environment.
    One of my best results shows a overunity ratio (or Coefficient of performance) of 1 to 40

    You can find my youtube videos on my brand new site: Overunity Guide Achieving Overunity by Centrifugal Force
    And you can download the simulation files which I have used to create these videos for this site, so that you can try to reproduce the same effects on your own pc.

    I hope that you all will find my experiments and my results just as interesting as I do.

    Have Phun with it. And with Kind Regards, JdR

  • #2
    Thanks for sharing, I will look more when I have time.
    Interested, Gene

    Comment


    • #3
      Hi,
      you may wanna post it into here
      http://www.energeticforum.com/renewable-energy/,
      since its kind of a renewable Energy Device,
      or a Admin can move the Post please ?
      Theorizer are like High Voltage. A lot hot Air with no Power behind but they are the dead of applied Work and Ideas.

      Comment


      • #4
        Originally posted by Joit View Post
        Hi,
        you may wanna post it into here
        http://www.energeticforum.com/renewable-energy/,
        since its kind of a renewable Energy Device,
        or a Admin can move the Post please ?
        Ok, I have posted this Thread into the renewable Energy Device section.

        Comment


        • #5
          !!! IMPORTANT IMPORTANT IMPORTANT !!!

          It came to my attention that Phun has some Flaws in it.

          For example when I try to simulate another 'Competing Forces' Example. It doesn't give me the results which I wanted / expected to see

          To be more specific:

          What I have tried for now, is that I made a Phun scene in which a 14 teeth gear is competing to a 28 teeth gear and I gave both gears the same densities.

          Here you can download my example File:



          What I observed is that both gears where canceling each other out when:

          - the 28 teeth gear was set to 15 rpm / 6 Nm
          - the 14 teeth gear was set to 30 rpm / 50 Nm

          Unfortunately This is not what we would expect.


          Furthermore What I saw when I try to give in the following parameters:

          - the 28 teeth gear set to 15 rpm / 100 Nm
          - the 14 teeth gear set to 30 rpm / 50 Nm

          Was that the bigger (28 teeth) gear was winning the battle. Where, in this case you would expect that they should cancel each other out.

          So it looks like, the bigger the object, the bigger the strength value of the motor will be amplified in Phun.

          This is a very disappointing side effect of Phun, and needs to be taken into account when building new scenario files.

          But to be not to Negative about it, I still think that my COP 1 to 40 video design can produce overunity...
          This because I have tried and felt different acting forces within my little 'Forces Acting upon Gears' Lego example.

          Which you can see over here:

          YouTube - Forces Acting Upon Gears

          What I will do next weekend, is that I modify my website: Overunity Guide Achieving Overunity by Centrifugal Force with my most recent findings.

          But for now, I think that it is time to start trying things out for real. With a little more Fun than that Phun will bring...

          More work needs to be done...

          I will keep you posted, stay tuned.

          !!! IMPORTANT IMPORTANT IMPORTANT !!!

          Comment


          • #6
            It took a bit longer than expected, but for now I have updated my website with the Phun Flaw issues on it.

            You can find the update on: Overunity Guide Achieving Overunity by Centrifugal Force

            Comment


            • #7
              move thread

              Do you mind if I move this this thread to the renewable energy forum?
              More people will see it.
              Sincerely,
              Aaron Murakami

              Books, Videos, ESTC Conference Info, Blog, etc. https://emediapress.com

              Comment

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