Sudden closure of valve, when pipe is rigid

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  • Опубликовано: 28 янв 2025

Комментарии • 14

  • @noblecause3166
    @noblecause3166 2 года назад

    I will always thank you for the contribution u have given us in explaining fm so simple

  • @Anonymous-vk3ef
    @Anonymous-vk3ef 9 месяцев назад

    Excellent

  • @ALANGARTV
    @ALANGARTV 3 года назад +1

    Good one

  • @Aankush802
    @Aankush802 5 лет назад +1

    Sir, Moody's diagram pe video banaona ,kaise friction factor and K/D calculate kare ,bahut confused hota hu.

  • @ravalnikul1415
    @ravalnikul1415 2 года назад

    Majboot video

  • @sarbagyaadhkari6159
    @sarbagyaadhkari6159 5 лет назад

    thank you sir for this video but please sir quench my thirst regarding the query " why during water phenomenon the pressure wave does not travel through the water inside the reservior instead it rebounds from the entrance of the pipe towards the valve?"

    • @harshal8956
      @harshal8956 5 лет назад

      It does not rebound from the reservior instead another wave is generated in the reservior which then passes through the pipe

  • @mdabushama2576
    @mdabushama2576 4 года назад

    sir aap promlam ve kra dejya ga sar aap mast krata h

  • @ABHI-ql4ld
    @ABHI-ql4ld 4 года назад

    Sir
    How to find curve surface area of cylinder
    Please answer batvo

  • @kishorkumar-zv6vo
    @kishorkumar-zv6vo 5 лет назад

    Good sir

  • @apptitudeclassladakh5629
    @apptitudeclassladakh5629 4 года назад

    Strain energy derived karo

  • @rahulbhati4749
    @rahulbhati4749 5 лет назад

    Sir fixed beam krvaa do plsss

  • @venky543211
    @venky543211 5 лет назад

    Sir
    Formula for strain energy
    (1/2)(stress*stress/youngs modulus) *volume
    1) pressure=stress
    2) how does youngs modulus is equal to bulk modulus

    • @sudipkafle8968
      @sudipkafle8968 5 лет назад

      Young modulus for material
      Bulk modulus for pipe