[@a.gabbey5569]

I find this video fascinating as a hydraulic engineer with zero training in the medical field. I apply most of fluid mechanic theories to hydraulic systems for example the flow of water through pipes. I find the flow of blood in the body system and the flow of water in a pipe network strikingly analogous.

[@DrBeenMedicalLectures]

Absolutely correct. Cardiovascular system is a closed system with viscous fluids in it. It is an amazing system to check the hemodynamics and many hydraulic engineering processes.

[@vaishnaviramakrishna265]

Thank you Sir! That was very very helpful!

[@DrTithi6]

this channel deserves more likes and subscribers

[@DiamondMind]

Thanks for this. Very much appreciated.

[@ranataha7507]

Thank you very much

[@sulacity]

u r a magician sir thank u so much 👍

[@miva_poo1076]

worth watching👍

[@yoonyoon4159]

Thanks sir

[@Cardiologist89]

Excellent talk sir

[@DrBeenMedicalLectures]

Thank you.

[@rajanchavda837]

Hello sir, can you decribe the equation of hagen - poiseuille in relation of volume of blood, hope you may answer soon.

[@raghad7131]

Thank you so much

[@positivevibes7425]

You said that increase blood flow will cause turbulence.. Will increase blood flow due to increase blood vessel diameter also cause turbulence of the blood in the vessel? Kindly reply.

[@ahramasher2210]

sir your last words thou 😂

[@AccuphaseMan]

This is the first Indian I can tolerate.