Detailed Schedule -- Applied Mathematics

Spring 2001, Prof. Little

As always, topics may be added, deleted, or rearranged during the course of the semester. Any changes will be announced in class and here.


DateClass Topic Reading (Nagle, Saff, Snider unless otherwise noted)
1/16 Course introduction; First order linear PDE Lecture notes
1/18 More on 1st order linear PDE Lecture notes
1/23 PDE models of transport, vibrations, diffusions 10.1, 10.2
1/25 The wave equation on R Lecture notes
1/30 The heat kernel on R Lecture notes
2/1 BVP's and Separation of Variables 10.2
2/6 More examples of BVP's 10.2
2/8 Fourier Series 1 -- orthogonality; Fourier coefficients 10.3
2/13 Fourier Series 2 -- examples 10.3
2/15 Fourier Series 3 -- pointwise convergence 10.3
2/20 Fourier Series 4 -- sine and cosine series 10.4
2/22 BVP's for the heat equation with one spatial dimension 10.5
2/27 BVP's for the wave equation with one spatial dimension 10.6
3/1 Spare day
3/6, 3/8 No class -- Spring Break
3/13 "Review" of Green's Theorem Lecture notes
3/15 "Review" of surface integrals and Gauss's Theorem Lecture notes
3/20 The wave and heat equations in 2 and 3 spatial dimensions
3/22 BVP's for the heat equation on a rectangle 10.5
3/27 BVP's for the wave equation (rectangular drumhead) 10.6
3/29 Laplace's equation (equilibrium heat distribution) 10.7
4/3 Sturm-Liouville BVP's 11.2
4/5 Examples 11.3
4/10 The vibrating circular membrane
4/12 No Class - Easter Recess 8.6, 8.8
4/17 Series solutions of Bessel's equation 8.6
4/19 More on Bessel Functions 8.8
4/24 The circular membrane -- examples
4/26 Semester wrap-up

Last modified: January 15, 2001