Centrifugal Pump || Working Principle

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  • Опубликовано: 10 сен 2024
  • Centrifugal Pump
    working Principle
    types of impeller
    type of casing

Комментарии • 49

  • @MrSantyyadav
    @MrSantyyadav 3 года назад +4

    You are one of the best youtuber who makes marine techinacal video in hindi to make easier to understand some topics which we did not understand in college

    • @searainly
      @searainly  3 года назад

      Thank you for your love and support

  • @rahulkumarrana
    @rahulkumarrana 3 года назад +7

    Explained in very good way.... Thank you so much sir😊🙏

  • @manojraj6337
    @manojraj6337 3 года назад +4

    In-depth knowledge of concept get understood sir

    • @searainly
      @searainly  3 года назад

      Stay tuned brother 💓

  • @The_random_vlogs
    @The_random_vlogs 3 года назад +3

    U are great sir ji

    • @searainly
      @searainly  3 года назад

      Thank you sir ji 🙌

  • @mithaleshkumar2486
    @mithaleshkumar2486 3 года назад +2

    Very good explain,so thank you sir

  • @khatimkhan997
    @khatimkhan997 3 месяца назад +1

  • @dhruv3989
    @dhruv3989 2 года назад +1

    Sir amezing explaination

  • @atinderpalsingh3106
    @atinderpalsingh3106 3 года назад +2

    Make all pumps Vedios same as it. Great great

  • @duraipandian1993
    @duraipandian1993 3 года назад +2

    Pls give lectures in english sir,, so international subscribers you will get,, non hindi people can also learn better.. pls consider sir

  • @abdulfaheemm.m6311
    @abdulfaheemm.m6311 3 года назад +2

    Thank you for ur efforts

  • @ManojRaj-km2ch
    @ManojRaj-km2ch 3 года назад

    well explained sir thanks for your effort to teach us

    • @ManojRaj-km2ch
      @ManojRaj-km2ch 3 года назад

      sir centrifugal pump were and used onboard can you tell me briefly

  • @aakarshrajput
    @aakarshrajput 3 года назад +1

    Bahut badhiya sir👍

  • @shivamsah2909
    @shivamsah2909 3 года назад +3

    Thank you sir. ek barr 2 and 4 stroke diesel engine with valve timing diagram explain kr dijeye sir 🙏

    • @searainly
      @searainly  3 года назад

      Sure.. Give me sometime.

  • @deepsgom
    @deepsgom 3 года назад

    Your lecture is very useful to us.. Thanks for your effort sir.. And one request sir if u wil give full lecture in English it will be more helpful for everyone sir..

  • @srinathgopinath7964
    @srinathgopinath7964 3 года назад +2

    Pls reduce" Hamari " in lecture.. Rest everything nice attempt

    • @searainly
      @searainly  3 года назад

      Haha great point out sir ji 😁😁" Accent"

  • @SatishNatarajan
    @SatishNatarajan 3 года назад

    Thank you for the wonderful lecture.
    I have a question though. How does increasing the water pressure (in other words decreasing the velocity of the fluid) facilitate in making the fluid flow? Because it is my understanding that if the fluid velocity is higher at the outlet, the fluid can travel a greater distance and reach the tank easily, whereas reducing the velocity has the opposite effect. Please clarify.

  • @Sahil-sz3dp
    @Sahil-sz3dp 3 года назад

    Great 👍 👌 👍 👌

  • @Kamrankhan-dn8ld
    @Kamrankhan-dn8ld 3 года назад +1

    sir Ap video hindi language Mai bnaya karo

  • @suryaapov7340
    @suryaapov7340 3 года назад +2

    Thanks

  • @amitraj9572
    @amitraj9572 3 года назад

    In some closed impeller, I have seen two holes provided at the back shroud, plzz tell me what it is for. Is it for balancing??

  • @atinderpalsingh3106
    @atinderpalsingh3106 3 года назад +1

    Great sir

  • @nirajlagwal8523
    @nirajlagwal8523 3 года назад +2

    Sir pressure is force per unit area so why here pressure increases with area increase ??? In order to keep energy constant???

    • @searainly
      @searainly  3 года назад

      Apply bernoulli's equation

    • @searainly
      @searainly  3 года назад +1

      Force per unit area is not the energy equation.... This equation doesn't corealate with other parameters such as velocity,acceleration due to gravity ,density... So in this situation we need to analyse pumping operation with Bernoulli's theorem. I hope u understand.Now apply bernoulli's theorem and Equation of continuity too.
      Thank you

    • @nirajlagwal8523
      @nirajlagwal8523 3 года назад +1

      @@searainly yes sir now i am clear

  • @samarshaikh5764
    @samarshaikh5764 2 года назад

    Explaination was good ek doubt tha mera sir ki humlog backward curve vane kyu use karte h forward kyu nhi any reason secound what is the direction of rotatation of impellor does it effect type of vane

  • @kaabahmad8330
    @kaabahmad8330 2 года назад

    Sir Also Make Separate Series on Positive Displacement Pumps

  • @sayantanmondal576
    @sayantanmondal576 3 года назад +1

    what is generated that reduces the pump efficiency?Can you explain once? I mean I did not understand that part

    • @searainly
      @searainly  3 года назад +1

      Air/vapour trapped at the eye of impeller leads to loss of suction Pressure, might cause to cavitation

    • @sayantanmondal576
      @sayantanmondal576 3 года назад +1

      @@searainly thank you.Understood.

  • @gauravchouhan9723
    @gauravchouhan9723 3 года назад +1

    In which direction impeller is rotating of centrifugal pump?

    • @searainly
      @searainly  3 года назад

      As fluid gets sucked into the eye of Impeller ... Impeller veins are present there ( trace the path of Impeller vein rising ) Trace the impeller veins . If veins are rising , the impeller must turns the way with those veins rising. ( So u can't answer like that rotation is clockwise or anticlockwise it's totally depends on your Direction of impeller rising veins and yes the direction of impeller veins rising can be reversed also.)

  • @arpitdixit1480
    @arpitdixit1480 3 года назад +1

    Sir please make video on gear pump

  • @Sea_monk
    @Sea_monk 3 года назад

    Sir what is the function of lantern ring in cp

    • @SiddhantVerma-tp1gt
      @SiddhantVerma-tp1gt 3 года назад +1

      Laltern ring is a ring fitted at shaft soo as to allow controlled flow of working fluid usually water so as to lubricate shaft and avoid overheating.