src/PDE/CompFlow/Problem/ directory

Problem configurations for compressible flow.

Contents

Files

file BoxInitialization.hpp
User-defined box initialization.
file FieldOutput.cpp
Field outputs for single-material equation solver.
file FieldOutput.hpp
Field outputs for single-material equation solver.
file GaussHumpCompflow.cpp
Problem configuration for the compressible flow equations.
file GaussHumpCompflow.hpp
Problem configuration for the compressible flow equations.
file NLEnergyGrowth.cpp
Problem configuration for the compressible flow equations.
file NLEnergyGrowth.hpp
Problem configuration for the compressible flow equations.
file RayleighTaylor.cpp
Problem configuration for the compressible flow equations.
file RayleighTaylor.hpp
Problem configuration for the compressible flow equations.
file RotatedSodShocktube.cpp
Problem configuration for the compressible flow equations.
file RotatedSodShocktube.hpp
Problem configuration for rotated Sod's shock-tube.
file SedovBlastwave.cpp
Problem configuration for the compressible flow equations.
file SedovBlastwave.hpp
Problem configuration for Sedov's blastwave.
file SheddingFlow.cpp
Problem configuration for the compressible flow equations.
file SheddingFlow.hpp
Problem configuration for shedding flow over triangular wedge.
file ShockDensityWave.cpp
Problem configuration for the compressible flow equations.
file ShockDensityWave.hpp
Problem configuration for shock-density wave problem.
file SodShocktube.cpp
Problem configuration for the compressible flow equations.
file SodShocktube.hpp
Problem configuration for Sod's shock-tube.
file TaylorGreen.cpp
Problem configuration for the compressible flow equations.
file TaylorGreen.hpp
Problem configuration for the compressible flow equations.
file UserDefined.cpp
Problem configuration for the compressible flow equations.
file UserDefined.hpp
Problem configuration for the compressible flow equations.
file VorticalFlow.cpp
Problem configuration for the compressible flow equations.
file VorticalFlow.hpp
Problem configuration for the single-material compressible flow equations.