Mechanical Vibration: MDOF Deriving Equations of Motion (A Quick Way)

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  • Опубликовано: 26 авг 2024

Комментарии • 15

  • @mickaelngn5047
    @mickaelngn5047 Год назад +2

    Very good video , could you make more of it pls 🎉

  • @shyamantabhuyan2927
    @shyamantabhuyan2927 9 месяцев назад

    Thanks from India

  • @thorstenstraub3657
    @thorstenstraub3657 Год назад

    What is the sign convention? When is a term xa*kb counted positive, when negative? For example, when m1 moves in direction x1 it stretches k1 and compresses k2 but both x1k1 and x1k2 are counted positive.

  • @boshontobihar
    @boshontobihar 5 лет назад +2

    I have been looking for your next video, but haven't found it yet. Please let me know if you've uploaded it, or plan to upload it soon. I need to know how to find the natural frequencies from equations of motion.

  • @doorkicker1896
    @doorkicker1896 5 лет назад +5

    please upload the next step for eigenvenctor mode shapes untill finish

  • @Est.1993
    @Est.1993 5 лет назад +1

    Thank you

  • @shanemoyo2233
    @shanemoyo2233 11 месяцев назад

    i cant find the next video

  • @Lu-re1df
    @Lu-re1df 4 года назад +3

    A free body diagram analysis of each mass would have been a lot easier to understand

    • @VimalGaurav
      @VimalGaurav 4 года назад

      ruclips.net/video/dsWHxK4mSWY/видео.html

    • @AzmaPutra-channel
      @AzmaPutra-channel  4 года назад +1

      Hi Vimal. Thanks. You have shared a great video. That would be my video as well apart from this one. That is why I put 'A Quick way' in the title. The one explaining the free body diagram should be a more appropriate one to explain the physics. But still can't find time to put my voice-over on my video:)

  • @magn8195
    @magn8195 3 года назад

    Is k3 not considered in the equation of motion for m1 because k3 compresses?

    • @AzmaPutra-channel
      @AzmaPutra-channel  3 года назад +1

      k3 is not attached to m1. Basically, all forces acting on mass are from the element attach to it.

  • @tobyhughes7938
    @tobyhughes7938 3 года назад

    How to rearrange these motion equations?

    • @AzmaPutra-channel
      @AzmaPutra-channel  3 года назад

      Just follow the steps in the video. You will have two equations of motion.