GitHub - shedsaw/flow-solver: A solver for the Euler equations that uses an high-order reconstruction technique.

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A solver for the Euler equations that uses an high-order reconstruction technique.

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Name		Name	Last commit message	Last commit date
Latest commit History 2 Commits
include		include
.gitignore		.gitignore
Makefile		Makefile
README		README
bc.dat		bc.dat
compute_derivatives.C		compute_derivatives.C
curved_boundaries.C		curved_boundaries.C
cv_calc.C		cv_calc.C
cvbc.C		cvbc.C
euler.params		euler.params
flux.C		flux.C
geometry.C		geometry.C
gradient.C		gradient.C
grid_io.C		grid_io.C
hessian.C		hessian.C
ic.C		ic.C
init_memory.C		init_memory.C
jacobian.C		jacobian.C
limiter.C		limiter.C
linear_algebra.C		linear_algebra.C
main.C		main.C
maps.C		maps.C
mesh_io.C		mesh_io.C
mesh_utils.C		mesh_utils.C
metrics.C		metrics.C
params.C		params.C
reconstruct.C		reconstruct.C
reorder.C		reorder.C
residual.C		residual.C
solve.C		solve.C

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To compile, you will need to have the GSL libraries installed.
For Ubuntu, something like
  > sudo apt install libgsl-dev
Should work.

You will also need to modify the Makefile to adjust the include path to the local repository, e.g.,
  INCLUDE_PATH = -I~/code/flow-solver/include -I/usr/include/gsl

Then build with 'make all'.

This is the code I wrote for my Master's thesis. It implements a high-order reconstruction scheme developed by Dr. Carl Ollivier-Gooch and his students and collaborators to
solve the Euler equations.