ug::Poroelasticity Namespace Reference

Classes
struct	BarryMercerData
	Dimensional coefficients for Barry-Mercer benchmark. More...
class	BarryMercerErrorData
	Auxiliary class for compution errors as 'StdGlobPosData'. More...
class	BarryMercerNondimensional
	Non-dimensional solution. More...
class	BarryMercerPointSource
	This defines a point source as 'StdGlobPosData'. More...
class	BarryMercerProblem
	Implementation as a Biot problem. More...
class	BarryMercerRefDispX
	Evaluate reference pressure. More...
class	BarryMercerRefDispY
	Evaluate reference pressure. More...
class	BarryMercerRefPressure
	Evaluate reference pressure. More...
struct	BiotDiscConfig
class	BiotElemDisc
class	BiotElemDiscFactory
	This class generates element discretizations. More...
class	BiotProblem
	A Biot problem consists of several element discs plus boundary conditions. More...
class	BiotProjection
	Creates consistent initial values. More...
class	BiotSubsetParameters
	Class for Biot parameters (per subset) More...
struct	Functionality
struct	FunctionalityFor2D

Functions
double	BesselJ0 (double x)
	Bessel functions.
double	BesselJ1 (double x)
void	CrashFct (const string &reason)
void	CrashFctFatal (const string &reason)
double	DefaultCharTime (const BiotSubsetParameters &p, double length=1.0)
	Compute characteristic time.
void	PluginCrashes ()
void	PluginCrashesFatal ()
void	PluginSaysHello ()

Function Documentation

BesselJ0()

double ug::Poroelasticity::BesselJ0

(

double

x

)

Bessel functions.

Referenced by ug::Poroelasticity::Functionality::Common().

BesselJ1()

double ug::Poroelasticity::BesselJ1

(

double

x

)

Referenced by ug::Poroelasticity::Functionality::Common().

DefaultCharTime()

double ug::Poroelasticity::DefaultCharTime	(	const BiotSubsetParameters &	p,
		double	length
	)

Compute characteristic time.

Value: $ \frac{l^2}{\kappa (\lambda + 2* \mu)}$

References p, and UG_LOG.

Referenced by ug::Poroelasticity::BiotProblem< TDomain, TAlgebra >::get_char_time().