7.1.2-ODEs: Introduction to Runge-Kutta Methods

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These videos were created to accompany a university course, Numerical Methods for Engineers, taught Spring 2013. The text used in the course was "Numerical Methods for Engineers, 6th ed." by Steven Chapra and Raymond Canale.

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That deletion effect @3:48 got me laughing for a solid minute at the library. Thanks for the lecture.

yigitsimsek

Thank you for your effort sir.Very nice and easy to understand.
May God bless you
with love from India.

slimjijo

Absolutely brilliant my guy. I love your explanations. Your explanation of how the integral thing is equal to the slope times the tiny step h was very clever.

this_is_cricket

Clear and intuitive, many thanks to your videos as an engineering guy stuck by math. :)

andrewlee

You know how to explain this subject man, thank you very much....
Compliments from Brazil

VinaoG

Question, what did you mean when you said, f(x, y) is the slope at around 4:37?

itsconrad

You're explanation was very concise. Thanks for the video.

adamrooski

how can i make fortran -77 program on Runge Kutta 4th order method for ODE2

romygupta

thank you for the lectures.. helps me a lot in my class..

YuwanaSetiabudi

Very nice job!! Whats the software u used to draw this?

lbitten

While the comments arent wrong; the math behind it is significantly more important here than the pronounciation of Runge-Kutta; ffs people lol. Excellent explanation, thanks for the help in understanding this concept.

newfynate

sir can you solve this equation, 3.5d2i/dt2 + Adi/dt + Bi = 0 ?? A-B range from -10.0 to 10.0. The step size h should not be more than 1.0.

ajeerahra

Are you sure this is runge kutta method?

salemmohamed

It's pronounced "R-oon-jeh" or "R-oon-geh"

howardman

Just came here to find the right pronunciation of the name

obviously

Is it just me or does Jacob sound like Ben Shapiro at 2x speed

andrewgazelka

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