SS.Materials 1.2.0

export function addTensor3D(SymmetricTensor3D left, SymmetricTensor3D right)->SymmetricTensor3D

export function bilinearElasticPlastic(double totalStrain, double elasticModulus, double yieldStress, double hardeningModulus, double expansionCoefficient, double temperatureChange) -> UniaxialState

export function consistentConstitutiveTangent3D(IsotropicJ2Material material, ConstitutiveState3D previous, SymmetricTensor3D strainIncrement, double temperatureIncrement) -> double[]

export record ConstitutiveHistory3D(public ConstitutiveState3D[] states, public int elasticSteps, public int plasticSteps, public string diagnostic)

export record ConstitutiveState3D(public SymmetricTensor3D stress, public SymmetricTensor3D plasticStrain, public double equivalentPlasticStrain, public double temperature, public double totalWork, public double plasticDissipation)

export record ConstitutiveUpdate3D(public ConstitutiveState3D state, public double[] tangent, public bool elastic, public double yieldResidual, public double workIncrement, public double plasticDissipationIncrement, public string diagnostic)

export function deviatorTensor3D(SymmetricTensor3D value)->SymmetricTensor3D

export function doubleContractTensor3D(SymmetricTensor3D left, SymmetricTensor3D right)->double

export function initialConstitutiveState3D(IsotropicJ2Material material, double temperature)->ConstitutiveState3D

export function integrateJ2History3D(IsotropicJ2Material material, ConstitutiveState3D initial, SymmetricTensor3D[] strainIncrements, double[] temperatureIncrements)->ConstitutiveHistory3D

export function inverseRuleOfMixtures(double firstValue, double secondValue, double firstFraction) -> double

export function isotropicJ2Material(double elasticModulus, double poissonRatio, double yieldStress, double hardeningModulus, double expansionCoefficient)->IsotropicJ2Material

export record IsotropicJ2Material(public double elasticModulus, public double poissonRatio, public double yieldStress, public double hardeningModulus, public double expansionCoefficient)

export function linearElastic(double totalStrain, double elasticModulus, double expansionCoefficient, double temperatureChange) -> UniaxialState

export function orthotropicPlaneStress(double strain1, double strain2, double engineeringShear12, double modulus1, double modulus2, double poisson12, double shear12) -> OrthotropicState

export record OrthotropicState(public double stress1, public double stress2, public double shear12)

export record PlaneStrainState(public double strainX, public double strainY, public double shearStrain)

export function planeStress(double strainX, double strainY, double engineeringShearStrain, double elasticModulus, double poissonRatio, double expansionCoefficient, double temperatureChange) -> PlaneStressState

export function planeStressCompliance(double stressX, double stressY, double shearStress, double elasticModulus, double poissonRatio, double expansionCoefficient, double temperatureChange) -> PlaneStrainState

export record PlaneStressState(public double stressX, public double stressY, public double shearStress, public double vonMises)

export function principalStress2D(double stressX, double stressY, double shearStress) -> PrincipalStress2D

export record PrincipalStress2D(public double major, public double minor, public double angle)

export function ruleOfMixtures(double firstValue, double secondValue, double firstFraction) -> double

export function scaleTensor3D(SymmetricTensor3D value, double factor)->SymmetricTensor3D

export function strainEnergyDensityPlaneStress(double strainX, double strainY, double engineeringShearStrain, PlaneStressState stress) -> double

export function subtractTensor3D(SymmetricTensor3D left, SymmetricTensor3D right)->SymmetricTensor3D

export record SymmetricTensor3D(public double xx, public double yy, public double zz, public double xy, public double yz, public double zx)

export function tensor3D(double xx, double yy, double zz, double xy, double yz, double zx)->SymmetricTensor3D

export function thermalStrain(double expansionCoefficient, double temperatureChange) -> double

export function traceTensor3D(SymmetricTensor3D value)->double

export record UniaxialState(public double totalStrain, public double mechanicalStrain, public double stress, public double tangentModulus, public bool yielded, public string diagnostic)

export function updateConstitutiveTemperature(IsotropicJ2Material material, ConstitutiveState3D previous, SymmetricTensor3D strainIncrement, double targetTemperature) -> ConstitutiveUpdate3D

export function updateJ2Material3D(IsotropicJ2Material material, ConstitutiveState3D previous, SymmetricTensor3D strainIncrement, double temperatureIncrement)->ConstitutiveUpdate3D

export function validateYieldAndDissipation(IsotropicJ2Material material, ConstitutiveState3D previous, ConstitutiveUpdate3D update, double tolerance) -> YieldDissipationValidation

export function vonMises3D(double stressX, double stressY, double stressZ, double shearXY, double shearYZ, double shearZX) -> double

export function vonMisesTensor3D(SymmetricTensor3D stress)->double

export record YieldDissipationValidation(public bool valid, public double yieldResidual, public double plasticMultiplier, public double dissipationIncrement, public string diagnostic)

export function zeroTensor3D()->SymmetricTensor3D