Channel Transitions | Open Channel Flow | Civil Engineering

[@VISHNUKUMAR-lb1bc]

Mrigank sir is best.... Hats off

[@Travelling_Teacher]

Thank you vishnu for your appreciation We always want to help you guys in whatever ways possible.

[@shamshadali3510]

Bahut bdia... Gjb keep it up bro

[@sidharth1501]

Good Going brother. Keep it up.

[@aweechaurasia3280]

Brilliant teaching style sir

[@abdurrahmankhan6720]

Thank you Sir......great explanation........

[@prateek_vlog]

Thanks sir...ur video on GVF was excellant...plz make video on RVF & Numericals on all topic so tat concept will b clear

[@IMSGATEACADEMY]

Dear Prateek, Thanks for your suggestion. We will share the suggested topic with our GATE expert faculty. Please do subscribe to our KZbin Channel and hit the bell icon for instant notifications to get an update about new GATE lectures.

[@mudavathrajendar550]

Nice video n me too from NITW

[@2xcivilEngineering]

Mrigank saurav sir!!!!!!!

[@sumanjacobs6]

Plzz sir upload whole channel flow concept video..specially gvf becoz we have need to put more effort understanding to that topic..

[@ankushverma450]

Thanku sir

[@luishoraciobernalserranobe5998]

Hello Mrigank. I am your follower in KZbin videos. I have an issue with an open channel exercise. Can I send to you for helping me? Thanks and greetings

[@Travelling_Teacher]

Yes u can send any doubt related to OCF on my mail ID [e-mail]

[@muhammadnauman3154]

nyc jnb

[@youwillneverknow5382]

Nice

[@IMSGATEACADEMY]

Thanks and welcome! All the best for your preparation & Do Subscribe to our THE GATE ACADEMY channel and hit the bell icon to get notified for the all the new GATE video lectures.

[@Radhakrishna-md5lx]

What happens if e2 becomes less than e critical ??

[@IMSGATEACADEMY]

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[@chaitanyachauhan6063]

There is practical problem a trapezoidal channel having a discharge 33 cumecs and uniform depth of flow is 3.15 m. Bed width 7.24 m and having side slopes 1.5H : 1V and bed gradient is 1in 10000. If the the whole bed is rises by 0.92 m gradually in length of 150 m and after that again up bed is maintained with same gradient 1in 10000. Then what will be the depth of flow before hump , at hump and after the hump??? The main point is whole channel is bed up by 0.92 m.

[@Travelling_Teacher]

Hii chaitanya please send this question to my official mail ID [e-mail]