Lecture 1 : Lagrangian and Eulerian Approach, Types of fluid flow

[@muzammilm892]

Any student would like the way Suman sir teaches. Wonderful description

[@miguelsanchezco]

Good Afternoon sir, you can activate the subtitles please, i am Colombian student, i don't understand very well english, i speak spanish. I like the courses NPTEL. Thanks you!

[@ANTIMGUPTABME]

Awesome Explanation

[@flth1040]

These lectures are taught to IIT students as introduction to fluid mechanics in the SAME manner by himself. They are also in youtube and you can check. But it must be noted that Suman teaches the stuff very well

[@FFUN-br7uy]

Where we get lecture notes

[@SRAVANAM_KEERTHANAM_SMARANAM]

Subtitles added to the video are incorrect. kindly correct the subtitles. Completly unrelated.

[@Ethan_here230]

Man they are auto generated not man made. So...

[@santoshsarkar1441]

Thank you sir

[@mohammadkhalilramzi8338]

Thank you sir!!!!!!!!!

[@dudhkumarbairagi9334]

Thankyousir.

[@supratikghanti2675]

Professor in your description of the limit of del(x)/del(t), you said that it is basically the particle velocity. But if fluid is already being considered a continuum (and assuming a steady condition) and thus a flow field, thus the particle will acquire that particular velocity anyways.

[@rasendebbarma9890]

Thank oyu sir

[@FFUN-br7uy]

Where we get lecture note of these classes?

[@mechtorious]

U take while he teaches. That's how

[@FFUN-br7uy]

@@mechtorious oh what an invention 😂

[@mechtorious]

@@FFUN-br7uy 😅that worked for me tho

[@rakeshrocks7110]

For M Tech level u r covering sir

[@pubgplayer1720]

I have a feeling his voice cracked a lot in high school 😂

[@lksingh8122]

Reading and teaching what is this lol?

[@raghubanshsingh441]

thank you sir