Introduction to Fluid Mechanics: Part 2

MEC516/BME516 Fluid Mechanics Chapter 1, Part 2: This video covers some basic concepts in fluid mechanics: The no-slip condition, fluid properties (density, specific gravity, specific weight, viscosity), Newton's law of viscosity and a calculation of viscous shear stress in a fluid, Newtonian and non-Newtonian fluids, laminar and turbulent flow and the Reynolds number.

Course Textbook: F.M. White and H. Xue, Fluid Mechanics, 9th Edition, McGraw-Hill, New York, 2021.

#fluidmechanics #fluiddynamics #mechanicalengineering

[Ensign_Cthulhu]

35:08 Probably misquoted: "Shake shake shake that old sauce bottle. None will come, and then a lot'll."

[peterhemmings]

Top quality material; thanks very much. At 17:52 I was a little bit confused about the idea of deforming a square into a rectangle because I was imagining a rhombus, but I guess I was overthinking there.

[schwarzehayvan]

Great Videos and Work. Thank you from Germany

[zeeshanahmed_]

Hi. I just couldn't understand properly what no-slip condition exactly is. But you made it clear now - thanks to your wonderful explanation. I just have one question - is the 'dust on the car hood' example a valid example? I'm asking because dust is not a fluid. So my assumption so far is that you just used this example/figure to better explain the concept of no-slip condition. Please clarify. Thank you once again. :)

[julhaskhan]

carry on sir.it is more efficacious video for me

[Lyle-In-NO]

Lol. I wonder if ketchup manufacturers take into account the thixotropic properties of ketchup when designing the bottle. Or asked differently, is it possible to design a bottle so that ketchup flows more evenly/easily?

[nytecore]

Just wanted to ask, would these videos still help for Aerospace students at Ryerson?

[URKAEELIZACOLINPOWELL-cihw]

Is it the no slip condition that causes the velocity gradient, professor or the internal shear stresses?

[wyn]

What text book are you referring to please? Thank you for your excellent lectures.🙏🏽