Dimensionless Numbers | Reynolds Number | Froude number | Euler's Number | Weber Number |Mach Number

[@riteshsurwade8370]

You made it so easy sir. This was so easy to understand. Thankyou sir

[@MechTechSimulations]

Thank you 🙏

[@bhoopendrapandey787]

Thank you for making this lecture very interesting and interactive. I would appreciate it if you would share the PPT also.

[@onkarsonavane7036]

Informative video recording competative exam. Thank you sir...🙏

[@okeetoroma]

Nicely explained. Thank you

[@MechTechSimulations]

You are welcome

[@chakravanshprajapatidileep1742]

Thank you sir

[@MechTechSimulations]

Welcome..

[@HarishSri-p9u]

Thanku sir .

[@pintulalu4365]

Thanks 😊

[@MechTechSimulations]

Welcome 😊

[@MarceloBorba-t5m]

Thank you for the explanation!

[@MechTechSimulations]

You're welcome!

[@vinayaktripathi8307]

Best video.

[@MechTechSimulations]

Wow, thanks

[@sergeantrecker9737]

I was thinking how this num. is ratio of inertial force to viscous force, now my doubt is clear

[@MechTechSimulations]

Happy to hear.

[@creative_arts_education]

Do not forget Dgheim Dimensionless Number for rotating phenomena

[@MechTechSimulations]

Could you please provide details about it?

[@creative_arts_education]

@@MechTechSimulations The Dgheim number (DG) is a dimensionless number relevant in the study of fluid transport phenomena in fluid flows. It is defined to be the ratio of the coriolis forces over the viscosity forces.

[@waterresourcecivilengineeringa]

nice video

[@MechTechSimulations]

Thanks

[@waterresourcecivilengineeringa]

@@MechTechSimulations do visit my channel and comment on reynold number video. Hope you will find it really very informative

[@jeetpatel5485]

Reference book (from which this is taken)

[@MechTechSimulations]

books.google.co.in/books?id=nTMVnwEACAAJ&printsec=copyright&redir_esc=y#v=onepage&q&f=false

[@adamsmurf3811]

thank u this was pissing me off

[@MechTechSimulations]

Ha ha . .