Laminar flow, turbulence, and Reynolds number

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[DannikaL]

I'm here as a Chemical Engineer and I never thought of how laminar or turbulent flow works in the body. This was so interesting! Thank you.

[waelfadlallah]

I absolutely love when pure physical concepts comes into play with how our own physiology works. I request more of these videos as they are highly intresting to watch!

[seangarcia]

This video was super helpful thank you.

[zedthemasterofshadows]

Thank you, Sir! You precisely explain the concepts of Reynolds Number, and I understand it alot base from your explanation.

[dkmusicgopalganj.]

Very interesting and useful information in this video. Thank you for you

[rudransh]

0:28 you showed image of george stokes who actually introduced reynolds number instead of osborne reynolds who popularised the concept

[worldaround]

Sir, I think you have made a small mistake. "Lamina" doesn't mean smooth; it literally means layer. Laminar flow refers to the presence of many well-defined layers, with fluid flowing through each layer in an orderly fashion. The term "lamina" is also used in anatomy; for example, "lamina propria." The word "propria" is related to terms such as proprietary or property, similar to receiving a property through inheritance that provides financial security. This metaphorically links to the idea that the lamina propria is the layer that provides nutrition to the mucosa.

Just a small correction. Thanks for your videos!

[PradeepVirtualAcademy]

Thanks for such an informative lecture. I have subscribed to your channel.

[yaboifizzfresh]

Can you let us know that you’ll be talking about blood before you start?

[omchaudhari]

Who agree that physics come into medical field