Math 615 Continuum (Applied) Numerical Analysis (Bueler)
April 13, 2010
Assignment #8
Due Monday April 26, 2010.
MOP = Matlab, Octave, or pylab
0. Read sections 4.1, 4.2, 4.3, 4.4, 4.5.
1. (a) For the
Math 615 Applied (Continuum) Numerical Analysis
(Bueler)
Assignment #1
Due Friday, 29 January 2010.
MOP = Matlab, Octave, or pylab
1. (There is nothing to turn in on this problem.) Find textbooks on c
Math 615 Applied (Continuum) Numerical Analysis
(Bueler)
Assignment #3
Due Wednesday, 24 January 2010 at start of class.
These problems merely duplicate the last three slides of the online lectures,
h
Math 615 Continuum (Applied) Numerical Analysis (Bueler)
January 31, 2010
Assignment #2
Due Monday, 8 February 2010.
MOP = Matlab, Octave, or pylab
1. Read sections 2.5 and 2.6 of Morton & Mayers, 2nd
Finite Element Lectures Homework
February 19, 2010
We want to solve
u = f on [0, 1]
u(0) = 0
u(1) = 0.
We partition the interval [0, 1] up into J subintervals, not necessarily all having the same
size
Math 615 Continuum (Applied) Numerical Analysis (Bueler)
April 26, 2010
Assignment #9 = Take-home Final Exam
Due Wednesday 12 May, 2010 at 5pm in my oce or mailbox.
Rules. You may not talk or communic
Math 615 Continuum Numerical Analysis (Bueler)
February 23, 2005
Denitions and Examples
I like our textbook Morton & Mayers. And I think it is not a bad thing to have to say: I
need to augment it some
COMPARISON-BY-EXAMPLE, FOR MATH 615,
OF MATLAB, OCTAVE, AND PYLAB
ED BUELER
Matlab (www.mathworks.com) was designed by Cleve Moler for teaching numerical linear algebra.
It has become a powerful progr
Math 615 Continuum (Applied) Numerical Analysis (Bueler)
February 28, 2010
Assignment #5
Due Monday, 15 March 2010.
1.
Read sections 2.6, 2.7, 2.8, and 2.10 of Morton & Mayers, 2nd ed. This
Assignment