Exercise 8 - Project B: 2D simulation of heat transfer in a coffee mug
- C++ 66.7%
- Python 14.2%
- Makefile 10.9%
- Shell 3%
- MATLAB 2.8%
- Other 2.4%
| figures | ||
| fluid-openfoam | ||
| generate_mesh | ||
| mgrid_2 | ||
| preCICE_tools | ||
| solid-cpp | ||
| .gitignore | ||
| CLANG_default.mk | ||
| Coupled_heat_simulation_of_a_coffee_mug.pdf | ||
| GCC_default.mk | ||
| GCC_SINGLE_default.mk | ||
| GCCMKL_default.mk | ||
| precice-config.xml | ||
| project.pdf | ||
| README.md | ||
| simulation1_0seconds.jpg | ||
| simulation1_173seconds.jpg | ||
| simulation2_0seconds.jpg | ||
| simulation2_600seconds.jpg | ||
| simulation3_0seconds.jpg | ||
| simulation3_600seconds.jpg | ||
| Simulation_results.txt | ||
Project: Simulation of a coffee mug
How to run simulation (i) and (ii)
Running
from /mgrid_2 run in bash:
- make run
Cleaning up afterwards
from /mgrid_2 run in bash:
- make clean
How to run coupled simulation (iii)
Running
from /fluid-openfoam run in bash:
- openfoam2512
- ./run.sh
from /solid-cpp run in bash:
- cmake . && make
- ./run.sh
Cleaning up afterwards
from /fluid-openfoam run in bash:
- ./clean.sh
from /solid-cpp run in bash:
- ./clean.sh