Sizing Hydraulic Cylinders and Selecting Pumps Based on Force Requirements

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  • Опубликовано: 11 окт 2024
  • engineers.acad...
    In this video you will learn how to determine the required bore (diameter) for a hydraulic double acting cylinder, in order to achieve a given force requirement.
    In addition, you will be shown how to calculate the required mass flow rate in order to achieve a desired rate of extension, or extension velocity.
    To learn more about our Mechanical Engineering HNC please visit: engineers.acad...

Комментарии • 9

  • @gosth81
    @gosth81 2 года назад +2

    Muy buen video 😃

  • @prashantbhat5846
    @prashantbhat5846 4 года назад +1

    sir can guide me for design a foam punching machine....operate by hydraulic....
    i need information about at what force(bar) it may work, what type of hydraulic pump shoud be used

  • @vvssricharan4202
    @vvssricharan4202 5 лет назад +1

    Hey, how to decide on piston size if I have force acting on the piston, velocity and stroke of the piston to achieve a max feasible pressure with the given values?

  • @nadeemzzz5599
    @nadeemzzz5599 2 года назад

    Does anyone have the force vs displacement graph of a simple manual hydraulic jack ? I mean how the force changes when we use and press on the lever of a hydraulic jack ! I want to know the complete scenario : before pressing the lever , while pressing the lever and raising the object , after raising the object! I want to know how the force and pressure of fluid changes during the whole process!

  • @barunpramanik786
    @barunpramanik786 4 года назад

    Good explanation

  • @bloggers7281
    @bloggers7281 4 года назад

    Brilliant Great effort 👌👏👏👏

  • @nalbandzubair8636
    @nalbandzubair8636 2 года назад +1

    How to calculate piston rod diameter?

  • @frankjames1955
    @frankjames1955 3 года назад

    hello i have a problem about this stuff ... a cylinder thats 2 inches x 6 inches at 1000 psi reads - P x V / atm .. to find the volume of compresed air.. which is 1000psi x 18.85 Cu (volume ) / 14.7 (atmosphere ) =1281Cu .. excellent ... but now change the 1000 psi to 10 psi -
    10 x 18.85 / 14.7 = 12.823 Cu ?? how can there be less air in the cyclinder (12.823 Cu) under 10 psi than the cylinders inital volume of 18.85 Cu ?

    • @EngineersAcademyLTD
      @EngineersAcademyLTD  3 года назад

      Hi Frank. I am unsure where you are taking your values from. Could it be because your value of 10 psi is below 1 atmosphere of pressure, at 14.7 psi?