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Drag Act

Thank you for sharing. How do you evaluate the derivative dVm/dx?

Please share names of reference books to design a pneumatic system for powders. Also if you can share the example with the solution it will be great to implement the theoretical knowledge into our practical application. Regards.

how to measure the flow rate the produce water from geothermal well , that consisted of hot liquid water and hot steam , thanks for the answer❤

Very interesting lecture

A wonderful lecture.

❤.This lecture is highly detailed and very insightful

Is this Multiphase flows for "Chemical Engineering"?

thank you sir

Very comprehensive

Thank you very much for the masterclass mostro, saludos desde el provincial de OMA en Necochea - Argentina

La perseverancia da sus frutos: 40°45'54.5"S 71°38'37.7"W 😎

I need your email sir

Very helpfull.

thank you sir Guys please help me by subscribing my new channel, I am preparing my self to begin lectures. Till that please subscribe th-cam.com/channels/E8iFWbxGm_8vq0njiwRupQ.html

Is it (LM) applicable for any flow regime in H pipe segment.

Which flow regime considered homogeneouse?

Why not to use dimensional analysis to reduce # of variables!

Any dimensional analysis for 2p, how to link total dP to flow regimes

Sir please share the PPT or pdf

sir we have a problem statement of bubble coalescence studies cloud you please help with the same

Sir plz help my project sir

Application of phase diagrams in multi phase flow systems

Sir my project is application's of multiple phase flow system in pipelines plz explain sir

Bow down for nice explanation

Thank you so much.

At 43:00 The derivation for momentum is not fully understandable as Let sign for row is ¶ And vector v is ¥ And n cap / unit vector n => ñ Then ¶¥ is vector quantity And ¶¥(¥.ñ) is vector(scalar) **BUT** in next step it is ∆.(¶¥¥) What is its significance ?? As far as I know ¥¥ does not signify any number or operation or operator Please clear this doubt 🙏🏻🙏🏻

Hi sir I went the image of types of bubble column

Good classes sir ji

Can you share a good book or material which i can refer to design one of the system like this.

please sir, provide me with the textbook for this

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Thank you very much for creating this video and the explanation! I now have a greater grasp on how to apply the Lockhart Martinelli Correlation. Great Video!

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Sir please explain how to design Powder Transfer System

very good lecture .i advise student to please watch if you are confused in lockchart Martinelli equation

professor, dont we need a sin- in the gravity term ?

it was a very helpful lecture sir would you please help me in my collage project where we use bubble column photo bioreactor for algal cultivation and i need help in solving mass transfer equations and some design parameters

@Multiphase Flows IITG The Principia Theorem XXXII Theorem XXXV are as valid today as when they were written. Thanks for reading.

Prof : 3 cases Eulerian Lagrangian Newtonian.

Well have a good day sir, I have a college project about bubble column and I would like to ask you about some parameters for the desing equations, thanks!