Dr. Neil Balmforth
Midterm: Feb 14th
This course provides an introduction to practical analytical solution
methods for PDEs.
I. PDEs and canonical examples
II. Separation of variables and Fourier series
III. Eigenfunction expansions
IV. Transform methods
V. Characteristics methods
Assessment will involve coursework (homework problems) and examination.
Office hours: Tuesday 11am, Thursday at noon.
R. Haberman, ``Applied PDEs''
The TA: Arun Rajendran (rajendranarun95@gmail), who has generously offered
to give additional office hours (Monday, 10:30am, in LSK 300)
Ass 1, due Tuesday Jan 22
(reshuffled thanks to Coleman!), and with a typo corrected
in question 2.
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