Isothermal Glen ice allowing extra customization. More...

Inheritance diagram for pism::rheology::IsothermalGlen:

Public Member Functions
	IsothermalGlen (const std::string &prefix, const Config &config, EnthalpyConverter::Ptr EC)

Public Member Functions inherited from pism::rheology::PatersonBudd
	PatersonBudd (const std::string &prefix, const Config &config, EnthalpyConverter::Ptr EC)

virtual	~PatersonBudd ()=default

Public Member Functions inherited from pism::rheology::FlowLaw
	FlowLaw (const std::string &prefix, const Config &config, EnthalpyConverter::Ptr EC)

virtual	~FlowLaw ()=default

void	effective_viscosity (double hardness, double gamma, double nu, double dnu) const
	Computes the regularized effective viscosity and its derivative with respect to the second invariant \( \gamma \). More...

void	effective_viscosity (double hardness, double gamma, double eps, double nu, double dnu) const

std::string	name () const

double	exponent () const

EnthalpyConverter::Ptr	EC () const

double	hardness (double E, double p) const

void	hardness_n (const double enthalpy, const double pressure, unsigned int n, double *result) const

double	softness (double E, double p) const

double	flow (double stress, double enthalpy, double pressure, double grain_size) const
	The flow law itself. More...

void	flow_n (const double stress, const double E, const double pressure, const double grainsize, unsigned int n, double *result) const

Protected Member Functions
double	flow_impl (double stress, double, double, double) const

double	softness_impl (double, double) const

double	hardness_impl (double, double) const

double	flow_from_temp (double stress, double, double, double) const
	The flow law (temperature-dependent version). More...

Protected Member Functions inherited from pism::rheology::PatersonBudd
virtual double	softness_from_temp (double T_pa) const

virtual double	hardness_from_temp (double T_pa) const

Protected Member Functions inherited from pism::rheology::FlowLaw
virtual void	flow_n_impl (const double stress, const double E, const double pressure, const double grainsize, unsigned int n, double *result) const

virtual void	hardness_n_impl (const double enthalpy, const double pressure, unsigned int n, double *result) const

double	softness_paterson_budd (double T_pa) const
	Return the softness parameter A(T) for a given temperature T. More...

Protected Attributes
double	m_softness_A

double	m_hardness_B

Protected Attributes inherited from pism::rheology::FlowLaw
std::string	m_name

double	m_rho
	ice density More...

double	m_beta_CC_grad
	Clausius-Clapeyron gradient. More...

double	m_melting_point_temp
	melting point temperature (for water, 273.15 K) More...

EnthalpyConverter::Ptr	m_EC

double	m_schoofReg
	regularization parameter for \( \gamma \) More...

double	m_viscosity_power
	\( (1 - n) / (2n) \); used to compute viscosity More...

double	m_hardness_power
	\( - 1 / n \); used to compute hardness More...

double	m_A_cold
	Paterson-Budd softness, cold case. More...

double	m_A_warm
	Paterson-Budd softness, warm case. More...

double	m_Q_cold
	Activation energy, cold case. More...

double	m_Q_warm
	Activation energy, warm case. More...

double	m_crit_temp
	critical temperature (cold – warm transition) More...

double	m_standard_gravity
	acceleration due to gravity More...

double	m_ideal_gas_constant
	ideal gas constant More...

double	m_n
	power law exponent More...

Detailed Description

Isothermal Glen ice allowing extra customization.

Definition at line 29 of file IsothermalGlen.hh.

The documentation for this class was generated from the following files:

Public Member Functions