#include <ns-solutions.hpp>

Inheritance diagram for HArDCore2D::NavierStokesSolutions::KimMoin:

Collaboration diagram for HArDCore2D::NavierStokesSolutions::KimMoin:

Public Member Functions
	KimMoin ()
	Construct the class given the Reynolds number.

Eigen::Vector2d	momentumForcingTerm (const Eigen::Vector2d &x, const double &t) const

double	compressibilityForcingTerm (const Eigen::Vector2d &x, const double &t) const

Eigen::Vector2d	velocity (const Eigen::Vector2d &x, const double &t) const

double	pressure (const Eigen::Vector2d &x, const double &t) const

Eigen::Matrix2d	velocityGradient (const Eigen::Vector2d &x, const double &t) const

Eigen::Vector2d	pressureGradient (const Eigen::Vector2d &x, const double &t) const

Public Member Functions inherited from HArDCore2D::NavierStokesSolutions::IExactSolution
	IExactSolution (std::string name, bool is_stokes, double viscosity, bool isNonNewtonian=false, double flow_index=2.0, double degen_param=0.0)

virtual	~IExactSolution ()

std::string	name () const
	Return the solution name.

bool	isStokes () const

double	viscosity () const
	Return the viscosity.

bool	isNonNewtonian () const
	Return true if the fluid is assumed to be non-Newtonian;.

double	flowIndex () const
	Return the Carreau-Yasuda flow index.

double	degenParam () const
	Return the Carreau-Yasuda degeneracy parameter.

	IExactSolution (std::string name, bool is_stokes, double viscosity)

virtual	~IExactSolution ()

std::string	name () const
	Return the solution name.

bool	isStokes () const

double	viscosity () const
	Return the viscosity.

	IExactSolution (std::string name, bool fluid_magnetic_coupling, bool is_stokes, bool steady_fluid_equation, bool steady_magnetic_equation, double viscosity, double magnetic_diffusivity)

virtual	~IExactSolution ()

std::string	name () const
	Return the solution name.

bool	fluid_magnetic_coupling () const
	Return true if the fluid and magnetic field are oupled in the two equations.

bool	isStokes () const

bool	steady_fluid_equation () const
	Return true if the fluid field is steady, false if unsteady!

bool	steady_magnetic_equation () const
	Return true if the magnetic field is steady, false if unsteady!

double	viscosity () const
	Return the viscosity.

double	magnetic_diffusivity () const
	Return the magnetic diffusivity.

virtual Eigen::Vector2d	magneticForcingTerm (const Eigen::Vector2d &x, const double &t=0) const =0

virtual Eigen::Vector2d	magnetic_field (const Eigen::Vector2d &x, const double &t=0) const =0

virtual double	magnetic_pressure (const Eigen::Vector2d &x, const double &t=0) const =0

virtual Eigen::Matrix2d	magnetic_fieldGradient (const Eigen::Vector2d &x, const double &t=0) const =0

virtual Eigen::Vector2d	magnetic_pressureGradient (const Eigen::Vector2d &x, const double &t=0) const =0

	IExactSolution (std::string name, bool is_stokes, double viscosity)

virtual	~IExactSolution ()

std::string	name () const
	Return the solution name.

bool	isStokes () const

double	viscosity () const
	Return the viscosity.

Additional Inherited Members
Protected Attributes inherited from HArDCore2D::NavierStokesSolutions::IExactSolution
std::string	m_name

bool	m_is_stokes

double	m_viscosity

bool	m_is_nonnewtonian

double	m_flow_index

double	m_degen_param

bool	m_fluid_magnetic_coupling

bool	m_steady_fluid_equation

bool	m_steady_magnetic_equation

double	m_magnetic_diffusivity