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  1. Maglatron

    I want to know all of the maths concerning this scissor mechanism!

    ok thats fine but for now I'm just trying to design a flywheel out of steel that has 10.8kgm^2 moment of inertia, in a ring format that is 10cm in width, as far as I can see there is nothing woowoo about that, if you can help that would be kind, thanks Mr Martaine2005
  2. Maglatron

    I want to ask a few questions. Can I control a 380 DC motor using Arduino with a driver card? And I want to ask another question. Can I calculate the

    don't mean to be ignorant but what does a motor have to do with sound??
  3. Maglatron

    I want to know all of the maths concerning this scissor mechanism!

    Hmm cool so is there a way I can distribute the 60kg in a ring format that will have a thickness of 100mm if so can you enlighten me? cheers Mr Alec_t or perhaps provide the formula, thanks my instinct tells me if the weight is distrbuted in to a ring and the width is 100mm then the radius goes...
  4. Maglatron

    I want to know all of the maths concerning this scissor mechanism!

    Mr Delta Prime perhaps you might know about this subject??
  5. Maglatron

    I want to know all of the maths concerning this scissor mechanism!

    any help please?? thanks
  6. Maglatron

    I want to know all of the maths concerning this scissor mechanism!

    so I want a inertia of 10.8kgm^2, 100mm thick made of steel with density Density of steel (ρ\rhoρ) = 7850 kg/m³ I want to work out the radius that the wheel should be to satisfy the parameters given also want the weight to equal 60kg when the radius is 0.6m chatgpt tells me the thickness will be...
  7. Maglatron

    I want to know all of the maths concerning this scissor mechanism!

    Learning Solidworks and will soon be developing some really nice diagrams!
  8. Maglatron

    I want to know all of the maths concerning this scissor mechanism!

    so by the way anyone know of a free pdf editor its ok, found libreoffice draw!
  9. Maglatron

    I want to know all of the maths concerning this scissor mechanism!

    so with a bit of messing around managed to get this looks better but need a pdf editor to add pictures and edit the format a bit
  10. Maglatron

    I want to know all of the maths concerning this scissor mechanism!

    sorry guys for the constant editing but I think this one is now correct after going through with a finer comb :) changed the order abit too for easier reading!
  11. Maglatron

    I want to know all of the maths concerning this scissor mechanism!

    can anybody solve the querie in post #225 please
  12. Maglatron

    I want to know all of the maths concerning this scissor mechanism!

    heres the updated pdf went through with fine tooth comb and wrote it out a couple of times in different ways hope you get it folks!!!
  13. Maglatron

    I want to know all of the maths concerning this scissor mechanism!

    anyway I'm not claiming overunity or free energy, and not selling either do the math yourself come to your own conclusion!
  14. Maglatron

    I want to know all of the maths concerning this scissor mechanism!

    MAGLATRON this is a Detailed Calculation Breakdown: (of what I have so far) Lever 1 with 0.005m (r) load side moved 20 degrees (0.3490658504 rad) (θ) Arc length: s = r * θ = 0.005 m * 0.3490658504 rad = 0.001745329252 m Flywheel Inertia: I = 10.8 kg * m^2 Mass: 60 kg Radius: 0.6 m Angular...
  15. Maglatron

    I want to know all of the maths concerning this scissor mechanism!

    so I've tried to neaten the explanation up with chatgpt but when i copy it to a text document it looks like thisanyone know how to sort it so it looks like this
  16. Maglatron

    I want to know all of the maths concerning this scissor mechanism!

    so... Modified (missed out the 4 seconds on the force equation in part (5) and forgotten about gravity constant and so subsequent math following had to be adjusted I now believe that this is correct 1) so say the flywheel is accelerated to pi rad/s (3.141592654) and it turns the cam 4 times...
  17. Maglatron

    I want to know all of the maths concerning this scissor mechanism!

    now need to add losses - weight of scissor and inertia of the cam plus friction, but, I'm getting there!
  18. Maglatron

    I want to know all of the maths concerning this scissor mechanism!

    so I blundered at the first step going to write out again correct this time
  19. Maglatron

    I want to know all of the maths concerning this scissor mechanism!

    the idea I have is good when I've fully explained myself then you can see that it is infact not woo woo but quite interesting!! I'll complete the description today, just see what you think before putting me in woo woo land
  20. Maglatron

    I want to know all of the maths concerning this scissor mechanism!

    I'm next going to go through some digits and instead of over drive from flywheel to cam I am going to try a four to 1 ratio and have the cam turn at 1 turn every 4 seconds to start
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