UE Fundamentals of Numerical Thermo-Fluid Dynamics, 322.061
This course in TISS
The course will take place online via TUWEL, starting on 6th May 2020. Study material is already available.
Requirements & Assessment
Examples for home preparation are released one week before each exercise (including the first week!). Participants are asked to solve at least half of the examples and submit their solutions via TUWEL before the start of each exercise. Each example will then be presented by a different student of the group in a video conference using screen-sharing. Every participant must present at least one example over the semester, which constitutes 20% of the overall grade.
A team project (see below) has to be done by groups of two to three people and submitted until Friday, 17th July 2020. The project involves solving a certain mathematical problem numerically, using the methods covered during the exercises. The team project contributes by 40% to the overall grade.
The remaining 40% of the grade correspond to a final examination after the end of the course.
- Attendance in the weekly video conference is required. A maximum of two absences per semester is allowed.
6th May 2020: Classification of partial differential equations, Method of characteristics
13th May 2020: Finite Difference Method for boundary value problems
20th May 2020: Stability of Finite Difference schemes
27th May 2020: Explicit schemes for spatio-temporal discretization
3rd June 2020: Implicit schemes for spatio-temporal discretization
10th June 2020: 2D time-dependent problems and systems of PDEs
17th June 2020: Non-linear problems
24th June 2020: Questions & Answers
The assignment of the team project will be released within the first weeks of the course.
This assignment has to be done by groups of two or three (too long otherwise !).
Some template codes are provided, they have to be filled in and submitted together with the final report.
The report should be sent no later than Friday 17th, July 2020 at 8:00 a.m. to email@example.com with the Subject "E322061_NAME1_NAME2_NAME3",
- with an enclosed file named 'Report_NAME1_NAME2_NAME3.pdf'
- with a zip file similar to one downloadable above with the name 'Codes_NAME1_NAME2_NAME3.zip'.
- There is no limit of number of pages.
No oral presentation of the work will be required.
 Lecture notes for the course LVA-Nr. 302.017: Grundlagen der numerischen Methoden der Stömungs- und Wärmetechnik, TU Wien
 Wilhelm Schneider, Mathematische Methoden der Strömungsmechanik, 1. Auflage Braunschweig, Vieweg 1978, ISBN 3-528-03574-0
 Abbasi, N. M. (2019) 'Chapter 2.44: Generate sparse matrix for the Laplacian diﬀerential operator for 3D grid' In 'How to solve basic engineering and mathematics problems using Mathematica, Matlab and Maple', Blog post