Fluid Mechanics: Energy Equation and Kinematics Examples (13 of 34)

0:00:10 - Conservation of energy for a control volume
0:42:05 - Example: Conservation of energy for a control volume, pipe with manometers
0:54:40 - Example: Conservation of mass for a control volume
0:57:28 - Example: Conservation of mass for a control volume
1:10:42 - Example: Streaklines
Want to see more mechanical engineering instructional videos? Visit the Cal Poly Pomona Mechanical Engineering Department's video library, ME Online (www.cpp.edu/meonline).
This lecture series was recorded live at Cal Poly Pomona during Fall 2014. The textbook is Munson et al., "Fundamentals of Fluid Mechanics (7th edition)."

[@willm6598]

I hope your students know how lucky they are to have you as a professor, I do not think anyone could teach this class better

[@NoelAWinslow]

32:15 Hell yeah brother. Freedom units slow us down!

[@user-lb7kf5hq3k]

love the guy that sneezes every lecture

[@MisterBinx]

I started this therm thinking Thermo and Manufacturing are the easy classes. Now watching all these videos I'm doing better in fluids than thermo lol.

[@willm6598]

He teaches thermo too, you should watch his videos they are really good

[@rtrt2889]

Best professor!

[@VTdarkangel]

What is the textbook being used in this class? I would like to be able to follow along with these lectures, particularly when he's working examples.

[@chichorro1000]

you know is going to be a hard class when you check the line of time in the video and there are a lot of peaks. :)

[@aldrinadriano8036]

thankss for the learningg sir!!

[@the-ghost-in-the-machine1108]

the man is a legend bruh..

[@nijaddubayssi1149]

thanks for the help. my passage in this course is largely due to your help

[@CPPMechEngTutorials]

Thank goodness for KZbin.

[@dogeness]

At 59:17 why does m_dot_gas = m_dot_water? I see how Q_gas = Q_water, but doesn't water and gas have different densities? So while the Qs are equal, the m_dots are not equal?

[@dogeness]

Ok nevermind, it was answered a bit later.

[@mickeymouse773s]

in 52:41 how can one use hydrostatic equation, isn't the fluid at points 1 and 2 moving with a velocity of V1?

[@joshuapancuelo1942]

yes but piezometric tubes measure the static pressure directly under it

[@andresfeliperodriguez8257]

good day, i have been looking all theses professor lectures, and they are really good. but here i have a doubt.. why he ignore the net work... and then just add it to the end... i would say that if he is adding it at the end must be W but divided by the mass flow rate m ... as we did with Q

[@andresfeliperodriguez8257]

Never mind, ejjeje i didnt notice he explains that ... good videos thanks

[@mehdi.sajadi]

😎👍 OH Yeah!

[@borae.3764]

adamsın! thanks

[@CPPMechEngTutorials]

No problem.

[@somethingdifferent1910]

Hocam 3 yıl önceden kalma akış mekaniği notların bi yerlerde duruyor mudur ?

[@ludwigvanbeethoven61]

always that genius students who see the mistake of the prof ;)

[@CPPMechEngTutorials]

Professors are human too. It's difficult to teach for many hours per week without making a few mistakes.

[@Thiny1991]

@@CPPMechEngTutorials I took my basic and advanced fluid mechanics courses at U of Toronto more than forty years ago and I have ever since been inspired by the Fluids profs. The neat NS equations in tensor notation, the boundary layer solution via stretched coordinates.. Thank you for inspiring us engineers!

[@fehmiugurunal]

someones really eating chips?

[@soulfrenzy9997]

I know, right?...

[@hananiahtangpuz6849]

Can you be my professor huhuh

[@CPPMechEngTutorials]

CPP only!

[@jmmifsud1]

do dudes at this uni know how to tell time, as in getting to the lecture on time.