How to Identify Tension Member, Compression Member and Zero Force Member in Truss

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  • Опубликовано: 9 дек 2024

Комментарии • 24

  • @ruben2302
    @ruben2302 Год назад

    Thank you so much, i have been struggling with this for days. Very clear explenation, thanks.

  • @grahamhughes2025
    @grahamhughes2025 2 года назад +1

    thank you Tonmoy, this has helped my inderstanding deepen without doing heaps of maths......I can work it out visually. Brilliant video...thanks

  • @julianafeijo9221
    @julianafeijo9221 18 дней назад

    Amazing, thank you!

  • @edwinlyakwipa7325
    @edwinlyakwipa7325 Год назад

    I really enjoyed this kind of teaching its very smart and logical

  • @fisenknan3981
    @fisenknan3981 4 года назад +2

    Very useful, Good TQ. Perhaps you can also include other common trusses

  • @preethladybird
    @preethladybird 4 года назад

    Excellent enlightening video
    Thank you so much
    Praiseworthy

  • @abishak3506
    @abishak3506 Год назад

    Hi sir, still have confusion in finding compression/tension.. plz explain it sir...How do you identify its resolved away /towards the joint? What's about the resolving of inclined forces in horizontal direction?

  • @savannahlsteele
    @savannahlsteele 3 года назад

    Thank you Tonmoy!

  • @av_naturasmr
    @av_naturasmr 10 месяцев назад

    are beams considered tension member or compression member?

    • @TonmoyMaity
      @TonmoyMaity  9 месяцев назад

      it's depend on the direction of applied force.

    • @av_naturasmr
      @av_naturasmr 8 месяцев назад

      @@TonmoyMaity so they're basically a flexural member?

  • @shareqinamdar9211
    @shareqinamdar9211 4 года назад

    Great Video

  • @sanketadhikari9857
    @sanketadhikari9857 4 года назад

    Then what is the use of zero force member? Can we avoid it in truss?

    • @TonmoyMaity
      @TonmoyMaity  4 года назад

      Notice, if you remove those zero force member, the unsupported length of the compression member will increase i.e. it will buckle under a lighter load. To resist this you need a higher section which will cost your pocket. So, keep it. They are useful.

    • @sanketadhikari9857
      @sanketadhikari9857 4 года назад

      @@TonmoyMaity so can I understand that it gives stiffness or in other words battening function/service to the compression member?

    • @TonmoyMaity
      @TonmoyMaity  4 года назад

      @@sanketadhikari9857 Exactly.

    • @josephpeter6796
      @josephpeter6796 3 года назад

      may i add ... zero force means zero net force

  • @PiyasPurple
    @PiyasPurple 4 года назад

    অসাধারণ

    • @TonmoyMaity
      @TonmoyMaity  4 года назад

      বাড় খাওয়াচ্ছিস? 🙄