Mechanics of Materials: Lesson 42 - Thin Walled Pressure Vessel Example Problem

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  • Опубликовано: 29 янв 2025

Комментарии • 14

  • @danondiek439
    @danondiek439 Год назад +4

    Happy to get back to these lessons I had more than a decade ago. A very good refresher.

  • @hassan_7857
    @hassan_7857 2 года назад +6

    Thank you Mr Hanson you the true Goat.

  • @manuboker1
    @manuboker1 Год назад

    Wonderful solids lessons!! really taking the time to explain the problems along with a good sense of humor :))

  • @kareemcharles7
    @kareemcharles7 Год назад +2

    Good lesson. You mentioned to use the internal radius, but for a thin-walled cylinder i was taught to use the average radius (sum of internal and external radius divided by two).
    Any thoughts?

  • @geo4777
    @geo4777 Год назад

    In the stress tensor for this problem would it be 2x2? Or would the torsional stress be negligible and be 0 in the 3x3?

  • @grantGallagher-f7d
    @grantGallagher-f7d 11 месяцев назад

    Can you talk about axial and hoop strain using 3d hooks law

  • @burgerplace9764
    @burgerplace9764 Год назад

    Is the 3.52ksi the acting force or the maximum allowable?

    • @roshannaidu13
      @roshannaidu13 10 месяцев назад +1

      That's the hoop stress acting on the small element

  • @Mak13927
    @Mak13927 10 месяцев назад

    Thank you

  • @blueandgreen8928
    @blueandgreen8928 8 месяцев назад

    why shear stress is 0 sir ? please

  • @jahdzki7490
    @jahdzki7490 8 месяцев назад

    0:54

  • @seabasschukwu6988
    @seabasschukwu6988 2 года назад +1

    why does that element of the vessel have longitudinal stress if it was in the cylindrical part of the vessel

    • @carultch
      @carultch 2 года назад +3

      Because the internal pressure acts on the end domes, that pulls longitudinally on the cylindrical part of the vessel

  • @HalumDa
    @HalumDa 2 года назад

    you put dia insted of radius