Design A Helical Gear With Equations: Step-by-step.

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  • Опубліковано 2 гру 2024

КОМЕНТАРІ • 9

  • @mikevr54
    @mikevr54 2 місяці тому +1

    on Helical Gears Outside dia = Pitch dia +(2*Addendum),where addendum = module , and PCD = Num * ( module * Secant(pressure angle))

  • @amirulaminazman7919
    @amirulaminazman7919 11 місяців тому +1

    Thank you so much for this tutorial. I am a beginner in SolidWorks and your video have made it really easy to understand how to create helical gear from scratch.

  • @ibrahimal-saif9322
    @ibrahimal-saif9322 Рік тому +2

    I think I found a jackpot

    • @mikevr54
      @mikevr54 2 місяці тому

      Pitch dia = N*(MOD*SEC(PA))

  • @amirulaminazman7919
    @amirulaminazman7919 11 місяців тому

    May I know, how would you design a double helical or herringbone gear from this design?
    Do you simply mirror the gear above onto one of its side surfaces or change the curve path (12:58) and loafted cut (16:53)? Or is there a better way?
    Thank you.😊
    P.S what is the 'Addendum length' used for? (4:47)

    • @smartcursor
      @smartcursor  11 місяців тому +1

      Double helical gear have required some space so extrude boss diameter & then mirror gear about select solid boss side face & herringbone gear direct mirror select gear side face for mirror plane

    • @amirulaminazman7919
      @amirulaminazman7919 11 місяців тому

      @@smartcursor I see. Thank you.😊

  • @amirulaminazman7919
    @amirulaminazman7919 11 місяців тому

    Good day, from other references and tutorials I noticed that some have used different formula for calculating the outside/tip diameter of a gear.
    For example, "OD = Pitch Diameter + (2 * Module)" or "OD = (No. of teeth + 2) * Module"
    Is there more than one way to calculate them? and is it the same case for root diameter as well?🤔
    Thank you.😊

    • @smartcursor
      @smartcursor  11 місяців тому

      You can use Both formulas,both are correct because answer value are the same in both formulas.