Fluid Mechanics: Topic 10.4 - Kinematics of fluid elements (translation and linear deformation)

[@ingGS]

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[@nicolascaleroarteaga4461]

Gosh, how I love these videos. It saves me time for the lectures!
Thanks
A
Lot!

[@CPPMechEngTutorials]

Can you send us some of that saved time?

[@adhavankadhiravan4132]

Hi, I have a doubt. At 3:44 how the volume of the fluid element is increasing. Does that mean you accommodate more fluid in to the fluid element. If yes, how does that work?

[@adhavankadhiravan4132]

Got it! At 6:54, For an Incompressible flow, the volume of the fluid element doesn't change.

[@dremr2038]

I have a qs from you then. Why is it called linear strain when it does not extend(length does not change) cuz as you said it is incompressible??

[@farooqklasra7084]

Need name of book in which these topics are included

[@museeric5153]

I could not find the differential analysis videos. Is it possible for you to send me the link if there is any ? Btw thank you for these great videos !

[@CPPMechEngTutorials]

A link to what?

[@vinayakbhardwaj5626]

crystal cleart concept

[@arjunn6109]

thanks, it is very useful

[@shantanuchakraborty2920]

Very nice sir

[@Nmind-Nbody]

very nice video ,TQ sir

[@CPPMechEngTutorials]

Thanks!

[@thaddeusogetare3163]

thanks

[@mohamedghonaim9719]

thanks it is very useful

[@carbon273]

This is so interesting