Phil 4 Science
Phil 4 Science
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Types of Valves
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Просмотров: 586

Видео

Application to Design Water Supply System
Просмотров 14 тыс.3 года назад
We have discussed the newly created app in this video. Website link🔗 for app download: phil4science.wixsite.com/main Channel handles: Instagram: phil_4_science Facebook: Phil4Science My Personal handles: Instagram: that_chetan Facebook: ChetanFulaware1 LinkedIn: linkedin.com/in/chetanfulaware Credits: Thumbnail: Pranay Sawant Attribution: Ic...
How to Design Water Supply System - Part II
Просмотров 51 тыс.3 года назад
Learn remaining design in this part. For part I: ruclips.net/video/FBu_DU-hK04/видео.html 🔗Link for JalTantra: bit.ly/JalTantra_Website Let me know in comment section if you have any queries. Please Like👍, Share & Subscribe Channel handles: Instagram: phil_4_scie... Facebook: Phil4Science My Personal handles: Instagram: chetanfulaw... Facebook: facebook....
How to Design Water Supply System - Part I
Просмотров 156 тыс.3 года назад
Quickly learn Design of Water Supply System. Link for Population Forecasting: www.slideshare.net/PallaviBadry/poulation-forecasting Let me know in comment section if you have any queries. Please Like, Share & Subscribe Channel handles: Instagram: phil_4_scie... Facebook: Phil4Science My Personal handles: Instagram: chetanfulaw... Facebook: C...
हमे घर पर नल का पानी कैसे मिलता है !!
Просмотров 2,3 тыс.4 года назад
सिर्फ ५ मिनट में जानें की 'हमें घर पर नल का पानी कैसे मिलता है'। यदि आपको कोई प्रश्न हैं, तो मुझे Comment Section में जरुऱ बताएं। English video link: ruclips.net/video/DODnD8X14L8/видео.html *Please do Like, Share & Subscribe* Channel handles: Instagram: phil_4_science Facebook: Phil4Science My Personal handles: Instagram: chetanfulaware Facebook: face...
How we get tap Water ??
Просмотров 6 тыс.4 года назад
Learn in just 5 min that 'how we get tap water'. Let me know in comment section if you have any queries. Please Like, Share & Subscribe Hindi Video Link: ruclips.net/video/AXedOloeM2M/видео.html Channel handles: Instagram: phil_4_science Facebook: Phil4Science My Personal handles: Instagram: chetanfulaware Facebook: ChetanFulaware1 LinkedI...

Комментарии

  • @chennareddyindla2349
    @chennareddyindla2349 Месяц назад

    Very good sir.

  • @abdulahsharijah4620
    @abdulahsharijah4620 Месяц назад

    Gely nice

  • @mayurichavan15
    @mayurichavan15 Месяц назад

    Hello sir, make videos on the Waste water supply system and Sewer Gems

  • @sudiptabiswas584
    @sudiptabiswas584 2 месяца назад

    calculation of friction head

  • @MehediHasan-xy5hh
    @MehediHasan-xy5hh 2 месяца назад

    math problem solve

  • @markangeloberwela5410
    @markangeloberwela5410 2 месяца назад

    Sir how about the water fixture unit table method to find the q or gpm? Is it the same?

  • @dhananjoyroy375
    @dhananjoyroy375 3 месяца назад

    really good

  • @er.amolgaikawad3770
    @er.amolgaikawad3770 3 месяца назад

    nice , and helful

  • @mib9550
    @mib9550 4 месяца назад

    How did you get the HP to be 8.6?

  • @gettoknowzambiawithkay3959
    @gettoknowzambiawithkay3959 5 месяцев назад

    Nice video....tho am a bit not clear on the part for frequency and how it reduces cost and volume..

  • @shafiqbaloch738
    @shafiqbaloch738 5 месяцев назад

    Nice 🎉

  • @sarinapasdar4865
    @sarinapasdar4865 5 месяцев назад

    Is there a tutorial on how to build this

  • @lokendrasinghshaktawat319
    @lokendrasinghshaktawat319 7 месяцев назад

    Great.... Very useful. Got the concept, thank you!

  • @er.nitindehariya5810
    @er.nitindehariya5810 8 месяцев назад

    Million dollar video, plz keep it up to make video on distribution design network

  • @gurudayalsuryavanshi404
    @gurudayalsuryavanshi404 8 месяцев назад

    Hello sir, Hope you are doing well. I am doing MTech (Manufacturing) in IIT Bombay. I would like to have some conversation with you. Because my project is related to water supply systems. Please reply to this I will let you know the further details for the contact.

  • @akshaykalje1335
    @akshaykalje1335 9 месяцев назад

    Best of best 👍

  • @Portal_9303
    @Portal_9303 9 месяцев назад

    thanks

  • @Apurba0210
    @Apurba0210 Год назад

    I have one question.. How could we measure the time taken for filling a ESR fully from Pump house for clear water rising main line (DI K9)? Suppose , it is 20 KW pump , with 180 LPS discharge and 200 KL ESR with 1 km distance

  • @yavuzselimkepenek6064
    @yavuzselimkepenek6064 Год назад

    Hey dude, can u send me ?

  • @irfancraftgallery8748
    @irfancraftgallery8748 Год назад

    Thanks

  • @shavesh.
    @shavesh. Год назад

    Wow send video to me

  • @aliashrafdimacisil7891
    @aliashrafdimacisil7891 Год назад

    sheesh thanks

  • @sanjuacharya57
    @sanjuacharya57 Год назад

    Thank you😊

  • @MEDADENILESH
    @MEDADENILESH Год назад

    Hiii sir please give mi your mobile no

  • @MEDADENILESH
    @MEDADENILESH Год назад

    Please give me your mob. No sir

  • @MEDADENILESH
    @MEDADENILESH Год назад

    Sir how hf is calculated please put a value

  • @felixemmanson4581
    @felixemmanson4581 Год назад

    Found your video helpful. My only question is about how to determine the size of booster pump (s) needed in a water supply system

  • @aadilimam2872
    @aadilimam2872 Год назад

    great work bro👍

  • @martaaatalata6016
    @martaaatalata6016 Год назад

    How did you get the 8.pHP

  • @kumararvind878
    @kumararvind878 Год назад

    Very nice video to understand water supply project designing

  • @GauravTW
    @GauravTW Год назад

    Very useful.. good bro

  • @baralakash
    @baralakash Год назад

    @2:27 What is %standby ?

  • @davarasingusuryanarayana643
    @davarasingusuryanarayana643 Год назад

    How to make Hydraulic statement preparation for jal jeevan mission please explain sir

  • @AbdirahmanIbrahim-hw3mf
    @AbdirahmanIbrahim-hw3mf Год назад

    thank you I need your link and more of this thank you again

  • @Jimmy_Neutron
    @Jimmy_Neutron Год назад

    Can I have the design bro ?

  • @yunusacolley7738
    @yunusacolley7738 Год назад

    THANK YPOU SIR THIS IS VERY HELPFUL

  • @maria1043
    @maria1043 Год назад

    Sir are you single?🤣

  • @jhanliza4750
    @jhanliza4750 Год назад

    Very well detailed

  • @Sumit-pk1pg
    @Sumit-pk1pg Год назад

    Bro this video very very helpfull.. I m phed department but how to design ..I don't well..i requesting to pls elaborated that in Excel..by example jjm mission

  • @faridahmadnazami1675
    @faridahmadnazami1675 Год назад

    the film is unclear and could not be seen, please correct the errors and re-upload it.

  • @allauddinsyed1705
    @allauddinsyed1705 Год назад

    Sir, kindly explain 8.6 hp calculation at last. I Can't get the answer 8.6 by solving that equation... Hp=pxgxQxH/n(70 present)

    • @okayosamuel4344
      @okayosamuel4344 Год назад

      The answer you get is in kgm²/s³ and you need to convert that to HP by a factor of 1.36E-3

  • @phil4science
    @phil4science Год назад

    Full Video Link: ruclips.net/video/DODnD8X14L8/видео.html

  • @phil4science
    @phil4science Год назад

    Full Video link: ruclips.net/video/DODnD8X14L8/видео.html

  • @phil4science
    @phil4science Год назад

    Full Video link :- ruclips.net/video/85mBc4RQq5M/видео.html

  • @shubhamsunilwadatkar5689
    @shubhamsunilwadatkar5689 Год назад

    I m also work in jal jeevn mission , u r information very use full

  • @MrMadRade
    @MrMadRade Год назад

    With your calculation and with darcy weisbach equation i get different values.

  • @AravatAi
    @AravatAi Год назад

    sir are you from India ? I want to learn JJM DPR making can you provide training for that ?

  • @himanshukhanve684
    @himanshukhanve684 Год назад

    Currently I am working in jjm missions Design.. these video is very useful and related

  • @katalyst4stem
    @katalyst4stem 2 года назад

    very good video i am chipping in with one clarification (guessing some of you may have these doubts) @ 6:04 .... the 5% loss is the frictional loss when water travels through a pipe of 1km length (this will vary with material and dimension of pipe) let me explain further: this is not leakage loss (as some of you may assume) In a friction-less pipe to get an output of 8.4 liter per sec you have to pump out at 8.4 liter; but when you consider friction you will have to pump out at a slightly higher rate (thumb rule: add 5% for very km of water traveling through the pipe) P.S: Pls feel to correct if i am wrong in my interpretation or explanation

  • @josephpeter6796
    @josephpeter6796 2 года назад

    Simply Brilliant 🙂