1D shocktube caculator
This tool provides 1D Shock Tube solutions. You may output analytic solutions, or numeric solutions backed by CESE method, Sin-Chung Chang, “The Method of Space-Time Conservation Element and Solution Element – A New Approach for Solving the Navier-Stokes and Euler Equations”, Journal of Computational Physics, Volume 119, Issue 2, July 1995, Pages 295-324. doi: 10.1006/jcph.1995.1137.
Getting Started
Prerequisites
- Python
- numpy
- scipy
Usage
Analytic Solution
from shocktube1dcalc import solver_analytic
# by default it will create a the shock tube based on Sod's classic condition.
shocktube = solver_analytic.ShockTube()
import numpy as np
mesh = np.linspace(-0.5, 0.5, 50)
analytic_solution = shocktube.get_analytic_solution(
mesh, t=0.4
)
You may customize the physical status of the shocktube via:
shocktube = solver_analytic.ShockTube(rho_left=1.0, u_left=0.0, p_left=1.0, rho_right=0.125, u_right=0.0, p_right=0.1)
Numeric Solution
from shocktube1dcalc import cese
elapsed_time = 0.4
cese_grid_size_t = 0.004
# multiply 2 for half grids, so total iteration number should be double
# the iteration number is always less than 1 by the grid number
iteration_number = round(elapsed_time / cese_grid_size_t * 2) - 1
shocktube = cese.ShockTube(iteration=iteration_number, grid_size_t=cese_grid_size_t)
shocktube.run_cese_iteration()
numeric_solution = shocktube.data.solution
Contributing
See Contributing
Authors
Taihsiang Ho (tai271828) tai271828@solvcon.net
Created from Lee-W/cookiecutter-python-template version 0.7.1
1 maintainer
Metadata
1 maintainer
Release files for shocktube1dcalc 1.0.2
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Total release size: 27.1 kB
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