Lecturer Dr. Elmar Zander
Assistant Dr. N. Friedman
Schedule Lecture: Wed 09:45-11:15 o'clock in room HS 65.4 (GITZ 012)
Exercises: Wed 15:00-15:45 o'clock in room HS 65.4 (GITZ 012)
Start First week of the semester
Prerequisites Basic courses up to the intermediate diploma
Target group Students of computer science, mathematics, natural or engineering sciences or guest students in their advanced study period, CSE students
Certificates Homework assignments and active participation in the exercises, tests, grading scheme
Office hours Just come around and see if I'm there, or make an appointment with me via email.
Exam
See exams and their results on Friday (19th of September) 14:00-16:00 o'clock, location: room of Dr. Noemi Friedman (HS 65, room 105a )
See prerequisits for the exam here.
Only students achieved min 100 points are allowed to take the exam.
Results of the first three assignments are available. Assignments can be picked up.
Extra tutorial on the test exam and consultation: 6th of August, 2014. 14:00 o'clock in room HS 65.4 (GITZ 012)
Exam: 09:15 o'clock 13rd of August, 2014., in room PK 2.2 (Pockelsstraße 2, Am Okerufer, Chemiehörsaal, 110).
You can bring 2 empty sheets for draft, but the exam will be written on the sheets handled from the institute.
No smart-phones are allowed, only simple calculators. Anyone using any additional devices or notes will get zero points for his/her exam.
Literature is available here: http://www.biblio.tu-bs.de/semapp/
There go to: Prof. Hermann G. Matthies: Numerical Methods for PDEs.
The password for downloading material has been given in the lecture.
Hitchhiker's guide to notation: notation.ps
Assignment 1: Fundamentals of functional analysis (due date postponed to: 16.06.2014), answers for assignment 1
Assignment 2: Galerkin approximation (due date: 21.07.2014), answers for assignment 2
Assignment 3: Implementation (2D) (due date postponed to: 04.08.2014, 9am), answers for assignment 3
Assignment 4: Implementation (1D) (due date potponed to: 06.08.2014, 9am), code for the assignment, solution for assignment 4
Tutorial1: Fundamentals of functional analysis
Tutorial2: Galerkin method
Tutorial3: Convergence, variational crimes, piecewise polynomials and the FEM
Tutorial4: FEM Implementation (isoparametric mapping, assembling the stiffness matrix)
Tutorial5: FEM Implementation (numerical integration)
Tutorial6: FEM Implementation (data structures, assembling matrices, applying BCs)
Tutorial7: FEM Implementation (numerical integration over triangles)