src/base/rheology/flowlaws.hh File Reference

#include <petscsys.h>

Go to the source code of this file.

Classes
class	IceFlowLaw
class	GPBLDIce
	Glen (1955) and Paterson-Budd (1982) flow law with additional water fraction factor from Lliboutry & Duval (1985). More...
class	ThermoGlenIce
	Derived class of IceFlowLaw for Paterson-Budd (1982)-Glen ice. More...
class	IsothermalGlenIce
	Isothermal Glen ice allowing extra customization. More...
class	HookeIce
	The Hooke flow law. More...
class	ThermoGlenArrIce
	Cold case of Paterson-Budd. More...
class	ThermoGlenArrIceWarm
	Warm case of Paterson-Budd. More...
struct	GKparts
class	GoldsbyKohlstedtIce
	A hybrid of Goldsby-Kohlstedt (2001) ice (constitutive form) and Paterson-Budd (1982)-Glen (viscosity form). More...
class	GoldsbyKohlstedtIceStripped
	Derived class of GoldsbyKohlstedtIce for testing purposes only. More...
Functions
static PetscReal	secondInvariant (PetscReal u_x, PetscReal u_y, PetscReal v_x, PetscReal v_y)
static PetscReal	secondInvariantDu (const PetscReal Du[])
PetscBool	IceFlowLawIsPatersonBuddCold (IceFlowLaw *, const NCConfigVariable &, EnthalpyConverter *)
PetscBool	IceFlowLawUsesGrainSize (IceFlowLaw *)

---

Function Documentation

PetscBool IceFlowLawIsPatersonBuddCold	(	IceFlowLaw *	,
		const NCConfigVariable &	,
		EnthalpyConverter *
	)

Definition at line 36 of file flowlaws.cc.

References e, IceFlowLaw::flow(), ThermoGlenIce::flow(), and exactV::v().

Referenced by IceCompModel::allocate_stressbalance(), and IceCompModel::reportErrors().

PetscBool IceFlowLawUsesGrainSize

(

IceFlowLaw *

)

Definition at line 26 of file flowlaws.cc.

References e, and IceFlowLaw::flow().

Referenced by SIAFD::compute_diffusive_flux().

static PetscReal secondInvariant	(	PetscReal	u_x,
		PetscReal	u_y,
		PetscReal	v_x,
		PetscReal	v_y
	)		[inline, static]

Definition at line 29 of file flowlaws.hh.

Referenced by IceFlowLaw::effective_viscosity().

static PetscReal secondInvariantDu

(

const PetscReal

Du[]

)

[inline, static]

Definition at line 34 of file flowlaws.hh.

Referenced by IceFlowLaw::effective_viscosity_with_derivative().