COOLFluiD
Release kernel
COOLFluiD is a Collaborative Simulation Environment (CSE) focused on complex MultiPhysics simulations.
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#include <iostream>
#include "cf3/physics/lineuler/lineuler2d/Functions.hpp"
#include "cf3/math/Defs.hpp"
Go to the source code of this file.
Namespaces | |
cf3 | |
Top-level namespace for coolfluid. | |
cf3::physics | |
Basic Classes for Physics applications used by CF. | |
cf3::physics::lineuler | |
cf3::physics::lineuler::lineuler2d | |
Functions | |
void | compute_convective_flux (const Data &p, const ColVector_NDIM &normal, RowVector_NEQS &flux, Real &wave_speed) |
Convective flux in conservative form, and maximum absolute wave speed. More... | |
void | compute_convective_flux (const Data &p, const ColVector_NDIM &normal, RowVector_NEQS &flux) |
Convective flux in conservative form. More... | |
void | compute_convective_wave_speed (const Data &p, const ColVector_NDIM &normal, Real &wave_speed) |
Maximum absolute wave speed. More... | |
void | compute_convective_eigenvalues (const Data &p, const ColVector_NDIM &normal, RowVector_NEQS &eigen_values) |
Eigenvalues or wave speeds projected on a given normal. More... | |
void | compute_convective_right_eigenvectors (const Data &p, const ColVector_NDIM &normal, Matrix_NEQSxNEQS &right_eigenvectors) |
Right eigenvectors projected on a given normal. More... | |
void | compute_convective_left_eigenvectors (const Data &p, const ColVector_NDIM &normal, Matrix_NEQSxNEQS &left_eigenvectors) |
Left eigenvectors projected on a given normal. More... | |
void | compute_rusanov_flux (const Data &left, const Data &right, const ColVector_NDIM &normal, RowVector_NEQS &flux, Real &wave_speed) |
Rusanov Approximate Riemann solver. More... | |
void | compute_absolute_flux_jacobian (const Data &p, const ColVector_NDIM &normal, Matrix_NEQSxNEQS &absolute_flux_jacobian) |
Absolute flux jacobian projected on a given normal. More... | |
void | compute_cir_flux (const Data &left, const Data &right, const ColVector_NDIM &normal, RowVector_NEQS &flux, Real &wave_speed) |
CIR (Courant Isaacson Rees) Flux Splitting Upwind scheme for linear hyperbolic system Riemann solver F = 0.5 ( FL + FR ) - 0.5 |A| ( UR - UL ) More... | |
void | cons_to_char (const RowVector_NEQS &conservative, const ColVector_NDIM &characteristic_normal, const Real &c0, RowVector_NEQS &characteristic) |
void | char_to_cons (const RowVector_NEQS &characteristic, const ColVector_NDIM &characteristic_normal, const Real &c0, RowVector_NEQS &conservative) |
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