Hands-on for hydraulic jump velocity
Méthode : Connect to the Jupyter notebook
How will the bore propagate? (bore)
Google Colab : https://colab.research.google.com/drive/1Acq7Cq0tc05aVltkiQykf1MyFD9syi4x?usp=sharing
GitHub + MyBinder : https://mybinder.org/v2/gh/thual/ASID_bore/HEAD
The analysis \(H_R^a\), which minimizes the incremental cost function, is close to the true state \(H_R^t\)
Simulation : Hands-on instructions:
Read the content of the program
Launch the program with the default parameters
Describe the program algorithm briefly
Change parameters and describe results
Replace \(\displaystyle {\cal G}\) and \(\displaystyle \mathbf G = {\cal G}'(x_b)\) by another function
Remarque :
Hands-on in several programming languages: