Laminar Fully Developed Flow in Pipes

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  • Опубликовано: 20 авг 2024

Комментарии • 9

  • @ammarlaichi8474
    @ammarlaichi8474 9 месяцев назад

    Good job Dr, I have questions in this topic, 1- How to calculate the local the local nusselt number in 3d tube (midle for exemple)?
    2- How the average nusselt number of the fluid domain in 2d and 3d tube?
    3- how to plot wall temperature function of axial position in 3d tube?

  • @heattransfer8003
    @heattransfer8003 12 дней назад

    What should I do if I apply wall temperature instead of heat flux to find Nu=3.66?
    Thanks

  • @alihmad3421
    @alihmad3421 5 лет назад

    Thank you for sharing this information

  • @mritunjaychandrakar3828
    @mritunjaychandrakar3828 3 года назад +1

    Can I follow the same procedure for 3D PIPE?

  • @rahulkr7785
    @rahulkr7785 Год назад

    Sir can we follow same step for 3-d model and if heat flux 250 is enough ??

  • @JyotiSingh-ce3lc
    @JyotiSingh-ce3lc Год назад

    For fully developed region, the nusselt number will be the same throughout the surface wall ?

    • @heattransfer8003
      @heattransfer8003 12 дней назад

      No. The Nu number will change across the wall since the temperature difference is changing as you move at the wall. In that case, you need to work out with average Nu number

  • @malfinzhang
    @malfinzhang 5 лет назад +1

    how about turbulent sir?

  • @ammarlaichi8474
    @ammarlaichi8474 9 месяцев назад

    Good job Dr, I have questions in this topic, 1- How to calculate the local the local nusselt number in 3d tube (midle for exemple)?
    2- How the average nusselt number of the fluid domain in 2d and 3d tube?
    3- how to plot wall temperature function of axial position in 3d tube?