Centrifugal Pumps | Design Aspects

[@chazconnacher6178]

Best video on youtube to explain the fundementals. Good work

[@kennethlee6368]

Very good source of information. But where is the video for design against cavitation?

[@nattapolpunpaen2539]

ขอบคุณครับสำหลับการมองเห็น😊

[@NazirAhmad-iw7lm]

Thanking you for these useful information

[@mohansrinivas87]

Nice presentation...

[@danalex2991]

Sir how did you get the iso efficiency curves. Did you plot them after getting different speed plots for the same diameter impeller ?

[@adigunolaoluwa842]

insightful,bravo

[@SandeepAcademy9]

Where is the next part?

[@ujjwalprakashnita]

Very good videos. when will you upload video of design of centrifugal pump against cavitation.

[@HemantKumar-rl9uv]

please make a video to understand hyperloop concept of high speed trains

[@ahmadang50]

cool,,,,, thank you

[@fred198000]

Partially true... no "hump zone" consideration... The pump is always higher than the lower reservoir which is not the case in real life. Watching 4-quadrant characteristics curve of a real pump, the fact that both head and discharge increase is not verified...

[@apoorvvyas52]

good work sabin

[@SabinCivil]

+Apoorv Vyas Thanks Apoorv :)

[@Mrmitesh786]

Very good

[@thitieppham588]

thanks!

[@peterprocestechniek333]

thanks

[@HemanthKOool]

does having small area for impeller blades increase the efficiency??

[@LigerZero1985]

i guess thats why i major in chemistry not engineering i understand the part1 video but not a single part of part2

[@s.jeevananthanthala2195]

Moter name please sir

[@ShumbaRocks]

wat is Q ??? in the power vs Q graph ??

[@감감감-d4d]

+Omkar Ligade Q indicates Flow late, normally m^3/min or GPM

[@mariosoto2815]

+Omkar Ligade flow

[@HemanthKOool]

discharge