artisynth.core.materials

Class MooneyRivlinMaterial

java.lang.Object

artisynth.core.materials.MaterialBase

artisynth.core.materials.FemMaterial

artisynth.core.materials.IncompressibleMaterial

artisynth.core.materials.MooneyRivlinMaterial

All Implemented Interfaces:

ScalableUnits, java.lang.Cloneable, CompositeProperty, HasProperties, Clonable, Scannable

public class MooneyRivlinMaterial
extends IncompressibleMaterial

Nested Class Summary

Nested classes/interfaces inherited from class artisynth.core.materials.IncompressibleMaterial

IncompressibleMaterial.BulkPotential

Field Summary

Fields inherited from class artisynth.core.materials.IncompressibleMaterial

DEFAULT_BULK_POTENTIAL, DEFAULT_KAPPA

Constructor Summary

Constructors

Constructor and Description
MooneyRivlinMaterial()
MooneyRivlinMaterial(double c10, double c01, double c11, double c20, double c02, double kappa)

Method Summary

Modifier and Type	Method and Description
MooneyRivlinMaterial	clone() Returns a clone of this composite property.
double	computeDeviatoricEnergy(Matrix3dBase Cdev)
void	computePhiVals(double[] vals, double J)
void	computeStress(SymmetricMatrix3d sigma, SolidDeformation def, Matrix3d Q, FemMaterial baseMat) Computes the strain tensor given the supplied deformation
void	computeTangent(Matrix6d D, SymmetricMatrix3d stress, SolidDeformation def, Matrix3d Q, FemMaterial baseMat) Computes the tangent stiffness matrix
boolean	equals(FemMaterial mat)
PropertyList	getAllPropertyInfo() Returns a list giving static information about all properties exported by this object.
double	getC01()
PropertyMode	getC01Mode()
double	getC02()
PropertyMode	getC02Mode()
double	getC10()
PropertyMode	getC10Mode()
double	getC11()
PropertyMode	getC11Mode()
double	getC20()
PropertyMode	getC20Mode()
double	getJLimit()
PropertyMode	getJLimitMode()
boolean	isIncompressible()
boolean	isInvertible() Returns true if this material is defined for a deformation gradient with a non-positive determinant.
static void	main(java.lang.String[] args)
void	scaleDistance(double s) Scales all distance coordinates.
void	scaleMass(double s) Scales all mass units.
void	setC01(double c01)
void	setC01Mode(PropertyMode mode)
void	setC02(double c02)
void	setC02Mode(PropertyMode mode)
void	setC10(double c10)
void	setC10Mode(PropertyMode mode)
void	setC11(double c11)
void	setC11Mode(PropertyMode mode)
void	setC20(double c20)
void	setC20Mode(PropertyMode mode)
void	setJLimit(double JLimit)
void	setJLimitMode(PropertyMode mode)

Methods inherited from class artisynth.core.materials.IncompressibleMaterial

addPressureStress, addPressureTangent, computePressureStress, computePressureTangent, getBulkModulus, getBulkModulusMode, getBulkPotential, getBulkPotentialMode, getEffectiveModulus, getEffectivePressure, setBulkModulus, setBulkModulusMode, setBulkPotential, setBulkPotentialMode

Methods inherited from class artisynth.core.materials.FemMaterial

equals, getSubClasses, getViscoBehavior, isCorotated, isLinear, isViscoelastic, registerSubclass, setViscoBehavior

Methods inherited from class artisynth.core.materials.MaterialBase

getProperty, getPropertyHost, getPropertyInfo, hasProperty, hasSymmetricTangent, isWritable, scan, setPropertyHost, setPropertyInfo, tangentSymmetryChanged, updateMaterial, write

Methods inherited from class java.lang.Object

getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

MooneyRivlinMaterial

public MooneyRivlinMaterial()

MooneyRivlinMaterial

public MooneyRivlinMaterial(double c10,
                            double c01,
                            double c11,
                            double c20,
                            double c02,
                            double kappa)

Method Detail

getAllPropertyInfo

public PropertyList getAllPropertyInfo()

Description copied from interface: HasProperties

Returns a list giving static information about all properties exported by this object.

Specified by:

getAllPropertyInfo in interface HasProperties

Overrides:

getAllPropertyInfo in class IncompressibleMaterial

Returns:

static information for all exported properties

setC10

public void setC10(double c10)

getC10

public double getC10()

setC10Mode

public void setC10Mode(PropertyMode mode)

getC10Mode

public PropertyMode getC10Mode()

setC01

public void setC01(double c01)

getC01

public double getC01()

setC01Mode

public void setC01Mode(PropertyMode mode)

getC01Mode

public PropertyMode getC01Mode()

setC11

public void setC11(double c11)

getC11

public double getC11()

setC11Mode

public void setC11Mode(PropertyMode mode)

getC11Mode

public PropertyMode getC11Mode()

setC20

public void setC20(double c20)

getC20

public double getC20()

setC20Mode

public void setC20Mode(PropertyMode mode)

getC20Mode

public PropertyMode getC20Mode()

setC02

public void setC02(double c02)

getC02

public double getC02()

setC02Mode

public void setC02Mode(PropertyMode mode)

getC02Mode

public PropertyMode getC02Mode()

setJLimit

public void setJLimit(double JLimit)

getJLimit

public double getJLimit()

setJLimitMode

public void setJLimitMode(PropertyMode mode)

getJLimitMode

public PropertyMode getJLimitMode()

computePhiVals

public void computePhiVals(double[] vals,
                           double J)

computeDeviatoricEnergy

public double computeDeviatoricEnergy(Matrix3dBase Cdev)

computeStress

public void computeStress(SymmetricMatrix3d sigma,
                          SolidDeformation def,
                          Matrix3d Q,
                          FemMaterial baseMat)

Description copied from class: FemMaterial

Computes the strain tensor given the supplied deformation

Overrides:

computeStress in class IncompressibleMaterial

Parameters:

sigma - strain tensor, populated

def - deformation information, includes deformation gradient and pressure

Q - coordinate frame specifying directions of anisotropy

baseMat - underlying base material (if any)

computeTangent

public void computeTangent(Matrix6d D,
                           SymmetricMatrix3d stress,
                           SolidDeformation def,
                           Matrix3d Q,
                           FemMaterial baseMat)

Description copied from class: FemMaterial

Computes the tangent stiffness matrix

Overrides:

computeTangent in class IncompressibleMaterial

Parameters:

D - tangent stiffness, populated

stress - the current stress tensor

def - deformation information, includes deformation gradient and pressure

Q - coordinate frame specifying directions of anisotropy

baseMat - underlying base material (if any)

equals

public boolean equals(FemMaterial mat)

Overrides:

equals in class IncompressibleMaterial

clone

public MooneyRivlinMaterial clone()

Description copied from interface: CompositeProperty

Returns a clone of this composite property.

Specified by:

clone in interface CompositeProperty

Specified by:

clone in interface Clonable

Overrides:

clone in class FemMaterial

Returns:

clone of this property

main

public static void main(java.lang.String[] args)

isIncompressible

public boolean isIncompressible()

Overrides:

isIncompressible in class IncompressibleMaterial

isInvertible

public boolean isInvertible()

Description copied from class: FemMaterial

Returns true if this material is defined for a deformation gradient with a non-positive determinant.

Overrides:

isInvertible in class IncompressibleMaterial

scaleDistance

public void scaleDistance(double s)

Description copied from interface: ScalableUnits

Scales all distance coordinates.

Specified by:

scaleDistance in interface ScalableUnits

Overrides:

scaleDistance in class IncompressibleMaterial

Parameters:

s - scaling factor

scaleMass

public void scaleMass(double s)

Description copied from interface: ScalableUnits

Scales all mass units.

Specified by:

scaleMass in interface ScalableUnits

Overrides:

scaleMass in class IncompressibleMaterial

Parameters:

s - scaling factor