Numerical analysis of fully developed channel flow
In this exercise, you will study a fully developed channel flow (flow between two parallel plates) numerically. You will start with a laminar case flow as that problem can be solved analytically and thus it is possible to make a comparison and get a feeling for the accuracy of the numerical method. In the second part of the assignment, you will analyze a turbulent flow numerically and compare your results to provided measured data. The numerical part will be done using Python
.
- Read the instruction document (MTF053_CA1.pdf)
- Download the following file MTF053_CA1.ipynb (a
Jupyter NoteBook
that contains thePython
code needed to do the assignment) - Do the assignment:
- Start
Jupyter Lab
: https://jupyter.org/try-jupyter/lab/ - Upload the
Jupyter NoteBook
- Go through the assignment step by step. Write down answers to questions in the
Jupyter NoteBook
. Derivations made using pen and paper or tablet can be included as photos/images. - When done with the assignment, download your modified
Jupyter NoteBook
fromJupyter Lab
. To download theJupyter NoteBook
right click on the notebook file in the file tree on the left side of theJupyter Lab
user interface and click on download in the drop down menu.
- Start
Computer Assignment Instructions | |
MTF053_CA1.pdf | instructions for computer assignment 1 |
Useful Data Files and Scripts | |
MTF053_CA1.ipynb | Jupyter Notebook |
Related Documents | |
MTF053_C04.pdf | lecture notes (chapter 4) |
MTF053_C06.pdf | lecture notes (chapter 6) |
MTF053_Equations-for-Boundary-Layer-Flows.pdf | equations for boundary layer flows |
MTF053_Turbulence.pdf | turbulence |
MTF053_Formulas-Tables-and-Graphs.pdf | formulas, tables, and graphs |