Numerical Methods for Partial Differential Equations

wisL602, Spring 2025

Lecturer: Dr. P.A. Zegeling, room 513, Math. Building (= HF-Building), Budapestlaan 6, Utrecht (030-2533720).

Venue: Universiteit Utrecht , Princetonplein 5, Utrecht Buys Ballotgebouw : room BBG005

Time:
14:00-15:45 theory/lectures
16:00-16:45 exercises/tutorial

Teaching assistant: Jelle van der Voort
==> For questions about the weekly exercises you could also contact Jelle via: numpde2025ATgmail.com.

Literature: "LECTURE NOTES" and extra info (check the box "EXTRA MATERIAL"). The weekly schedule below will be updated weekly.

-- The book "Finite Difference Methods for Ordinary and Partial Differential Equations" by Randall J. LeVeque, 2007 could be very helpful. You can find the pdf file here.

Additional useful references/books that are closely related to the topics of the course are:
-- W. Hundsdorfer and J.G. Verwer (Numerical Solution of Time-Dependent Advection-Diffusion-Reaction Equations; Springer 2003)
-- A. Tveito and R. Winther (Introduction to Partial Differential Equations, a Computational Approach; Springer 1998)
-- J.C. Strikwerda (Finite Difference Schemes and Partial Differential Equations; SIAM 2009)
-- J.W. Thomas (Numerical Partial Differential Equations, Finite Difference Methods; Springer 1998).


Grade: the final grade (FG) will be based on 15% assignment/computer exercise "C1" (5% "C1A", 10% "C1B"), 15% computer exercise "C2" (10% "C2A", 5% "C2B") and 70% the final EXAM (tentamen) TT, i.e. FG = [0.05*C1A+0.10*C1B] + [0.10*C2A+ 0.05*C2B] + 0.7*TT.


DATE LECTURES LECTURE NOTES EXERCISES EXTRA MATERIAL
Tuesday February 4 Lecture 1: intro PDEs (well-posedness, classification, Fourier method, method of characteristics, applications) Lecture notes 1 Exercises 1 Extra file for Lecture 1
Tuesday February 11 Lecture 2: finite difference matrices Lecture notes 2 Exercises 2 Extra file for Lecture 2
Tuesday February 18 Lecture 3: time-integration and the method-of-lines Lecture notes 3 Exercises 3 Extra file for Lecture 3
Tuesday February 25 ==> Tutorial on assignment C1A Assignment C1A (5% of FG). Please check some minor changes and extra hints in the updated file on Friday 28-2-2025.
Tuesday March 4 Lecture 4: the heat equation Lecture notes 4 Exercises 4 Extra file for Lecture 4
Tuesday March 11 Lecture 5: the advection equation Lecture notes 5 Exercises 5
DEADLINE for C1A: Tuesday March 11 23:59 (via e-mail as ONE pdf file to: numpde2025ATgmail.com).
Extra file for Lecture 5
Tuesday March 18 ==> Tutorial on computer exercise C1B Computer exercise C1B (10% of FG)
Tuesday March 25 Lecture 6: the wave equation and nonlinear hyperbolic PDEs Lecture notes 6 Exercises 6 Extra file for Lecture 6
Tuesday April 1 Lecture 7: exact and non-standard finite-differences Lecture notes 7 Exercises 7 Extra file for Lecture 7
Tuesday April 8 Lecture 8: fractional order PDEs and boundary-value methods Lecture notes 8 (available April 8) Exercises 8 (available April 8)
DEADLINE for C1B: Tuesday April 8 23:59 (via e-mail as ONE pdf file + codes in a separate file to: numpde2025ATgmail.com).
Extra file 1 for Lecture 8
Extra file 2 for Lecture 8
Extra file 3 for Lecture 8
Extra file 4 for Lecture 8 (available April 8)
Tuesday April 15 ==> Tutorial on computer exercise C2A Computer exercise C2A (10% of FG; available April 10)
Tuesday April 22 Lecture 9: Hamiltonian ODEs and PDEs Lecture notes 9 (available April 22) Exercises 9 (available April 22) Extra file for Lecture 9 (available April 22)
Tuesday April 29 Lecture 10: the inverse heat (and inverse wave) equation (guest lecturer: Tristan van Leeuwen) Lecture notes 10 (available April 29) Assignment C2B on Lecture 10 (5% of FG; available April 24).
Tuesday May 6 Lecture 11: finite elements: stationary and time-dependent Lecture notes 11 (available May 6) Exercises 11 (available May 6)
DEADLINE for C2A: Tuesday May 6 23:59 (via e-mail as ONE pdf file + codes in a separate file to: numpde2025ATgmail.com).
Extra file for Lecture 11 (available May 6)
Tuesday May 13 Tutorial on a selected set of exercises from lectures 1-11, except lecture 10
Tuesday May 20 Lecture 12: travelling waves and adaptive methods Lecture notes 12 (part 1)
Lecture notes 12 (part 2) (available May 20)
Exercises 12 (available May 20)
DEADLINE for C2B: Tuesday May 20 23:59 (via e-mail as ONE pdf file + codes in a separate file to: numpde2025ATgmail.com).
Extra file 1 for Lecture 12
Extra file 2 for Lecture 12 (available May 20)
Tuesday May 27 Discuss Mock Exam (available May 19)
Tuesday June 3 EXAM ("TENTAMEN") (this is a closed book exam!): based on all lectures
and exercises, except lecture 10 and except the optional parts
(marked by "*"-s in the exercises sheets and lecture notes).
LOCATION:
Tuesday June 24 RETAKE ("HERTENTAMEN") (this is a closed book exam!): based on all lectures
and exercises, except lecture 10 and except the optional parts
(marked by "*"-s in the exercises sheets and lecture notes).
LOCATION: