1. Eulerian and Lagrangian Descriptions in Fluid Mechanics

I do NOT own the copy right of this video. Thanks MIT for the valuable video. for more details, visit web.mit.edu/hml... for the notes.

[@mathOgenius]

which software did they used to simulate all this ?

[@SBA_poiko]

it was 1968 they didnt have simulation softwares.

[@mathOgenius]

@@SBA_poiko so do you know how did they do it ?

[@川岸柳]

@@mathOgenius Camera I guess

[@川岸柳]

@@mathOgenius They draw them

[@mathOgenius]

@@川岸柳 yeah It could be stop motion

[@SPK0310]

great collection..................... this gave a clear idea about the analytical parameters

[@BELLAROSE21212]

This would be rather use full with predicating the flow of currents by the rate of change within certain fix time(event). If water 💦 was represented by ball that are white.. acting as flow point? It all is relevant … Could we run statistical analysis to predict outcomes based on the fluid dynamics of system is that a thing ? Sure it is and more

[@vinothkumar456]

Please anyone clear me @11:52 he stated that,"we can eliminate one of the variable" how I can't understand that?

[@ra.swarnava484]

vinoth kumar one variable means, any one vector direction coordinate, x or y and differentiate it with respect to time, we can find velocity at that particular coordinate.

[@Varun-uv4li]

Hey buddy can u upload all lectures of MECHANICAL ENGINEERING !!

[@mannybajpai3316]

seriously thanks !!

[@dereathacross1991]

This is awesome.

[@sciclepodcast4108]

Thank you , Very good Effort

[@BELLAROSE21212]

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