Dr. Arno Berger (CAB 683,
berger@ualberta.ca)
NOTE: All information on this site also is
available from the official course site on eClass.
I plan to keep an up-to-date list of the topics, examples etc. covered in class.
Unless stated otherwise, reference numbers
refer to the recommended (though not formally required) textbook,
T. Hillen, I.E. Leonhard, H. van Roessel, Partial Differential Equations,
henceforth abbreviated as [HLvR].
Lecture #
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Date
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Material covered / special events
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Remarks/ additional material
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WELCOME TO MATH 300 !!
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1
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Wed 1 Sep
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Introduction to Partial Differential Equations (PDE). Linear and quasi-linear equations.
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[HLvR] Ch. 1.
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2
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Fri 3 Sep
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Classification of linear second-order PDE: elliptic,
hyperbolic, parabolic.
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[HLvR] Sec. 1.2. |
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Mon 6 Sep
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No class.
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Happy Labour Day! |
3
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Wed 8 Sep
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Deriving the heat and wave equations.
Side conditions and steady-state solutions.
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[HLvR] Sec. 1.3, 1.5, 1.9. |
4
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Fri 10 Sep
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Side conditions and steady-state solutions. Examples.
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[HLvR] Sec. 1.3, 1.5. |
5
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Mon 13 Sep
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Separation of variables - a (p)review.
Piecewise continuous and piecewise smooth functions.
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[HLvR] Sec. 1.6, 2.1. |
6
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Wed 15 Sep
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Orthogonal and orthonormal systems. Abstract Fourier series.
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[HLvR] Sec. 2.3. |
7
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Fri 17 Sep
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Review of abstract Fourier series. Examples.
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[HLvR] Sec. 2.3. (class on zoom) |
8
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Mon 20 Sep
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Integrating Fourier series.
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[HLvR] Sec. 2.6. |
9
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Wed 22 Sep
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Differentiating Fourier series.
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[HLvR] Sec. 2.6. |
10
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Fri 24 Sep
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Fourier cosine and sine series. Gibbs phenomenon.
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[HLvR] Sec. 2.4, 2.8. |
11
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Mon 27 Sep
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Complex Fourier series.
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[HLvR] Sec. 2.8.
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12
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Wed 29 Sep
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Separation of variables. First examples.
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[HLvR] Sec. 3.1. |
13
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Fri 1 Oct
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Eigenfunction expansions. Outline of method. First examples.
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[HLvR] Sec. 3.1, 3.2.
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14
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Mon 4 Oct
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Eigenfunction expansions. Further examples.
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[HLvR] Sec. 3.2. |
15
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Wed 6 Oct
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Eigenfunction expansions. Modificatios and simplifications.
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[HLvR] Sec. 3.2. |
16
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Fri 8 Oct
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Eigenfunction expansions. Even more examples.
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[HLvR] Sec. 3.2. |
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Mon 11 Oct
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No class.
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Happy Thanksgiving! |
17
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Wed 13 Oct
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Simplified eigenfunction expansion.
Midterm information.
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[HLvR] Sec. 3.2. Practice
Midterm I
posted on eClass - please have a look. |
18
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Fri 15 Oct
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Limitations of the eigenfunctions expansion method.
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[HLvR] Sec. 4.1. |
19
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Mon 18 Oct
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Regular Sturm-Liouville (SL) problems. The magnificent SL theorem. Examples.
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[HLvR] Sec. 4.2, 4.3. |
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Wed 20 Oct
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MIDTERM TEST 1.
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Good luck!!
Model solutions posted on eClass.
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20
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Fri 22 Oct
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Rayleigh quotient. Examples.
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[HLvR] Sec. 4.4. |
21
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Mon 25 Oct
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Two singular SL problems. Motivating the Fourier Transform (FT).
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[HLvR] Sec. 4.4, 8.1. |
22
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Wed 27 Oct
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Basic definitions of Fourier Transform. Examples.
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[HLvR] Sec. 8.1. |
23
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Fri 29 Oct
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Fourier integral (or inversion) theorem. Fourier cosine and
sine transforms.
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[HLvR] Sec. 8.1. |
24
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Mon 1 Nov
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Elementary properties of Fourier transform. Examples.
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[HLvR] Sec. 8.2. |
25
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Wed 3 Nov
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Convolution.
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[HLvR] Sec. 8.2.
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26
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Fri 5 Nov
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Applications of convolution. The error function.
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[HLvR] Sec. 8.2, 9.2. |
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Have a great Reading
Week.
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27
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Mon 15 Nov
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Applying Fourier Transform to PDE. First Examples.
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[HLvR] Sec. 9.1. |
28
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Wed 17 Nov
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Fourier Tansform for the wave and heat equations.
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[HLvR] Sec. 9.1, 9.2.
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29
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Fri 19 Nov
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More on the heat equation.
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[HLvR] Sec. 9.2. |
30
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Mon 22 Nov
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Poisson and Laplace equations.
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[HLvR] Sec. 6.1, 9.3. |
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Wed 24 Nov
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MIDTERM TEST 2.
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Good luck!!
Model solutions posted on eClass.
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31
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Fri 26 Nov
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Poisson equation on a rectangle. Engineering interpretation.
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[HLvR] Sec. 5.4, 9.3. |
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Please consider
completing the online MATH 300 course survey. It only takes a
few minutes. Thank you. |
32
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Mon 29 Nov
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Laplace equation in the upper half plane. Examples.
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[HLvR] Sec. 9.3.
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33
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Wed 1 Dec
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More examples. Deriving the Poisson integral formula again.
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[HLvR] Sec. 9.3.
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34
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Fri 3 Dec
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Laplace equation in an infinite strip.
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[HLvR] Sec. 9.3.
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35
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Mon 6 Dec
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General observations regarding Poisson integral formulae.
Final housekeeping.
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[HLvR] Sec. 9.3.
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Good bye and good luck !! |
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Mon 13 Dec
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Pre-exam "open house":
10am - 3pm in CAB 683 and on zoom - please use the sign-up
sheet on eClass.
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Tue 14 Dec
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Final exam !
2-4pm in ETLC E1-017 (our usual classroom)
Please see information on eClass for details.
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Good luck !! |
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