NXOpen::MaterialUtilities Class Reference

Represents Physical NXOpen::MaterialUtilities class
To obtain an instance of this class, refer to NXOpen::CAE::CaeSession

Created in NX10.0.0. More...

Public Types
enum	StressStrainData {   StressStrainDataEngineeringStressEngineeringStrain, StressStrainDataEngineeringStressEngineeringPlasticStrain, StressStrainDataTrueStressLogStrain, StressStrainDataTrueStressLogPlasticStrain,   StressStrainDataUndefined }
	The stress strain data type. More...

Public Member Functions
void	ConvertStressStrainData (const std::vector< double > &strainData, const std::vector< double > &stressData, double youngsModulus, double poissionRatio, NXOpen::MaterialUtilities::StressStrainData inputDataType, NXOpen::MaterialUtilities::StressStrainData outputDataType, std::vector< double > &convertedStrainData, std::vector< double > &convertedStressData)
	Convert stress strain data between the four types EngineeringStressEngineeringStrain, EngineeringStressEngineeringPlasticStrain, TrueStressLogStrain and TrueStressLogPlasticStrain. More...
void	ConvertStressStrainYoungsModulusData (const std::vector< double > &strainData, const std::vector< double > &stressData, double youngsModulus, double poissionRatio, NXOpen::MaterialUtilities::StressStrainData inputDataType, NXOpen::MaterialUtilities::StressStrainData outputDataType, std::vector< double > &convertedStrainData, std::vector< double > &convertedStressData, double *convertedYoungsModulus)
	Convert stress strain data between the four types EngineeringStressEngineeringStrain, EngineeringStressEngineeringPlasticStrain, TrueStressLogStrain and TrueStressLogPlasticStrain. More...
tag_t	Tag () const
	Returns the tag of this object. More...

Detailed Description

Represents Physical NXOpen::MaterialUtilities class
To obtain an instance of this class, refer to NXOpen::CAE::CaeSession

Created in NX10.0.0.

Member Enumeration Documentation

enum NXOpen::MaterialUtilities::StressStrainData

The stress strain data type.

Enumerator
StressStrainDataEngineeringStressEngineeringStrain	Engineering stress-Engineering strain.
StressStrainDataEngineeringStressEngineeringPlasticStrain	Engineering stress-Engineering plastic strain.
StressStrainDataTrueStressLogStrain	True stress-log strain.
StressStrainDataTrueStressLogPlasticStrain	True stress-log plastic strain.
StressStrainDataUndefined	Undefined type - data is assumed to be defined using the type used by the solver, no attempt will be made to convert the data to the type the solver requires.

Member Function Documentation

void NXOpen::MaterialUtilities::ConvertStressStrainData	(	const std::vector< double > &	strainData,
		const std::vector< double > &	stressData,
		double	youngsModulus,
		double	poissionRatio,
		NXOpen::MaterialUtilities::StressStrainData	inputDataType,
		NXOpen::MaterialUtilities::StressStrainData	outputDataType,
		std::vector< double > &	convertedStrainData,
		std::vector< double > &	convertedStressData
	)

Convert stress strain data between the four types EngineeringStressEngineeringStrain, EngineeringStressEngineeringPlasticStrain, TrueStressLogStrain and TrueStressLogPlasticStrain.

The output stressStrain data will be the same units as the input stressStrain data. The units of young's modulus should be consistent with the input stressStrain Data.

The algorithm formula for converting from Engineering Strain to Log ( True ) strain is:

Log ( True ) Strain = ln( 1 + Engineering Strain )

The algorithm formulas for converting from Engineering Stress to True Stress are:

True Stress = Engineer Stress *(1 - Poisson's Ratio * Engineering Elastic Strain - 0.5 * Engineering Plastic Strain )^(-2) Engineering Elastic Strain = Engineering Stress / Young's Modulus Engineering Plastic Strain = Engineering Strain - Engineering Elastic Strain

The algorithm formulas for converting from "True stress-log strain" and "True stress-log plastic strain" are: Log Elastic Strain = Log Stress / Young's Modulus Log Plastic Strain = Log Strain - Log Elastic Strain

Deprecated:

Deprecated in NX11.0.0. Use NXOpen::MaterialUtilities::ConvertStressStrainYoungsModulusData instead.

Created in NX10.0.0.

License requirements : None

Parameters

strainData	the input strain array
stressData	the input stress array
youngsModulus	the input young's modulus used in converting algorithm
poissionRatio	the input poission's ratio used in converting algorithm
inputDataType	the input stress-strain data type
outputDataType	the output stress-strain data type
convertedStrainData	the output strain array
convertedStressData	the output stress array

void NXOpen::MaterialUtilities::ConvertStressStrainYoungsModulusData	(	const std::vector< double > &	strainData,
		const std::vector< double > &	stressData,
		double	youngsModulus,
		double	poissionRatio,
		NXOpen::MaterialUtilities::StressStrainData	inputDataType,
		NXOpen::MaterialUtilities::StressStrainData	outputDataType,
		std::vector< double > &	convertedStrainData,
		std::vector< double > &	convertedStressData,
		double *	convertedYoungsModulus
	)

Convert stress strain data between the four types EngineeringStressEngineeringStrain, EngineeringStressEngineeringPlasticStrain, TrueStressLogStrain and TrueStressLogPlasticStrain.

The output stressStrain data will be the same units as the input stressStrain data. The units of young's modulus should be consistent with the input stressStrain Data.

The algorithm formula for converting from Engineering Strain to Log ( True ) strain is:

Log ( True ) Strain = ln( 1 + Engineering Strain )

The algorithm formulas for converting from Engineering Stress to True Stress are:

True Stress = Engineer Stress *(1 - Poisson's Ratio * Engineering Elastic Strain - 0.5 * Engineering Plastic Strain )^(-2) Engineering Elastic Strain = Engineering Stress / Young's Modulus Engineering Plastic Strain = Engineering Strain - Engineering Elastic Strain

The algorithm formulas for converting from "True stress-log strain" and "True stress-log plastic strain" are: Log Elastic Strain = Log Stress / Young's Modulus Log Plastic Strain = Log Strain - Log Elastic Strain

This method also provides updated Youngs Modulus which is in sync with converted stress and strain

Created in NX11.0.0.

License requirements : None

Parameters

strainData	the input strain array
stressData	the input stress array
youngsModulus	the input young's modulus used in converting algorithm
poissionRatio	the input poission's ratio used in converting algorithm
inputDataType	the input stress-strain data type
outputDataType	the output stress-strain data type
convertedStrainData	the output strain array
convertedStressData	the output stress array
convertedYoungsModulus	the output converted Youngs Modulus which is in sync with converted stress and strain

tag_t NXOpen::MaterialUtilities::Tag

(

)

const

Returns the tag of this object.

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The documentation for this class was generated from the following file:

• MaterialUtilities.hxx