Date
|
Sections
|
Lecture Notes |
Homework
|
Other readings
|
Videos/software
|
1/19(R)
|
1.1-1.5
|
Lecture 1
|
Homework 1: (due Jan 27)
1.1(1cd, 2e), 1.2(5,13,19a),
1.3(6), 1.4(1,5), 1.5(13)
1.6(3,5,11,24,26)
optional 1.6(29)
|
differential
equation PDE(wiki)
PDE(scholarpedia)
millennium
problems Survey
article
Applications of PDE: image
processing climate
Climate
change model
biology
finance
economics
socio-economic
sciences |
Wolfram
Alpha |
1/24(T)
|
1.6-1.7
|
Lecture 2
|
|
|
|
1/26(R)
|
2.1-2.3
|
Lecture 3
|
Homework 2: (due Feb 3)
1.7 (3,11,19c), 2.2(10,11),
2.4(3ac,4a,7), 2.5(2,6),
|
Laplace
operator in polar/spherical coordinate
spherical
coordinates Divergence
Diffusion
Molecular
diffusion diffusion
coefficient
Fick's
law Fourier's
law heat
equation Laplace
operator
|
Diffusion
(intuition)
Diffusion
|
1/31(T)
|
2.3-2.4
|
Lecture 4 |
|
Wave
equation vibrating
string vibration
of drum
Jean
le Rond d'Alembert continuity
equation
Dimension
analysis SI
unit
Roots
of unity Euler
equation
|
Vibration
of strings
|
2/2(R)
|
2.5-2.6
|
Lecture 5
|
Homework 3: (due 2/10)
2.6(4,5), 3.2(4,6bc,14(prove (3.10e))),
3.3(5,9) 3.4(3,4,9,19c,20)
|
|
solution
of diffusion equation and wave equation (Pugh)
Silvestre's
solver |
2/7(T)
|
3.1-3.2
|
Lecture 6 |
|
Joseph
Liouville trig
formula
Matlab
Fourier series fitting
|
|
2/9(R)
|
3.3-3.4
|
Lecture 7 |
Homework 4: (due 2/20)
3.4(21c), 3.5(4,7c),3.6(2,3,6)
4.1(1b,2a,5c,8)
|
Joseph
Fourier pi
Leibniz
formula for π
Euler's
formula for pi trig
formulas
14
proofs of Euler's formula |
|
2/14(T)
|
3.5-3.6,
4.1
|
Lecture 8 |
|
Gibbs
phenomenon Gibbs
phenomenon
|
Matlab: Fourier 1,
2,
3,
4
Dirichlet,
Gibbs,
Gibbs2 |
2/16(R)
|
4.2-4.3
|
Lecture 9 |
Homework 5: (due
2/27 17pm)
4.2(1b,2b,4d,5bc), 4.3(3,9),
4.4(1c,4,9,11) optional (4.3(14ab),4.4(15))
|
Music
course in Columbia
The
Mathematics of Musical Instruments, Amer. Math. Monthly,
2001
|
|
2/21(T)
|
4.4
|
Lecture 10
Lecture 10a
|
|
MIT
course in transport process in the environment
|
|
2/23(R)
|
application
|
Lecture 11 |
Midterm 1 (due 3/14 15pm)
|
2nd
order linear ODE reference
Turing
pattern talk quantum
graph talk Alan
Turing Turing
instability
1952
Turing
paper on biological pattern formation
|
Matlab: Fourier 5 (homework 4)
|
2/28(T)
|
5.1
|
Lecture12 |
|
|
|
3/2(R)
|
5.2
|
Lecture13 |
|
traffic
flow model
|
|
3/7(T)
3/9(R)
|
|
Spring break
no class
|
|
|
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