COMSOL 6.4 - Supported Property Groups and Material Properties

Supported Property Groups and Material Properties

The following table includes all supported property groups and material properties with their property group, property name, size, and SI unit:

Table 8-6: Supported Property Groups and Material Properties.
Category	Property Group (API Name)	Property Group (description)	Property (name)	Property (description)	Size	Unit
Electrochemistry	ElectrodePotential	Equilibrium potential	Eeq	Equilibrium potential	1x1	V
Electrochemistry	ElectrodePotential	Equilibrium potential	dEeqdT	Temperature derivative of equilibrium potential	1x1	V/K
Electrochemistry	ElectrodePotential	Equilibrium potential	cEeqref	Reference concentration	1x1	mol/m3
Electrochemistry	OperationalSOC	Operational electrode state-of-charge	socmax	Maximum electrode state-of-charge	1x1	1
Electrochemistry	OperationalSOC	Operational electrode state-of-charge	socmin	Minimum electrode state-of-charge	1x1	1
Electrochemistry	ElectrolyteConductivity	Electrolyte conductivity	sigmal	Electrolyte conductivity	3x3	S/m
Electrochemistry	ElectrolyteSaltConcentration	Electrolyte salt concentration	cElsalt	Electrolyte salt concentration	1x1	mol/m3
Electrochemistry	linearizedRes	Linearized resistivity	rho0	Reference resistivity	1x1	ohm·m
Electrochemistry	linearizedRes	Linearized resistivity	alpha	Resistivity temperature coefficient	1x1	1/K
Electrochemistry	linearizedRes	Linearized resistivity	Tref	Reference temperature	1x1	K
Electrochemistry	SpeciesProperties	Species properties	transpNum	Transport number	1x1	1
Electrochemistry	SpeciesProperties	Species properties	fcl	Activity dependence	1x1	1
Electrochemistry	ic	Intercalation strain	dvol	Volumetric strain	1x1	1
Electrochemistry	LocalCurrentDensity	Local current density	ilocmat	Local current density expression	1x1	A/m2
Electrochemistry	PolymerElectrolyteWaterTransport	Polymer electrolyte water transport	alpha	Water transport coefficient	1x1	s·mol2/(kg·m3)
Electrochemistry	PolymerElectrolyteWaterTransport	Polymer electrolyte water transport	xi	Electroosmotic coefficient	1x1	1
Electrochemistry	MembraneCrossover	Membrane crossover	Psi_H2	Permeation coefficient	1x1	s·mol/kg
Electrochemistry	MembraneCrossover	Membrane crossover	Psi_O2	Permeation coefficient	1x1	s·mol/kg
Electrochemistry	MembraneCrossover	Membrane crossover	Psi_N2	Permeation coefficient	1x1	s·mol/kg
Electrochemistry	PolymerElectrolyteWaterAbsorptionDesorption	Polymer electrolyte water absorption-desorption	k_abs_dsp	Absorption-desorption rate constant	1x1	mol/(m2·s)
Geometric properties	shell	Shell	lth	Thickness	1x1	m
Geometric properties	shell	Shell	lrot	Rotation	1x1	rad
Geometric properties	shell	Shell	lne	Mesh elements	1x1	1
Electromagnetic models	linzRes	Linearized resistivity	rho0	Reference resistivity	1x1	ohm·m
Electromagnetic models	linzRes	Linearized resistivity	alpha	Resistivity temperature coefficient	1x1	1/K
Electromagnetic models	linzRes	Linearized resistivity	Tref	Reference temperature	1x1	K
Electromagnetic models	LossTangent	Loss tangent, loss angle	delta	Loss tangent, loss angle	1x1	rad
Electromagnetic models	LossTangent	Loss tangent, loss angle	epsilonPrim	Relative permittivity (real part)	3x3	1
Electromagnetic models	LossTangentDF	Loss tangent, dissipation factor	tanDelta	Loss tangent, dissipation factor	1x1	1
Electromagnetic models	LossTangentDF	Loss tangent, dissipation factor	epsilonPrim	Relative permittivity (real part)	3x3	1
Electromagnetic models	DielectricLoss	Dielectric losses	epsilonBis	Relative permittivity (imaginary part)	3x3	1
Electromagnetic models	DielectricLoss	Dielectric losses	epsilonPrim	Relative permittivity (real part)	3x3	1
Electromagnetic models	DielectricLoss	Dielectric losses	eta_epsilon	Dielectric loss factor	3x3	1
Electromagnetic models	RefractiveIndex	Refractive index	n	Refractive index, real part	3x3	1
Electromagnetic models	RefractiveIndex	Refractive index	ki	Refractive index, imaginary part	3x3	1
Electromagnetic models	MagneticLosses	Magnetic losses	murPrim	Relative permeability (real part)	1x1	1
Electromagnetic models	MagneticLosses	Magnetic losses	murBis	Relative permeability (imaginary part)	1x1	1
Electromagnetic models	HBCurve	H-B curve	normH	Magnetic field norm	1x1	A/m
Electromagnetic models	EffectiveHBCurve	Effective H-B curve	normHeff	Effective magnetic field norm	1x1	A/m
Electromagnetic models	BHCurve	B-H curve	normB	Magnetic flux density norm	1x1	T
Electromagnetic models	BHCurve	B-H curve	normH	Magnetic field norm	1x1	A/m
Electromagnetic models	BHCurve	B-H curve	Wpm	Magnetic coenergy density	1x1	J/m3
Electromagnetic models	EffectiveBHCurve	Effective B-H curve	normBeff	Effective magnetic flux density norm	1x1	T
Electromagnetic models	EffectiveBHCurve	Effective B-H curve	normHeff	Effective magnetic field norm	1x1	A/m
Electromagnetic models	RemanentFluxDensity	Remanent flux density	murec	Recoil permeability	3x3	1
Electromagnetic models	RemanentFluxDensity	Remanent flux density	normBr	Remanent flux density norm	1x1	T
Electromagnetic models	BHsCurve	B-Hs curve	normB	Magnetic flux density norm	1x1	T
Electromagnetic models	BHsCurve	B-Hs curve	normHs	Shifted magnetic field norm	1x1	A/m
Electromagnetic models	BHsCurve	B-Hs curve	Hc	Coercive magnetic field	1x1	A/m
Electromagnetic models	BHsCurve	B-Hs curve	Wpm	Magnetic coenergy density	1x1	J/m3
Electromagnetic models	EJCurve	E-J characteristic	normE	Electric field norm	1x1	V/m
Piezoresistive models	PiezoresistanceForm	Piezoresistance form	Pil	Piezoresistive coupling matrix, Voigt notation	6x6	m4/(s·A2)
Piezoresistive models	ElastoresistanceForm	Elastoresistance form	ml	Elastoresistive coupling matrix, Voigt notation	6x6	?*m
Electromagnetic models	JilesAtherton	Jiles–Atherton model parameters	MsJA	Saturation magnetization	3x3	A/m
Electromagnetic models	JilesAtherton	Jiles–Atherton model parameters	aJA	Domain wall density	3x3	A/m
Electromagnetic models	JilesAtherton	Jiles–Atherton model parameters	kJA	Pinning loss	3x3	A/m
Electromagnetic models	JilesAtherton	Jiles–Atherton model parameters	cJA	Magnetization reversibility	3x3	1
Electromagnetic models	JilesAtherton	Jiles–Atherton model parameters	alphaJA	Interdomain coupling	3x3	1
Electromagnetic models	PMHBCurve	Permanent magnet shifted H-B curve	normHs	Shifted magnetic field norm	1x1	A/m
Electromagnetic models	PMBHCurve	Permanent magnet shifted B-H curve	normBpm	Magnetic flux density norm	1x1	T
Electromagnetic models	Hc	Coercive magnetic field	Hc	Coercive magnetic field	1x1	A/m
Electromagnetic models/Optical dispersion models	DispersionModelCauchy	Cauchy	ODcca	Cauchy dispersion coefficients	3x1	1
Electromagnetic models/Optical dispersion models	DispersionModelCauchy	Cauchy	Trefcca	Reference temperature	1x1	K
Electromagnetic models/Optical dispersion models	DispersionModelCauchy	Cauchy	Prefcca	Reference pressure	1x1	Pa
Electromagnetic models/Optical dispersion models	DispersionModelConrady	Conrady	ODcra	Conrady dispersion coefficients	3x1	1
Electromagnetic models/Optical dispersion models	DispersionModelConrady	Conrady	Trefcra	Reference temperature	1x1	K
Electromagnetic models/Optical dispersion models	DispersionModelConrady	Conrady	Prefcra	Reference pressure	1x1	Pa
Electromagnetic models/Optical dispersion models	DispersionModelHerzberger	Herzberger	ODhza	Herzberger dispersion coefficients	5x1	1
Electromagnetic models/Optical dispersion models	DispersionModelHerzberger	Herzberger	Trefhza	Reference temperature	1x1	K
Electromagnetic models/Optical dispersion models	DispersionModelHerzberger	Herzberger	Prefhza	Reference pressure	1x1	Pa
Electromagnetic models/Optical dispersion models	DispersionModelSchottStandard	Schott	ODsca	Schott dispersion coefficients	6x1	1
Electromagnetic models/Optical dispersion models	DispersionModelSchottStandard	Schott	Trefsca	Reference temperature	1x1	K
Electromagnetic models/Optical dispersion models	DispersionModelSchottStandard	Schott	Prefsca	Reference pressure	1x1	Pa
Electromagnetic models/Optical dispersion models	DispersionModelSchottExtended	Schott extended	ODscb	Schott extended dispersion coefficients	9x1	1
Electromagnetic models/Optical dispersion models	DispersionModelSchottExtended	Schott extended	Trefscb	Reference temperature	1x1	K
Electromagnetic models/Optical dispersion models	DispersionModelSchottExtended	Schott extended	Prefscb	Reference pressure	1x1	Pa
Electromagnetic models/Optical dispersion models	DispersionModelSellmeierStandard	Sellmeier	ODsma	Sellmeier dispersion coefficients	6x1	1
Electromagnetic models/Optical dispersion models	DispersionModelSellmeierStandard	Sellmeier	Trefsma	Reference temperature	1x1	K
Electromagnetic models/Optical dispersion models	DispersionModelSellmeierStandard	Sellmeier	Prefsma	Reference pressure	1x1	Pa
Electromagnetic models/Optical dispersion models	DispersionModelSellmeierModified1	Sellmeier modified, type 1	ODsmb	Sellmeier modified, type 1 dispersion coefficients	6x1	1
Electromagnetic models/Optical dispersion models	DispersionModelSellmeierModified1	Sellmeier modified, type 1	Trefsmb	Reference temperature	1x1	K
Electromagnetic models/Optical dispersion models	DispersionModelSellmeierModified1	Sellmeier modified, type 1	Prefsmb	Reference pressure	1x1	Pa
Electromagnetic models/Optical dispersion models	DispersionModelSellmeierModified2	Sellmeier modified, type 2	ODsmc	Sellmeier modified, type 2 dispersion coefficients	5x1	1
Electromagnetic models/Optical dispersion models	DispersionModelSellmeierModified2	Sellmeier modified, type 2	Trefsmc	Reference temperature	1x1	K
Electromagnetic models/Optical dispersion models	DispersionModelSellmeierModified2	Sellmeier modified, type 2	Prefsmc	Reference pressure	1x1	Pa
Electromagnetic models/Optical dispersion models	DispersionModelTemperatureDependentSellmeier	Temperature-dependent Sellmeier	ODtds	Temperature-dependent Sellmeier dispersion coefficients	30x1	1
Electromagnetic models/Thermo optic dispersion models	ThermoOpticDispersionModelSchott	Schott thermo-optic	TOsco	Schott thermo-optic dispersion coefficients	6x1	1
Electromagnetic models/Thermo optic dispersion models	ThermoOpticDispersionModelSchott	Schott thermo-optic	Trefsco	Reference temperature	1x1	K
Electromagnetic models/Optical attenuation models	AttenuationCoefficient	Attenuation coefficient	alphaI	Attenuation coefficient	1x1	1/m
Electromagnetic models/Optical attenuation models	InternalTransmittance2	Internal transmittance, 2 mm sample thickness	taui2	Internal transmittance, 2 mm sample thickness	1x1	1
Electromagnetic models/Optical attenuation models	InternalTransmittance5	Internal transmittance, 5 mm sample thickness	taui5	Internal transmittance, 5 mm sample thickness	1x1	1
Electromagnetic models/Optical attenuation models	InternalTransmittance10	Internal transmittance, 10 mm sample thickness	taui10	Internal transmittance, 10 mm sample thickness	1x1	1
Electromagnetic models/Optical attenuation models	InternalTransmittance25	Internal transmittance, 25 mm sample thickness	taui25	Internal transmittance, 25 mm sample thickness	1x1	1
Semiconductors/Band-gap narrowing models	JainRoulstonModel	Jain–Roulston model	An_jr	Jain–Roulston coefficient (n-type), A	1x1	V
Semiconductors/Band-gap narrowing models	JainRoulstonModel	Jain–Roulston model	Bn_jr	Jain–Roulston coefficient (n-type), B	1x1	V
Semiconductors/Band-gap narrowing models	JainRoulstonModel	Jain–Roulston model	Cn_jr	Jain–Roulston coefficient (n-type), C	1x1	V
Semiconductors/Band-gap narrowing models	JainRoulstonModel	Jain–Roulston model	Ap_jr	Jain–Roulston coefficient (p-type), A	1x1	V
Semiconductors/Band-gap narrowing models	JainRoulstonModel	Jain–Roulston model	Bp_jr	Jain–Roulston coefficient (p-type), B	1x1	V
Semiconductors/Band-gap narrowing models	JainRoulstonModel	Jain–Roulston model	Cp_jr	Jain–Roulston coefficient (p-type), C	1x1	V
Semiconductors/Band-gap narrowing models	JainRoulstonModel	Jain–Roulston model	Nref_jr	Band-gap narrowing reference concentration	1x1	1/m3
Semiconductors/Band-gap narrowing models	JainRoulstonModel	Jain–Roulston model	alpha_jr	Conduction band fraction	1x1	1
Semiconductors/Band-gap narrowing models	SlotboomModel	Slotboom model	Eref_sb	Band-gap narrowing reference energy	1x1	V
Semiconductors/Band-gap narrowing models	SlotboomModel	Slotboom model	Nref_sb	Band-gap narrowing reference concentration	1x1	1/m3
Semiconductors/Band-gap narrowing models	SlotboomModel	Slotboom model	alpha_sb	Conduction band fraction	1x1	1
Semiconductors/Generation–Recombination	SRH	Shockley–Read–Hall recombination	taun	Electron lifetime, SRH	1x1	s
Semiconductors/Generation–Recombination	SRH	Shockley–Read–Hall recombination	taup	Hole lifetime, SRH	1x1	s
Semiconductors/Generation–Recombination	Direct	Direct recombination	C	Direct recombination factor	1x1	m3/s
Semiconductors/Generation–Recombination	Auger	Auger recombination	Cn	Auger recombination factor, electrons	1x1	m6/s
Semiconductors/Generation–Recombination	Auger	Auger recombination	Cp	Auger recombination factor, holes	1x1	m6/s
Semiconductors/Generation–Recombination	ImpactIonization	Impact ionization	an	a factor, electrons, impact ionization	1x1	1/V
Semiconductors/Generation–Recombination	ImpactIonization	Impact ionization	ap	a factor, holes, impact ionization	1x1	1/V
Semiconductors/Generation–Recombination	ImpactIonization	Impact ionization	bn	b factor, electrons, impact ionization	1x1	V/m
Semiconductors/Generation–Recombination	ImpactIonization	Impact ionization	bp	b factor, holes, impact ionization	1x1	V/m
Semiconductors/Generation–Recombination	ImpactIonization	Impact ionization	cnii	c factor, electrons, impact ionization	1x1	1/K
Semiconductors/Generation–Recombination	ImpactIonization	Impact ionization	cpii	c factor, holes, impact ionization	1x1	1/K
Semiconductors/Generation–Recombination	ImpactIonization	Impact ionization	dn	d factor, electrons, impact ionization	1x1	1/K
Semiconductors/Generation–Recombination	ImpactIonization	Impact ionization	dp	d factor, holes, impact ionization	1x1	1/K
Semiconductors	SemicondMaterial	Semiconductor material	Eg0	Band gap	1x1	V
Semiconductors	SemicondMaterial	Semiconductor material	chi0	Electron affinity	1x1	V
Semiconductors	SemicondMaterial	Semiconductor material	Nv	Effective density of states, valence band	1x1	1/m3
Semiconductors	SemicondMaterial	Semiconductor material	Nc	Effective density of states, conduction band	1x1	1/m3
Semiconductors	SemicondMaterial	Semiconductor material	mun	Electron mobility	1x1	m2/(V·s)
Semiconductors	SemicondMaterial	Semiconductor material	mup	Hole mobility	1x1	m2/(V·s)
Semiconductors	SemicondMaterialDG	Semiconductor material, density-gradient	meDG	Electron effective mass, density-gradient	3x3	kg
Semiconductors	SemicondMaterialDG	Semiconductor material, density-gradient	mhDG	Hole effective mass, density-gradient	3x3	kg
Semiconductors	SemicondMaterialDG	Semiconductor material, density-gradient	meOx	Electron effective mass, density-gradient, for penetration depth in barrier	3x3	kg
Semiconductors	SemicondMaterialDG	Semiconductor material, density-gradient	mhOx	Hole effective mass, density-gradient, for penetration depth in barrier	3x3	kg
Semiconductors	SemicondMaterialDG	Semiconductor material, density-gradient	meOxStar	Electron effective mass, density-gradient, for flux into barrier	3x3	kg
Semiconductors	SemicondMaterialDG	Semiconductor material, density-gradient	mhOxStar	Hole effective mass, density-gradient, for flux into barrier	3x3	kg
Semiconductors/Mobility models	PowerLawMobilityModel	Power law mobility model	mun0_pl	Electron mobility reference	1x1	m2/(V·s)
Semiconductors/Mobility models	PowerLawMobilityModel	Power law mobility model	mup0_pl	Hole mobility reference	1x1	m2/(V·s)
Semiconductors/Mobility models	PowerLawMobilityModel	Power law mobility model	alphan_pl	Electron exponent	1x1	1
Semiconductors/Mobility models	PowerLawMobilityModel	Power law mobility model	alphap_pl	Hole exponent	1x1	1
Semiconductors/Mobility models	PowerLawMobilityModel	Power law mobility model	Tref_pl	Reference temperature	1x1	K
Semiconductors/Mobility models	AroraMobilityModel	Arora mobility model	mun0_ref_arora	Electron mobility reference	1x1	m2/(V·s)
Semiconductors/Mobility models	AroraMobilityModel	Arora mobility model	mup0_ref_arora	Hole mobility reference	1x1	m2/(V·s)
Semiconductors/Mobility models	AroraMobilityModel	Arora mobility model	mun_min_ref_arora	Electron mobility reference minimum	1x1	m2/(V·s)
Semiconductors/Mobility models	AroraMobilityModel	Arora mobility model	mup_min_ref_arora	Hole mobility reference minimum	1x1	m2/(V·s)
Semiconductors/Mobility models	AroraMobilityModel	Arora mobility model	Nn0_ref_arora	Electron reference impurity concentration	1x1	1/m3
Semiconductors/Mobility models	AroraMobilityModel	Arora mobility model	Np0_ref_arora	Hole reference impurity concentration	1x1	1/m3
Semiconductors/Mobility models	AroraMobilityModel	Arora mobility model	alpha0_arora	Alpha coefficient	1x1	1
Semiconductors/Mobility models	AroraMobilityModel	Arora mobility model	beta1_arora	Mobility reference minimum exponent	1x1	1
Semiconductors/Mobility models	AroraMobilityModel	Arora mobility model	beta2_arora	Mobility reference exponent	1x1	1
Semiconductors/Mobility models	AroraMobilityModel	Arora mobility model	beta3_arora	Impurity concentration reference exponent	1x1	1
Semiconductors/Mobility models	AroraMobilityModel	Arora mobility model	beta4_arora	Alpha coefficient exponent	1x1	1
Semiconductors/Mobility models	AroraMobilityModel	Arora mobility model	Tref_arora	Reference temperature	1x1	K
Semiconductors/Mobility models	FletcherMobilityModel	Fletcher mobility model	F1_fl	Fletcher mobility coefficient 1	1x1	1/(V·m·s)
Semiconductors/Mobility models	FletcherMobilityModel	Fletcher mobility model	F2_fl	Fletcher mobility coefficient 2	1x1	1/m2
Semiconductors/Mobility models	FletcherMobilityModel	Fletcher mobility model	Tref_fl	Reference temperature	1x1	K
Semiconductors/Mobility models	CaugheyThomasMobilityModel	Caughey–Thomas mobility model	alphan0_ct	Electron alpha coefficient	1x1	1
Semiconductors/Mobility models	CaugheyThomasMobilityModel	Caughey–Thomas mobility model	alphap0_ct	Hole alpha coefficient	1x1	1
Semiconductors/Mobility models	CaugheyThomasMobilityModel	Caughey–Thomas mobility model	vn0_ct	Electron saturation velocity	1x1	m/s
Semiconductors/Mobility models	CaugheyThomasMobilityModel	Caughey–Thomas mobility model	vp0_ct	Hole saturation velocity	1x1	m/s
Semiconductors/Mobility models	CaugheyThomasMobilityModel	Caughey–Thomas mobility model	betan1_ct	Electron alpha exponent	1x1	1
Semiconductors/Mobility models	CaugheyThomasMobilityModel	Caughey–Thomas mobility model	betap1_ct	Hole alpha exponent	1x1	1
Semiconductors/Mobility models	CaugheyThomasMobilityModel	Caughey–Thomas mobility model	betan2_ct	Electron velocity saturation exponent	1x1	1
Semiconductors/Mobility models	CaugheyThomasMobilityModel	Caughey–Thomas mobility model	betap2_ct	Hole velocity saturation exponent	1x1	1
Semiconductors/Mobility models	CaugheyThomasMobilityModel	Caughey–Thomas mobility model	Tref_ct	Reference temperature	1x1	K
Semiconductors/Mobility models	LombardiSurfaceMobilityModel	Lombardi surface mobility model	deltan_ls	Electron delta coefficient	1x1	V/s
Semiconductors/Mobility models	LombardiSurfaceMobilityModel	Lombardi surface mobility model	deltap_ls	Hole delta coefficient	1x1	V/s
Semiconductors/Mobility models	LombardiSurfaceMobilityModel	Lombardi surface mobility model	mun1_ls	Electron mobility reference 1	1x1	m2/(V·s)
Semiconductors/Mobility models	LombardiSurfaceMobilityModel	Lombardi surface mobility model	mup1_ls	Hole mobility reference 1	1x1	m2/(V·s)
Semiconductors/Mobility models	LombardiSurfaceMobilityModel	Lombardi surface mobility model	mun2_ls	Electron mobility reference 2	1x1	m2/(V·s)
Semiconductors/Mobility models	LombardiSurfaceMobilityModel	Lombardi surface mobility model	mup2_ls	Hole mobility reference 2	1x1	m2/(V·s)
Semiconductors/Mobility models	LombardiSurfaceMobilityModel	Lombardi surface mobility model	alphan_ls	Electron alpha coefficient	1x1	1
Semiconductors/Mobility models	LombardiSurfaceMobilityModel	Lombardi surface mobility model	alphap_ls	Hole alpha coefficient	1x1	1
Semiconductors/Mobility models	LombardiSurfaceMobilityModel	Lombardi surface mobility model	Tref_ls	Reference temperature	1x1	K
Semiconductors/Mobility models	LombardiSurfaceMobilityModel	Lombardi surface mobility model	Eref_ls	Electric field reference	1x1	V/m
Semiconductors/Mobility models	LombardiSurfaceMobilityModel	Lombardi surface mobility model	Nref_ls	Doping concentration reference	1x1	1/m3
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	T_ref_kl	Reference temperature	1x1	K
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	mu_e_max_kl	Klaassen max electron mobility	1x1	m2/(V·s)
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	mu_h_max_kl	Klaassen max hole mobility	1x1	m2/(V·s)
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	mu_e_min_kl	Klaassen min electron mobility	1x1	m2/(V·s)
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	mu_h_min_kl	Klaassen min hole mobility	1x1	m2/(V·s)
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	theta_e_kl	Klaassen lattice mobility electron exponent	1x1	1
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	theta_h_kl	Klaassen lattice mobility hole exponent	1x1	1
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	alpha_e_1_kl	Klaassen dopant and carrier mobility electron exponent	1x1	1
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	alpha_h_1_kl	Klaassen dopant and carrier mobility hole exponent	1x1	1
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	N_ref_e_1_kl	Klaassen electron reference density	1x1	1/m3
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	N_ref_h_1_kl	Klaassen hole reference density	1x1	1/m3
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	c_D_kl	Klaassen cluster function donor coefficient	1x1	1
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	c_A_kl	Klaassen cluster function acceptor coefficient	1x1	1
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	N_ref_D_kl	Klaassen cluster function donor reference density	1x1	1/m3
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	N_ref_A_kl	Klaassen cluster function acceptor reference density	1x1	1/m3
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	f_BH_kl	Klaassen P parameter BH weight	1x1	1
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	f_CW_kl	Klaassen P parameter CW weight	1x1	1
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	N_BH_kl	Klaassen P parameter BH prefactor	1x1	1/m3
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	P_CW_kl	Klaassen P parameter CW prefactor	1x1	1
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	s_1_kl	Klaassen 1st s parameter	1x1	1
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	s_2_kl	Klaassen 2nd s parameter	1x1	1
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	s_3_kl	Klaassen 3rd s parameter	1x1	1
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	s_4_kl	Klaassen 4th s parameter	1x1	1
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	s_5_kl	Klaassen 5th s parameter	1x1	1
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	s_6_kl	Klaassen 6th s parameter	1x1	1
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	s_7_kl	Klaassen 7th s parameter	1x1	1
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	r_1_kl	Klaassen 1st r parameter	1x1	1
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	r_2_kl	Klaassen 2nd r parameter	1x1	1
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	r_3_kl	Klaassen 3rd r parameter	1x1	1
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	r_4_kl	Klaassen 4th r parameter	1x1	1
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	r_5_kl	Klaassen 5th r parameter	1x1	1
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	r_6_kl	Klaassen 6th r parameter	1x1	1
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	m_e_kl	Klaassen electron mobility mass	1x1	kg
Semiconductors/Mobility models	KlaassenUnifiedMobilityModel	Klaassen unified mobility model	m_h_kl	Klaassen hole mobility mass	1x1	kg
Equilibrium discharge	RadiationHeatTransfer	Radiation heat transfer	Qrad	Total volumetric emission coefficient	1x1	W/m3
Solid mechanics/Linear elastic material	Enu	Young’s modulus and Poisson’s ratio	E	Young’s modulus	1x1	Pa
Solid mechanics/Linear elastic material	Enu	Young’s modulus and Poisson’s ratio	nu	Poisson’s ratio	1x1	1
Solid mechanics/Linear elastic material	Lame	Lamé parameters	lambLame	Lamé parameter λ	1x1	N/m2
Solid mechanics/Linear elastic material	Lame	Lamé parameters	muLame	Lamé parameter μ	1x1	N/m2
Solid mechanics/Linear elastic material	KG	Bulk modulus and shear modulus	K	Bulk modulus	1x1	N/m2
Solid mechanics/Linear elastic material	KG	Bulk modulus and shear modulus	G	Shear modulus	1x1	N/m2
Solid mechanics/Linear elastic material	EG	Young’s modulus and shear modulus	E	Young’s modulus	1x1	Pa
Solid mechanics/Linear elastic material	EG	Young’s modulus and shear modulus	G	Shear modulus	1x1	N/m2
Solid mechanics/Linear elastic material	DABD	Effective stiffness matrices	DA	Extensional stiffness matrix	3x3	N/m
Solid mechanics/Linear elastic material	DABD	Effective stiffness matrices	DB	Bending-extensional stiffness matrix	3x3	N
Solid mechanics/Linear elastic material	DABD	Effective stiffness matrices	DD	Bending stiffness matrix	3x3	N·m
Solid mechanics/Linear elastic material	DABD	Effective stiffness matrices	DAs	Shear stiffness matrix	2x2	N/m
Solid mechanics/Linear elastic material	DABD	Effective stiffness matrices	I0	Translational inertia	1x1	kg/m2
Solid mechanics/Linear elastic material	DABD	Effective stiffness matrices	I1	Rotational-translational inertia matrix	3x3	kg/m
Solid mechanics/Linear elastic material	DABD	Effective stiffness matrices	I2	Rotational inertia matrix	3x3	kg
Solid mechanics/Linear elastic material	DABD	Effective stiffness matrices	eta_DA	Loss factor for stiffness matrix DA	3x3	1
Solid mechanics/Linear elastic material	DABD	Effective stiffness matrices	eta_DB	Loss factor for stiffness matrix DB	3x3	1
Solid mechanics/Linear elastic material	DABD	Effective stiffness matrices	eta_DD	Loss factor for stiffness matrix DD	3x3	1
Solid mechanics/Linear elastic material	DABD	Effective stiffness matrices	eta_DAs	Loss factor for stiffness matrix DAs	2x2	1
Solid mechanics/Linear elastic material	Dabd	Effective flexibility matrices	Da	Extensional flexibility matrix	3x3	s2/kg
Solid mechanics/Linear elastic material	Dabd	Effective flexibility matrices	Db	Bending-extensional flexibility matrix	3x3	s2/(kg·m)
Solid mechanics/Linear elastic material	Dabd	Effective flexibility matrices	Dd	Bending flexibility matrix	3x3	s2/(kg·m2)
Solid mechanics/Linear elastic material	Dabd	Effective flexibility matrices	Das	Shear flexibility matrix	2x2	s2/kg
Solid mechanics/Linear elastic material	CpCs	Pressure-wave and shear-wave speeds	cp	Pressure-wave speed	1x1	m/s
Solid mechanics/Linear elastic material	CpCs	Pressure-wave and shear-wave speeds	cs	Shear-wave speed	1x1	m/s
Solid mechanics/Linear elastic material	Cubic	Cubic	c11	Elasticity constant c11	1x1	Pa
Solid mechanics/Linear elastic material	Cubic	Cubic	c12	Elasticity constant c12	1x1	Pa
Solid mechanics/Linear elastic material	Cubic	Cubic	c44	Elasticity constant c44	1x1	Pa
Solid mechanics/Linear elastic material	Orthotropic	Orthotropic	Evector	Young’s modulus	3x1	Pa
Solid mechanics/Linear elastic material	Orthotropic	Orthotropic	nuvector	Poisson’s ratio	3x1	1
Solid mechanics/Linear elastic material	Orthotropic	Orthotropic	Gvector	Shear modulus	3x1	N/m2
Solid mechanics/Linear elastic material	Orthotropic	Orthotropic	eta_Evector	Loss factor for orthotropic Young’s modulus	3x1	1
Solid mechanics/Linear elastic material	Orthotropic	Orthotropic	eta_Gvector	Loss factor for orthotropic shear modulus	3x1	1
Solid mechanics/Linear elastic material	OrthotropicVoGrp	Orthotropic, Voigt notation	GvectorVo	Shear modulus, Voigt notation	3x1	N/m2
Solid mechanics/Linear elastic material	OrthotropicVoGrp	Orthotropic, Voigt notation	eta_GvectorVo	Loss factor for orthotropic shear modulus, Voigt notation	3x1	1
Solid mechanics/Elastoplastic Material	ElastoplasticModel	Elastoplastic material model	sigmags	Initial yield stress	1x1	Pa
Solid mechanics/Elastoplastic Material	ElastoplasticModel	Elastoplastic material model	Et	Isotropic tangent modulus	1x1	Pa
Solid mechanics/Elastoplastic Material	ElastoplasticModel	Elastoplastic material model	Ek	Kinematic tangent modulus	1x1	Pa
Solid mechanics/Elastoplastic Material	ElastoplasticModel	Elastoplastic material model	sigmagh	Hardening function	1x1	Pa
Solid mechanics/Elastoplastic Material	ElastoplasticModel	Elastoplastic material model	Hillcoefficients	Hill’s coefficients	6x1	m2·s4/kg2
Solid mechanics/Elastoplastic Material	ElastoplasticModel	Elastoplastic material model	ys	Initial tensile and shear yield stresses	6x1	N/m2
Solid mechanics/Poroplastic Material	PoroplasticModel	Poroplastic material model	sigmags	Initial yield stress	1x1	Pa
Solid mechanics/Poroplastic Material	PoroplasticModel	Poroplastic material model	sigmah	Hardening function	1x1	Pa
Solid mechanics/Poroplastic Material	PoroplasticModel	Poroplastic material model	alphaShima	Shima–Oyane alpha parameter	1x1	1
Solid mechanics/Poroplastic Material	PoroplasticModel	Poroplastic material model	gammaShima	Shima–Oyane gamma parameter	1x1	1
Solid mechanics/Poroplastic Material	PoroplasticModel	Poroplastic material model	mShima	Shima–Oyane m parameter	1x1	1
Solid mechanics/Poroplastic Material	PoroplasticModel	Poroplastic material model	nH	Hardening exponent	1x1	1
Solid mechanics/Poroplastic Material	PoroplasticModel	Poroplastic material model	Et	Isotropic tangent modulus	1x1	Pa
Solid mechanics/Poroplastic Material	PoroplasticModel	Poroplastic material model	k_lud	Strength coefficient	1x1	Pa
Solid mechanics/Poroplastic Material	PoroplasticModel	Poroplastic material model	f0	Initial void volume fraction	1x1	1
Solid mechanics/Poroplastic Material	PoroplasticModel	Poroplastic material model	q1GTN	Tvergaard correction coefficient q1	1x1	1
Solid mechanics/Poroplastic Material	PoroplasticModel	Poroplastic material model	q2GTN	Tvergaard correction coefficient q2	1x1	1
Solid mechanics/Poroplastic Material	PoroplasticModel	Poroplastic material model	q3GTN	Tvergaard correction coefficient q3	1x1	1
Solid mechanics/Poroplastic Material	PoroplasticModel	Poroplastic material model	fc	Critical void volume fraction	1x1	1
Solid mechanics/Poroplastic Material	PoroplasticModel	Poroplastic material model	ff	Failure void volume fraction	1x1	1
Solid mechanics/Poroplastic Material	PoroplasticModel	Poroplastic material model	fmax	Maximum void volume fraction	1x1	1
Solid mechanics/Poroplastic Material	PoroplasticModel	Poroplastic material model	fn	Void volume fraction of nucleating voids	1x1	1
Solid mechanics/Poroplastic Material	PoroplasticModel	Poroplastic material model	snn	Standard deviation for void nucleation	1x1	1
Solid mechanics/Poroplastic Material	PoroplasticModel	Poroplastic material model	enn	Mean strain for void nucleation	1x1	1
Solid mechanics/Poroplastic Material	PoroplasticModel	Poroplastic material model	kw	Void growth rate parameter	1x1	1
Solid mechanics/Geomechanics material	MohrCoulomb	Mohr–Coulomb	cohesion	Cohesion	1x1	Pa
Solid mechanics/Geomechanics material	MohrCoulomb	Mohr–Coulomb	internalphi	Angle of internal friction	1x1	rad
Solid mechanics/Geomechanics material	MohrCoulomb	Mohr–Coulomb	psid	Dilatation angle	1x1	rad
Solid mechanics/Geomechanics material	MohrCoulomb	Mohr–Coulomb	Kiso	Isotropic hardening modulus	1x1	N/m2
Solid mechanics/Geomechanics material	MohrCoulomb	Mohr–Coulomb	epvolmax	Maximum plastic volumetric strain	1x1	1
Solid mechanics/Geomechanics material	MohrCoulomb	Mohr–Coulomb	Rcap	Ellipse aspect ratio	1x1	1
Solid mechanics/Geomechanics material	DruckerPrager	Drucker–Prager	alphaDrucker	Drucker–Prager alpha coefficient	1x1	1
Solid mechanics/Geomechanics material	DruckerPrager	Drucker–Prager	kDrucker	Drucker–Prager k coefficient	1x1	Pa
Solid mechanics/Geomechanics material	MatsuokaNakai	Matsuoka–Nakai	muMatsuoka	Matsuoka–Nakai mu coefficient	1x1	1
Solid mechanics/Geomechanics material	LadeDuncan	Lade–Duncan	kLade	Lade–Duncan k coefficient	1x1	1
Solid mechanics/Geomechanics material	Ottosen	Ottosen	aOttosen	Ottosen a parameter	1x1	1
Solid mechanics/Geomechanics material	Ottosen	Ottosen	bOttosen	Ottosen b parameter	1x1	1
Solid mechanics/Geomechanics material	Ottosen	Ottosen	k1Ottosen	Size factor	1x1	1
Solid mechanics/Geomechanics material	Ottosen	Ottosen	k2Ottosen	Shape factor	1x1	1
Solid mechanics/Geomechanics material	HoekBrown	Hoek Brown	mHB	Hoek–Brown m parameter	1x1	1
Solid mechanics/Geomechanics material	HoekBrown	Hoek Brown	sHB	Hoek–Brown s parameter	1x1	1
Solid mechanics/Geomechanics material	HoekBrown	Hoek Brown	GSI	Geological strength index	1x1	1
Solid mechanics/Geomechanics material	HoekBrown	Hoek Brown	Dfactor	Disturbance factor	1x1	1
Solid mechanics/Geomechanics material	HoekBrown	Hoek Brown	miHB	Intact rock parameter	1x1	1
Solid mechanics/Geomechanics material	YieldStressParameters	Yield stress parameters	sigmaut	Tensile strength	1x1	Pa
Solid mechanics/Geomechanics material	YieldStressParameters	Yield stress parameters	sigmauc	Compressive strength	1x1	Pa
Solid mechanics/Geomechanics material	YieldStressParameters	Yield stress parameters	sigmabc	Biaxial compressive strength	1x1	Pa
Solid mechanics/Geomechanics material	CamClayModel	Cam-clay	kappaSwelling	Swelling index	1x1	1
Solid mechanics/Geomechanics material	CamClayModel	Cam-clay	lambdaComp	Compression index	1x1	1
Solid mechanics/Geomechanics material	CamClayModel	Cam-clay	evoidref	Void ratio at reference pressure	1x1	1
Solid mechanics/Geomechanics material	CamClayModel	Cam-clay	evoid0	Initial void ratio	1x1	1
Solid mechanics/Geomechanics material	CamClayModel	Cam-clay	M	Slope of critical state line	1x1	1
Solid mechanics/Linear elastic material	Anisotropic	Anisotropic	D	Elasticity matrix	6x6	Pa
Solid mechanics/Linear elastic material	Anisotropic	Anisotropic	eta_D	Loss factor for elasticity matrix D	6x6	1
Solid mechanics/Strength limits	AnisotropicStrengthParameters	Anisotropic strength parameters, Voigt notation	F_f	Fourth rank tensor, Voigt notation	6x6	m2·s4/kg2
Solid mechanics/Strength limits	AnisotropicStrengthParameters	Anisotropic strength parameters, Voigt notation	F_s	Second rank tensor, Voigt notation	6x1	1/Pa
Solid mechanics/Strength limits	OrthotropicStrengthParameters	Orthotropic strength parameters, Voigt notation	sigmats	Tensile strengths	3x1	Pa
Solid mechanics/Strength limits	OrthotropicStrengthParameters	Orthotropic strength parameters, Voigt notation	sigmacs	Compressive strengths	3x1	Pa
Solid mechanics/Strength limits	OrthotropicStrengthParameters	Orthotropic strength parameters, Voigt notation	sigmass	Shear strengths	3x1	Pa
Solid mechanics/Strength limits	OrthotropicStrengthParameters	Orthotropic strength parameters, Voigt notation	sigma1D	Linear degradation stress	1x1	N/m2
Solid mechanics/Strength limits	OrthotropicStrengthParameters	Orthotropic strength parameters, Voigt notation	epsilont1	Ultimate tensile strain in longitudinal direction	1x1	1
Solid mechanics/Strength limits	OrthotropicStrengthParameters	Orthotropic strength parameters, Voigt notation	epsilonc1	Ultimate compressive strain in longitudinal direction	1x1	1
Solid mechanics/Strength limits	OrthotropicStrengthParameters	Orthotropic strength parameters, Voigt notation	Ef1	Young’s modulus of fiber in longitudinal direction	1x1	Pa
Solid mechanics/Strength limits	OrthotropicStrengthParameters	Orthotropic strength parameters, Voigt notation	nuf12	In-plane Poisson’s ratio of fiber	1x1	1
Solid mechanics/Strength limits	OrthotropicStrengthParameters	Orthotropic strength parameters, Voigt notation	sigmati22	In situ transverse tensile strength	1x1	Pa
Solid mechanics/Strength limits	OrthotropicStrengthParameters	Orthotropic strength parameters, Voigt notation	sigmasi12	In situ in-plane shear strength	1x1	Pa
Solid mechanics/Strength limits	IsotropicStrengthParameters	Isotropic strength parameters	sigmat	Tensile strength	1x1	Pa
Solid mechanics/Strength limits	IsotropicStrengthParameters	Isotropic strength parameters	sigmac	Compressive strength	1x1	Pa
Solid mechanics/Strength limits	IsotropicStrengthParameters	Isotropic strength parameters	sigmabc	Biaxial compressive strength	1x1	Pa
Solid mechanics/Strength limits	OrthotropicStrainParameters	Orthotropic ultimate strains, Voigt notation	epsilonts	Ultimate tensile strains	3x1	1
Solid mechanics/Strength limits	OrthotropicStrainParameters	Orthotropic ultimate strains, Voigt notation	epsiloncs	Ultimate compressive strains	3x1	1
Solid mechanics/Strength limits	OrthotropicStrainParameters	Orthotropic ultimate strains, Voigt notation	gammass	Ultimate shear strains	3x1	1
Solid mechanics/Strength limits	IsotropicStrainParameters	Isotropic ultimate strains	epsilont	Ultimate tensile strain	1x1	1
Solid mechanics/Strength limits	IsotropicStrainParameters	Isotropic ultimate strains	epsilonc	Ultimate compressive strain	1x1	1
Solid mechanics/Linear elastic material	AnisotropicVoGrp	Anisotropic, Voigt notation	DVo	Elasticity matrix, Voigt notation	6x6	Pa
Solid mechanics/Linear elastic material	AnisotropicVoGrp	Anisotropic, Voigt notation	eta_DVo	Loss factor for elasticity matrix D, Voigt notation	6x6	1
Solid mechanics	ViscoelasticModel	Linear viscoelastic material	Gv	Shear modulus	1x1	N/m2
Solid mechanics	ViscoelasticModel	Linear viscoelastic material	K	Bulk modulus	1x1	N/m2
Piezoelectric models	StressCharge	Stress–charge form	cE	Elasticity matrix, Voigt notation	6x6	Pa
Piezoelectric models	StressCharge	Stress–charge form	eES	Coupling matrix, Voigt notation	3x6	C/m2
Piezoelectric models	StressCharge	Stress–charge form	epsilonrS	Relative permittivity	3x3	1
Piezoelectric models	StressCharge	Stress–charge form	eta_cE	Loss factor for elasticity matrix cE	6x6	1
Piezoelectric models	StressCharge	Stress–charge form	eta_eES	Loss factor for coupling matrix eES	3x6	1
Piezoelectric models	StressCharge	Stress–charge form	eta_epsilonS	Loss factor for electric permittivity ?S	3x3	1
Piezoelectric models	StrainCharge	Strain–charge form	sE	Compliance matrix, Voigt notation	6x6	1/Pa
Piezoelectric models	StrainCharge	Strain–charge form	dET	Coupling matrix, Voigt notation	3x6	C/N
Piezoelectric models	StrainCharge	Strain–charge form	epsilonrT	Relative permittivity	3x3	1
Piezoelectric models	StrainCharge	Strain–charge form	eta_sE	Loss factor for compliance matrix sE	6x6	1
Piezoelectric models	StrainCharge	Strain–charge form	eta_dET	Loss factor for coupling matrix dET	3x6	1
Piezoelectric models	StrainCharge	Strain–charge form	eta_epsilonT	Loss factor for electric permittivity ?T	3x3	1
Solid mechanics/Hyperelastic material	Gent	Gent	muG	Macroscopic shear modulus	1x1	Pa
Solid mechanics/Hyperelastic material	Gent	Gent	jmG	Model parameter	1x1	1
Solid mechanics/Hyperelastic material	MooneyRivlin	Mooney–Rivlin	C10	Model parameters	1x1	Pa
Solid mechanics/Hyperelastic material	MooneyRivlin	Mooney–Rivlin	C01	Model parameters	1x1	Pa
Solid mechanics/Hyperelastic material	MooneyRivlin	Mooney–Rivlin	C11	Model parameters	1x1	Pa
Solid mechanics/Hyperelastic material	MooneyRivlin	Mooney–Rivlin	C20	Model parameters	1x1	Pa
Solid mechanics/Hyperelastic material	MooneyRivlin	Mooney–Rivlin	C02	Model parameters	1x1	Pa
Solid mechanics/Hyperelastic material	MooneyRivlin	Mooney–Rivlin	C21	Model parameters	1x1	Pa
Solid mechanics/Hyperelastic material	MooneyRivlin	Mooney–Rivlin	C12	Model parameters	1x1	Pa
Solid mechanics/Hyperelastic material	MooneyRivlin	Mooney–Rivlin	C30	Model parameters	1x1	Pa
Solid mechanics/Hyperelastic material	MooneyRivlin	Mooney–Rivlin	C03	Model parameters	1x1	Pa
Solid mechanics/Hyperelastic material	Murnaghan	Murnaghan	l	Murnaghan third-order elastic moduli	1x1	N/m2
Solid mechanics/Hyperelastic material	Murnaghan	Murnaghan	m	Murnaghan third-order elastic moduli	1x1	N/m2
Solid mechanics/Hyperelastic material	Murnaghan	Murnaghan	n	Murnaghan third-order elastic moduli	1x1	N/m2
Solid mechanics/Hyperelastic material	ArrudaBoyce	Arruda–Boyce	Nseg	Number of segments	1x1	1
Solid mechanics/Hyperelastic material	ArrudaBoyce	Arruda–Boyce	mu0	Macroscopic shear modulus	1x1	N/m2
Solid mechanics/Hyperelastic material	Varga	Varga	c1VA	Model parameters	1x1	Pa
Solid mechanics/Hyperelastic material	Varga	Varga	c2VA	Model parameters	1x1	Pa
Solid mechanics/Hyperelastic material	Yeoh	Yeoh	c1YE	Model parameters	1x1	Pa
Solid mechanics/Hyperelastic material	Yeoh	Yeoh	c2YE	Model parameters	1x1	Pa
Solid mechanics/Hyperelastic material	Yeoh	Yeoh	c3YE	Model parameters	1x1	Pa
Solid mechanics/Hyperelastic material	BlatzKo	Blatz–Ko	phiBK	Model parameters	1x1	1
Solid mechanics/Hyperelastic material	BlatzKo	Blatz–Ko	betaBK	Model parameters	1x1	1
Solid mechanics/Hyperelastic material	BlatzKo	Blatz–Ko	muBK	Shear modulus	1x1	Pa
Solid mechanics/Hyperelastic material	Gao	Gao	aG	Model parameters	1x1	Pa
Solid mechanics/Hyperelastic material	Gao	Gao	nG	Model parameters	1x1	1
Solid mechanics/Nonlinear elastoplastic material	HardeningSoilModel	Hardening Soil	E50Ref	Reference stiffness for primary loading	1x1	Pa
Solid mechanics/Nonlinear elastoplastic material	HardeningSoilModel	Hardening Soil	EurRef	Reference stiffness for unloading and reloading	1x1	Pa
Solid mechanics/Nonlinear elastoplastic material	HardeningSoilModel	Hardening Soil	evoid0	Initial void ratio	1x1	1
Solid mechanics/Nonlinear elastoplastic material	HardeningSoilModel	Hardening Soil	mH	Stress exponent	1x1	1
Solid mechanics/Nonlinear elastoplastic material	HardeningSoilModel	Hardening Soil	Kc	Bulk modulus in compression	1x1	N/m2
Solid mechanics/Nonlinear elastoplastic material	HardeningSoilModel	Hardening Soil	evoidm	Maximum void ratio	1x1	1
Solid mechanics/Nonlinear elastoplastic material	HardeningSoilModel	Hardening Soil	Rcap	Ellipse aspect ratio	1x1	1
Solid mechanics/Nonlinear elastoplastic material	HardeningSoilModel	Hardening Soil	K0nc	Coefficient of earth pressure at rest	1x1	1
Solid mechanics/Nonlinear elastoplastic material	HardeningSoilModel	Hardening Soil	rsc	Swelling to compression ratio	1x1	1
Solid mechanics/Nonlinear elastoplastic material	BarcelonaBasicModel	Barcelona Basic	kappaSwelling	Swelling index	1x1	1
Solid mechanics/Nonlinear elastoplastic material	BarcelonaBasicModel	Barcelona Basic	kappaSwellings	Swelling index for changes in suction	1x1	1
Solid mechanics/Nonlinear elastoplastic material	BarcelonaBasicModel	Barcelona Basic	lambdaComp0	Compression index at saturation	1x1	1
Solid mechanics/Nonlinear elastoplastic material	BarcelonaBasicModel	Barcelona Basic	lambdaCompss	Compression index for changes in suction	1x1	1
Solid mechanics/Nonlinear elastoplastic material	BarcelonaBasicModel	Barcelona Basic	evoidref0	Void ratio at reference pressure and saturation	1x1	1
Solid mechanics/Nonlinear elastoplastic material	BarcelonaBasicModel	Barcelona Basic	evoid0	Initial void ratio	1x1	1
Solid mechanics/Nonlinear elastoplastic material	BarcelonaBasicModel	Barcelona Basic	M	Slope of critical state line	1x1	1
Solid mechanics/Nonlinear elastoplastic material	BarcelonaBasicModel	Barcelona Basic	wB	Weight parameter	1x1	1
Solid mechanics/Nonlinear elastoplastic material	BarcelonaBasicModel	Barcelona Basic	mB	Soil stiffness parameter	1x1	Pa
Solid mechanics/Nonlinear elastoplastic material	BarcelonaBasicModel	Barcelona Basic	bB	Plastic potential smoothing parameter	1x1	1
Solid mechanics/Nonlinear elastoplastic material	BarcelonaBasicModel	Barcelona Basic	sy0	Initial yield value for suction	1x1	Pa
Solid mechanics/Nonlinear elastoplastic material	BarcelonaBasicModel	Barcelona Basic	kB	Tension to suction ratio	1x1	1
Solid mechanics/Nonlinear elastoplastic material	StructuredCamClayModel	Structured Cam-clay	kappaSwellingS	Swelling index for structured clay	1x1	1
Solid mechanics/Nonlinear elastoplastic material	StructuredCamClayModel	Structured Cam-clay	lambdaCompS	Compression index for destructured clay	1x1	1
Solid mechanics/Nonlinear elastoplastic material	StructuredCamClayModel	Structured Cam-clay	evoidrefS	Void ratio at reference pressure for destructured clay	1x1	1
Solid mechanics/Nonlinear elastoplastic material	StructuredCamClayModel	Structured Cam-clay	evoid0	Initial void ratio	1x1	1
Solid mechanics/Nonlinear elastoplastic material	StructuredCamClayModel	Structured Cam-clay	M	Slope of critical state line	1x1	1
Solid mechanics/Nonlinear elastoplastic material	StructuredCamClayModel	Structured Cam-clay	dvS	Destructuring index for volumetric deformation	1x1	1
Solid mechanics/Nonlinear elastoplastic material	StructuredCamClayModel	Structured Cam-clay	dsS	Destructuring index for shear deformation	1x1	1
Solid mechanics/Nonlinear elastoplastic material	StructuredCamClayModel	Structured Cam-clay	Deltaei	Additional void ratio at initial yielding	1x1	1
Solid mechanics/Nonlinear elastoplastic material	StructuredCamClayModel	Structured Cam-clay	pbi	Initial structure strength	1x1	Pa
Solid mechanics/Nonlinear elastoplastic material	StructuredCamClayModel	Structured Cam-clay	zetaS	Plastic potential shape parameter	1x1	1
Solid mechanics/Nonlinear elastoplastic material	StructuredCamClayModel	Structured Cam-clay	epdevc	Critical equivalent deviatoric plastic strain	1x1	1
Solid mechanics	GeneralStressStrain	General stress–strain relation	S	Second Piola–Kirchhoff stress	3x3	N/m2
Solid mechanics	PoroelasticModel	Poroelastic material	alphaB	Biot–Willis coefficient	1x1	1
Solid mechanics	ThermalExpansion	Thermal expansion	alphatan	Tangent coefficient of thermal expansion	3x3	1/K
Solid mechanics	ThermalExpansion	Thermal expansion	dL	Thermal strain	3x3	1
Piezoelectric models	Ferroelectric	Ferroelectric	Psat	Saturation polarization	1x1	C/m2
Piezoelectric models	Ferroelectric	Ferroelectric	chie0	Initial electric susceptibility	3x3	1
Piezoelectric models	Ferroelectric	Ferroelectric	lambdase	Saturation electrostriction	1x1	1
Piezoelectric models	Ferroelectric	Ferroelectric	kJAe	Pinning loss	3x3	V/m
Piezoelectric models	Ferroelectric	Ferroelectric	cJAe	Polarization reversibility	3x3	1
Piezoelectric models	Ferroelectric	Ferroelectric	alphaJAe	Interdomain coupling	3x3	m/F
Piezoelectric models	Ferroelectric	Ferroelectric	aJAe	Domain wall density	3x3	V/m
Piezoelectric models	Ferroelectric	Ferroelectric	Qe	Electrostrictive coupling matrix	6x6	m4/C2
Piezoelectric models	Ferroelectric	Ferroelectric	QVe	Electrostrictive coupling matrix, Voigt notation	6x6	m4/C2
Magnetostrictive models	Magnetostrictive	Magnetostrictive	Ms	Saturation magnetization	1x1	A/m
Magnetostrictive models	Magnetostrictive	Magnetostrictive	chi0	Initial magnetic susceptibility	3x3	1
Magnetostrictive models	Magnetostrictive	Magnetostrictive	lambdas	Saturation magnetostriction	1x1	1
Magnetostrictive models	Magnetostrictive	Magnetostrictive	lambda100	Magnetostriction constants	1x1	1
Magnetostrictive models	Magnetostrictive	Magnetostrictive	lambda111	Magnetostriction constants	1x1	1
Magnetostrictive models	StressMagnetization	Stress–magnetization form	cH	Elasticity matrix, Voigt notation	6x6	Pa
Magnetostrictive models	StressMagnetization	Stress–magnetization form	eta_cH	Loss factor for elasticity matrix cH	6x6	1
Magnetostrictive models	StressMagnetization	Stress–magnetization form	eHS	Piezomagnetic coupling matrix, Voigt notation	3x6	T
Magnetostrictive models	StressMagnetization	Stress–magnetization form	murS	Relative permeability	3x3	1
Magnetostrictive models	StrainMagnetization	Strain–magnetization form	sH	Compliance matrix, Voigt notation	6x6	1/Pa
Magnetostrictive models	StrainMagnetization	Strain–magnetization form	eta_sH	Loss factor for compliance matrix sH	6x6	1
Magnetostrictive models	StrainMagnetization	Strain–magnetization form	dHT	Piezomagnetic coupling matrix, Voigt notation	3x6	m/A
Magnetostrictive models	StrainMagnetization	Strain–magnetization form	murT	Relative permeability	3x3	1
Acoustics	PoroacousticsModel	Poroacoustics model	K_eff	Effective bulk modulus	1x1	Pa
Acoustics	PoroacousticsModel	Poroacoustics model	Rf	Flow resistivity	1x1	Pa·s/m2
Acoustics	PoroacousticsModel	Poroacoustics model	Lth	Thermal characteristic length	1x1	m
Acoustics	PoroacousticsModel	Poroacoustics model	Lv	Viscous characteristic length	1x1	m
Acoustics	PoroacousticsModel	Poroacoustics model	tau	Tortuosity factor	1x1	1
Acoustics	PoroacousticsModel	Poroacoustics model	tau0	Static viscous tortuosity	1x1	1
Acoustics	PoroacousticsModel	Poroacoustics model	taup0_th	Static thermal tortuosity	1x1	1
Acoustics	PoroacousticsModel	Poroacoustics model	kp0_th	Static thermal permeability	1x1	m2
Acoustics	PoroacousticsModel	Poroacoustics model	Hr	Hydraulic radius of pores	1x1	m
Acoustics	PoroacousticsModel	Poroacoustics model	K_inf	Bulk modulus infinite frequency limit	1x1	Pa
Acoustics	PoroacousticsModel	Poroacoustics model	rho_inf	Density infinite frequency limit	1x1	kg/m3
Acoustics	PoroacousticsModel	Poroacoustics model	tau_ent	Entropy-mode relaxation time	1x1	s
Acoustics	PoroacousticsModel	Poroacoustics model	tau_vor	Vorticity-mode relaxation time	1x1	s
Acoustics	PoroacousticsModel	Poroacoustics model	K_f	Fluid bulk modulus	1x1	Pa
Acoustics	PoroacousticsModel	Poroacoustics model	K_gr	Grain bulk modulus	1x1	Pa
Acoustics	PoroacousticsModel	Poroacoustics model	Ks	Bulk modulus of skeleton material	1x1	Pa
Acoustics	PoroacousticsModel	Poroacoustics model	s_m	Median pore size	1x1	m
Acoustics	PoroacousticsModel	Poroacoustics model	sigma_s	Standard deviation in pore size distribution	1x1	1
Acoustics	NonlinearModel	Nonlinear model	BA	Parameter of nonlinearity	1x1	1
Acoustics	AttenuationDissipationModel	Attenuation and dissipation model	delta_diff	Sound diffusivity	1x1	m2/s
Acoustics	AnisotropicAcousticsModel	Anisotropic acoustics model	rho_eff	Effective density	3x3	kg/m3
Acoustics	AnisotropicAcousticsModel	Anisotropic acoustics model	K_eff	Effective bulk modulus	1x1	Pa
External material parameters	comcomsolgeneralStressStrain	General stress–strain relation	par	Material model parameters	1x1
External material parameters	comcomsolgeneralStressStrain	General stress–strain relation	args	Extra library function string arguments	1x1
External material parameters	comcomsolgeneralStressDeformation	General stress–deformation relation	par	Material model parameters	1x1
External material parameters	comcomsolgeneralStressDeformation	General stress–deformation relation	args	Extra library function string arguments	1x1
External material parameters	comcomsolinelasticResidualStrain	Inelastic residual strain	par	Material model parameters	1x1
External material parameters	comcomsolinelasticResidualStrain	Inelastic residual strain	args	Extra library function string arguments	1x1
External material parameters	comcomsolinelasticResidualDeformation	Inelastic residual deformation	par	Material model parameters	1x1
External material parameters	comcomsolinelasticResidualDeformation	Inelastic residual deformation	args	Extra library function string arguments	1x1
External material parameters	comcomsolgeneralHBRelation	General H(B) relation	par	Material model parameters	1x1
External material parameters	comcomsolgeneralHBRelation	General H(B) relation	args	Extra library function string arguments	1x1
External material parameters	comcomsolgeneralBHRelation	General B(H) relation	par	Material model parameters	1x1
External material parameters	comcomsolgeneralBHRelation	General B(H) relation	args	Extra library function string arguments	1x1
External material parameters	comcomsolpolyumodlagrangian	Lagrangian interface to PolyUMod	par	Material model parameters	1x1
External material parameters	comcomsolpolyumodlagrangian	Lagrangian interface to PolyUMod	args	Extra library function string arguments	1x1
External material parameters	comcomsolelasticSolid	Elastic stress–strain relation	E	Young’s modulus	1x1	Pa
External material parameters	comcomsolelasticSolid	Elastic stress–strain relation	nu	Poisson’s ratio	1x1	1
Solid mechanics/Hyperelastic material	HolzapfelGasserOgden	Holzapfel–Gasser–Ogden	k1HGO	Fiber stiffness	1x1	Pa
Solid mechanics/Hyperelastic material	HolzapfelGasserOgden	Holzapfel–Gasser–Ogden	k2HGO	Model parameter	1x1	1
Solid mechanics/Hyperelastic material	HolzapfelGasserOgden	Holzapfel–Gasser–Ogden	k3HGO	Fiber dispersion	1x1	1
Solid mechanics/Shape memory alloy material	ShapeMemoryAlloyThermalExpansionAustenite	Thermal expansion, austenite phase	alpha_A	Coefficient of thermal expansion	3x3	1/K
Solid mechanics/Shape memory alloy material	ShapeMemoryAlloyThermalExpansionAustenite	Thermal expansion, austenite phase	alphatan_A	Tangent coefficient of thermal expansion	3x3	1/K
Solid mechanics/Shape memory alloy material	ShapeMemoryAlloyThermalExpansionAustenite	Thermal expansion, austenite phase	dL_A	Thermal strain	3x3	1
Solid mechanics/Shape memory alloy material	ShapeMemoryAlloyThermalExpansionMartensite	Thermal expansion, martensite phase	alpha_M	Coefficient of thermal expansion	3x3	1/K
Solid mechanics/Shape memory alloy material	ShapeMemoryAlloyThermalExpansionMartensite	Thermal expansion, martensite phase	alphatan_M	Tangent coefficient of thermal expansion	3x3	1/K
Solid mechanics/Shape memory alloy material	ShapeMemoryAlloyThermalExpansionMartensite	Thermal expansion, martensite phase	dL_M	Thermal strain	3x3	1
Solid mechanics/Viscoplastic Material	Anand	Anand viscoplasticity	A_ana	Viscoplastic rate coefficient	1x1	1/s
Solid mechanics/Viscoplastic Material	Anand	Anand viscoplasticity	Q_ana	Activation energy	1x1	J/mol
Solid mechanics/Viscoplastic Material	Anand	Anand viscoplasticity	xi_ana	Stress multiplier	1x1	1
Solid mechanics/Viscoplastic Material	Anand	Anand viscoplasticity	m_ana	Stress sensitivity	1x1	1
Solid mechanics/Viscoplastic Material	Anand	Anand viscoplasticity	ssat_ana	Deformation resistance saturation coefficient	1x1	N/m2
Solid mechanics/Viscoplastic Material	Anand	Anand viscoplasticity	sa_init	Deformation resistance initial value	1x1	N/m2
Solid mechanics/Viscoplastic Material	Anand	Anand viscoplasticity	h0_ana	Hardening coefficient	1x1	N/m2
Solid mechanics/Viscoplastic Material	Anand	Anand viscoplasticity	a_ana	Hardening sensitivity	1x1	1
Solid mechanics/Viscoplastic Material	Anand	Anand viscoplasticity	n_ana	Deformation resistance sensitivity	1x1	1
Solid mechanics/Viscoplastic Material	ChabocheViscoplasticity	Chaboche viscoplasticity	A_cha	Viscoplastic rate coefficient	1x1	1/s
Solid mechanics/Viscoplastic Material	ChabocheViscoplasticity	Chaboche viscoplasticity	sigRef_cha	Reference stress	1x1	N/m2
Solid mechanics/Viscoplastic Material	ChabocheViscoplasticity	Chaboche viscoplasticity	n_cha	Stress exponent	1x1	1
Solid mechanics/Viscoplastic Material	Perzyna	Perzyna viscoplasticity	A_per	Viscoplastic rate coefficient	1x1	1/s
Solid mechanics/Viscoplastic Material	Perzyna	Perzyna viscoplasticity	sigRef_per	Reference stress	1x1	N/m2
Solid mechanics/Creep material	Norton	Norton	A_nor	Creep rate coefficient	1x1	1/s
Solid mechanics/Creep material	Norton	Norton	sigRef_nor	Reference stress	1x1	N/m2
Solid mechanics/Creep material	Norton	Norton	n_nor	Stress exponent	1x1	1
Solid mechanics/Creep material	Garofalo	Garofalo (hyperbolic sine)	A_gar	Creep rate coefficient	1x1	1/s
Solid mechanics/Creep material	Garofalo	Garofalo (hyperbolic sine)	sigRef_gar	Reference stress	1x1	N/m2
Solid mechanics/Creep material	Garofalo	Garofalo (hyperbolic sine)	n_gar	Stress exponent	1x1	1
Solid mechanics/Creep material	NabarroHerring	Nabarro–Herring	D_nav	Volume diffusivity	1x1	m2/s
Solid mechanics/Creep material	NabarroHerring	Nabarro–Herring	b_nav	Burgers vector	1x1	m
Solid mechanics/Creep material	NabarroHerring	Nabarro–Herring	dg_nav	Grain diameter	1x1	m
Solid mechanics/Creep material	Coble	Coble	D_cob	Grain boundary diffusivity	1x1	m2/s
Solid mechanics/Creep material	Coble	Coble	b_cob	Burgers vector	1x1	m
Solid mechanics/Creep material	Coble	Coble	dg_cob	Grain diameter	1x1	m
Solid mechanics/Creep material	Weertman	Weertman	D_wee	Diffusivity	1x1	m2/s
Solid mechanics/Creep material	Weertman	Weertman	b_wee	Burgers vector	1x1	m
Solid mechanics/Creep material	Weertman	Weertman	n_wee	Stress exponent	1x1	1
Solid mechanics/Creep material	Weertman	Weertman	sigRef_wee	Reference stress	1x1	N/m2
Solid mechanics/Creep material	Hillcoefficients	Hill’s coefficients	Hillcoefficients	Hill’s coefficients	6x1	m2·s4/kg2
Solid mechanics/Hyperelastic material	HyperelasticityFung	Fung	AFung	Coefficient matrix	6x6	1
Solid mechanics/Hyperelastic material	HyperelasticityFung	Fung	cFung	Fung parameter c	1x1	Pa
Solid mechanics/Hyperelastic material	HyperelasticityDelfino	Delfino	aDelf	Model parameters	1x1	Pa
Solid mechanics/Hyperelastic material	HyperelasticityDelfino	Delfino	bDelf	Model parameters	1x1	1
Solid mechanics/Hyperelastic material	HyperelasticityExtendedTube	Extended tube	GcET	Model parameters	1x1	Pa
Solid mechanics/Hyperelastic material	HyperelasticityExtendedTube	Extended tube	GeET	Model parameters	1x1	Pa
Solid mechanics/Hyperelastic material	HyperelasticityExtendedTube	Extended tube	alphaET	Model parameters	1x1	1
Solid mechanics/Hyperelastic material	HyperelasticityExtendedTube	Extended tube	betaET	Model parameters	1x1	1
Solid mechanics/Hyperelastic material	HyperelasticityVanDerWaals	van der Waals	muW	Shear modulus	1x1	Pa
Solid mechanics/Hyperelastic material	HyperelasticityVanDerWaals	van der Waals	lambdaW	Maximum chain stretch	1x1	1
Solid mechanics/Hyperelastic material	HyperelasticityVanDerWaals	van der Waals	alphaW	Chain network interaction	1x1	1
Solid mechanics/Hyperelastic material	HyperelasticityVanDerWaals	van der Waals	betaW	Weight	1x1	1
Solid mechanics/Fatigue Behavior	fatigueGeneral	General	sigmae	Endurance limit	1x1	Pa
Solid mechanics/Elastoplastic Material	elastoplasticRambergOsgood	Ramberg–Osgood	K_ROcyclic	Cyclic hardening coefficient	1x1	Pa
Solid mechanics/Elastoplastic Material	elastoplasticRambergOsgood	Ramberg–Osgood	n_ROcyclic	Cyclic hardening exponent	1x1	1
Solid mechanics/Fatigue Behavior/Strain Based	fatigueStrainCoffinManson	Coffin–Manson	epsilonf_CM	Fatigue ductility coefficient	1x1	1
Solid mechanics/Fatigue Behavior/Strain Based	fatigueStrainCoffinManson	Coffin–Manson	c_CM	Fatigue ductility exponent	1x1	1
Solid mechanics/Fatigue Behavior/Strain Based	fatigueStrainCoffinManson	Coffin–Manson	gammaf_CM	Shear fatigue ductility coefficient	1x1	1
Solid mechanics/Fatigue Behavior/Strain Based	fatigueStrainCoffinManson	Coffin–Manson	cgamma_CM	Shear fatigue ductility exponent	1x1	1
Solid mechanics/Fatigue Behavior/Strain Based	fatigueStrainWangBrown	Wang–Brown	S_WB	Normal strain sensitivity coefficient	1x1	1
Solid mechanics/Fatigue Behavior/Strain Based	fatigueStrainFatemiSocie	Fatemi–Socie	k_FS	Normal stress sensitivity coefficient	1x1	1
Solid mechanics/Fatigue Behavior/Stress Based	fatigueStressBasquin	Basquin	sigmaf_Basquin	Fatigue strength coefficient	1x1	Pa
Solid mechanics/Fatigue Behavior/Stress Based	fatigueStressBasquin	Basquin	b_Basquin	Fatigue strength exponent	1x1	1
Solid mechanics/Fatigue Behavior/Stress Based	fatigueStressBasquin	Basquin	tauf_Basquin	Shear fatigue strength coefficient	1x1	Pa
Solid mechanics/Fatigue Behavior/Stress Based	fatigueStressBasquin	Basquin	bgamma_Basquin	Shear fatigue strength exponent	1x1	1
Solid mechanics/Fatigue Behavior/Stress Based	fatigueStressFindley	Findley	k_Findley	Normal stress sensitivity coefficient	1x1	1
Solid mechanics/Fatigue Behavior/Stress Based	fatigueStressFindley	Findley	f_Findley	Limit factor	1x1	Pa
Solid mechanics/Fatigue Behavior/Stress Based	fatigueStressMatake	Matake	k_Matake	Normal stress sensitivity coefficient	1x1	1
Solid mechanics/Fatigue Behavior/Stress Based	fatigueStressMatake	Matake	f_Matake	Limit factor	1x1	Pa
Solid mechanics/Fatigue Behavior/Stress Based	fatigueStressNormalStress	Normal stress	f_NormalStress	Limit factor	1x1	Pa
Solid mechanics/Fatigue Behavior/Stress Based	fatigueStressDangVan	Dang Van	a_DangVan	Hydrostatic stress sensitivity coefficient	1x1	1
Solid mechanics/Fatigue Behavior/Stress Based	fatigueStressDangVan	Dang Van	b_DangVan	Limit factor	1x1	Pa
Solid mechanics/Fatigue Behavior/Energy Based	fatigueEnergyMorrow	Morrow	Wf_Morrow	Fatigue energy coefficient	1x1	J/m3
Solid mechanics/Fatigue Behavior/Energy Based	fatigueEnergyMorrow	Morrow	m_Morrow	Fatigue energy exponent	1x1	1
Solid mechanics/Fatigue Behavior/Energy Based	fatigueEnergyDarveaux	Darveaux	K1_Darveaux	Crack initiation energy coefficient	1x1	1
Solid mechanics/Fatigue Behavior/Energy Based	fatigueEnergyDarveaux	Darveaux	k2_Darveaux	Crack initiation energy exponent	1x1	1
Solid mechanics/Fatigue Behavior/Energy Based	fatigueEnergyDarveaux	Darveaux	K3_Darveaux	Crack propagation energy coefficient	1x1	m
Solid mechanics/Fatigue Behavior/Energy Based	fatigueEnergyDarveaux	Darveaux	k4_Darveaux	Crack propagation energy exponent	1x1	1
Solid mechanics/Fatigue Behavior/Energy Based	fatigueEnergyDarveaux	Darveaux	Wref_Darveaux	Reference energy density	1x1	J/m3
Solid mechanics/Fatigue Behavior/Fatigue Behavior	fatigueApproximateSN	Approximate S-N curve	sigmat	Transition stress	1x1	Pa
Solid mechanics/Fatigue Behavior/Fatigue Behavior	fatigueApproximateSN	Approximate S-N curve	Nt	Transition life	1x1
Solid mechanics/Fatigue Behavior/Fatigue Behavior	fatigueApproximateSN	Approximate S-N curve	Ne	Endurance life	1x1
Solid mechanics	NonlinearElasticMaterial	Nonlinear elastic material	sigRef	Reference stress	1x1	N/m2
Solid mechanics	NonlinearElasticMaterial	Nonlinear elastic material	eRef	Reference strain	1x1	1
Solid mechanics	NonlinearElasticMaterial	Nonlinear elastic material	gammaRef	Reference shear strain	1x1	1
Solid mechanics	NonlinearElasticMaterial	Nonlinear elastic material	n_stress	Stress exponent	1x1	1
Solid mechanics	NonlinearElasticMaterial	Nonlinear elastic material	n_strain	Strain exponent	1x1	1
Solid mechanics	NonlinearElasticMaterial	Nonlinear elastic material	Kt	Bulk modulus in tension	1x1	N/m2
Solid mechanics	NonlinearElasticMaterial	Nonlinear elastic material	Kc	Bulk modulus in compression	1x1	N/m2
Solid mechanics	NonlinearElasticMaterial	Nonlinear elastic material	q_ult	Ultimate deviatoric stress	1x1	N/m2
Solid mechanics	NonlinearElasticMaterial	Nonlinear elastic material	e_ult	Ultimate strain	1x1	1
Solid mechanics	NonlinearElasticMaterial	Nonlinear elastic material	sax	Uniaxial stress function	1x1	N/m2
Solid mechanics	NonlinearElasticMaterial	Nonlinear elastic material	tau	Shear stress function	1x1	N/m2
Solid mechanics/Elastoplastic Material	Ludwik	Ludwik	k_lud	Strength coefficient	1x1	Pa
Solid mechanics/Elastoplastic Material	Ludwik	Ludwik	n_lud	Hardening exponent	1x1	1
Solid mechanics/Elastoplastic Material	Voce	Voce	sigma_voc	Saturation flow stress	1x1	Pa
Solid mechanics/Elastoplastic Material	Voce	Voce	beta_voc	Saturation exponent	1x1	1
Solid mechanics/Elastoplastic Material	Swift	Swift	e0_swi	Reference strain	1x1	1
Solid mechanics/Elastoplastic Material	Swift	Swift	n_swi	Hardening exponent	1x1	1
Solid mechanics/Elastoplastic Material	HockettSherby	Hockett–Sherby	sigma_hoc	Steady-state flow stress	1x1	Pa
Solid mechanics/Elastoplastic Material	HockettSherby	Hockett–Sherby	m_hoc	Saturation coefficient	1x1	1
Solid mechanics/Elastoplastic Material	HockettSherby	Hockett–Sherby	n_hoc	Saturation exponent	1x1	1
Solid mechanics/Elastoplastic Material	ArmstrongFrederick	Armstrong–Frederick	Ck	Kinematic hardening modulus	1x1	Pa
Solid mechanics/Elastoplastic Material	ArmstrongFrederick	Armstrong–Frederick	gammak	Kinematic hardening parameter	1x1	1
Solid mechanics/Elastoplastic Material	Chaboche	Chaboche	Ck0_cha	Kinematic hardening modulus	1x1	Pa
Solid mechanics/Elastoplastic Material	JohnsonCook	Johnson–Cook	k_jcook	Strength coefficient	1x1	Pa
Solid mechanics/Elastoplastic Material	JohnsonCook	Johnson–Cook	n_jcook	Hardening exponent	1x1	1
Solid mechanics/Elastoplastic Material	JohnsonCook	Johnson–Cook	C_jcook	Strain rate strength coefficient	1x1	1
Solid mechanics/Elastoplastic Material	JohnsonCook	Johnson–Cook	epet0_jcook	Reference strain rate	1x1	1/s
Solid mechanics/Elastoplastic Material	JohnsonCook	Johnson–Cook	m_jcook	Temperature exponent	1x1
Solid mechanics/Shape memory alloy material	ShapeMemoryAlloyAustenite	Austenite phase	E_A	Young’s modulus	1x1	Pa
Solid mechanics/Shape memory alloy material	ShapeMemoryAlloyAustenite	Austenite phase	Cp_A	Heat capacity at constant pressure	1x1	J/(kg·K)
Solid mechanics/Shape memory alloy material	ShapeMemoryAlloyMartensite	Martensite phase	E_M	Young’s modulus	1x1	Pa
Solid mechanics/Shape memory alloy material	ShapeMemoryAlloyMartensite	Martensite phase	Cp_M	Heat capacity at constant pressure	1x1	J/(kg·K)
Solid mechanics/Shape memory alloy material	LagoudasModel	Lagoudas model	T0	Shape memory alloy reference temperature	1x1	K
Solid mechanics/Shape memory alloy material	LagoudasModel	Lagoudas model	TMs	Martensite start temperature	1x1	K
Solid mechanics/Shape memory alloy material	LagoudasModel	Lagoudas model	TMf	Martensite finish temperature	1x1	K
Solid mechanics/Shape memory alloy material	LagoudasModel	Lagoudas model	TAs	Austenite start temperature	1x1	K
Solid mechanics/Shape memory alloy material	LagoudasModel	Lagoudas model	TAf	Austenite finish temperature	1x1	K
Solid mechanics/Shape memory alloy material	LagoudasModel	Lagoudas model	CM	Slope of martensite limit curve	1x1	Pa/K
Solid mechanics/Shape memory alloy material	LagoudasModel	Lagoudas model	CA	Slope of austenite limit curve	1x1	Pa/K
Solid mechanics/Shape memory alloy material	LagoudasModel	Lagoudas model	etrmaxLagoudas	Maximum transformation strain	1x1	1
Solid mechanics/Shape memory alloy material	LagoudasModel	Lagoudas model	sigmaStar	Calibration stress level	1x1	N/m2
Solid mechanics/Shape memory alloy material	LagoudasModelStress	Lagoudas model, stress	sMs	Martensite start stress	1x1	N/m2
Solid mechanics/Shape memory alloy material	LagoudasModelStress	Lagoudas model, stress	sMf	Martensite finish stress	1x1	N/m2
Solid mechanics/Shape memory alloy material	LagoudasModelStress	Lagoudas model, stress	sAs	Austenite start stress	1x1	N/m2
Solid mechanics/Shape memory alloy material	LagoudasModelStress	Lagoudas model, stress	sAf	Austenite finish stress	1x1	N/m2
Solid mechanics/Shape memory alloy material	LagoudasModelStress	Lagoudas model, stress	Tstress	Measurement temperature	1x1
Solid mechanics/Shape memory alloy material	LagoudasExponentialLaw	Lagoudas, exponential law	etrmin	Initial maximum transformation strain	1x1	1
Solid mechanics/Shape memory alloy material	LagoudasExponentialLaw	Lagoudas, exponential law	etrsat	Ultimate transformation strain	1x1	1
Solid mechanics/Shape memory alloy material	LagoudasExponentialLaw	Lagoudas, exponential law	scrit	Critical stress	1x1	N/m2
Solid mechanics/Shape memory alloy material	LagoudasExponentialLaw	Lagoudas, exponential law	kcrit	Saturation exponent	1x1	1/Pa
Solid mechanics/Shape memory alloy material	SouzaAuricchioModel	Souza–Auricchio model	TStar	Reference temperature	1x1	K
Solid mechanics/Shape memory alloy material	SouzaAuricchioModel	Souza–Auricchio model	beta	Slope of limit curve	1x1	Pa/K
Solid mechanics/Shape memory alloy material	SouzaAuricchioModel	Souza–Auricchio model	etrmaxAuricchio	Maximum transformation strain	1x1	1
Solid mechanics/Shape memory alloy material	SouzaAuricchioModel	Souza–Auricchio model	sig0_SA	Elastic domain radius	1x1	N/m2
Solid mechanics/Shape memory alloy material	SouzaAuricchioModel	Souza–Auricchio model	Hk	Hardening modulus	1x1	N/m2
Gas models	idealGas	Ideal gas	Rs	Specific gas constant	1x1	J/(kg·K)
Fluid flow/Inelastic Non-Newtonian	PowerLaw	Power law	m_pow	Fluid consistency coefficient	1x1	Pa·s
Fluid flow/Inelastic Non-Newtonian	PowerLaw	Power law	n_pow	Flow behavior index	1x1	1
Fluid flow/Inelastic Non-Newtonian	Carreau	Carreau model	mu0	Zero shear rate viscosity	1x1	Pa·s
Fluid flow/Inelastic Non-Newtonian	Carreau	Carreau model	mu_inf	Infinite shear rate viscosity	1x1	Pa·s
Fluid flow/Inelastic Non-Newtonian	Carreau	Carreau model	lam_car	Relaxation time	1x1	s
Fluid flow/Inelastic Non-Newtonian	Carreau	Carreau model	n_car	Power index	1x1	1
Fluid flow/Inelastic Non-Newtonian	Carreau	Carreau model	a_car	Transition parameter	1x1	1
Fluid flow/Inelastic Non-Newtonian	Ellis	Ellis model	tau_half	Shear stress parameter	1x1	N/m2
Fluid flow/Inelastic Non-Newtonian	Ellis	Ellis model	a_e	Power parameter	1x1	1
Fluid flow/Inelastic Non-Newtonian	DeKee	DeKee model	lam_DK	Relaxation time	1x1	s
Fluid flow/Inelastic Non-Newtonian	DeKee	DeKee model	mu_DK	Shear rate viscosity parameter	1x1	Pa·s
Fluid flow/Inelastic Non-Newtonian	Cross	Cross model	tau_tr	Critical stress	1x1	N/m2
Fluid flow/Inelastic Non-Newtonian	Viscoplastic	Viscoplastic	tau_y	Yield stress	1x1	N/m2
Fluid flow/Inelastic Non-Newtonian	Viscoplastic	Viscoplastic	mu_p	Plastic viscosity	1x1	Pa·s