Database.createGPMdamageMaterial


createGPMdamageMaterial(attrName, damageModel_E, tensionFuncId_E, compressionFuncId_E, failureCriteria_E, activationEnergyTension, activationVolumeTension, shearSpringTension, activationEnergyCompression, activationVolumeCompression, shearSpringCompression, internalFlawSize, aveCrackGrowth, stressIntensity, crackingParameter, maxRateCrackGrowth, maxCrackLength, coeffFriction, ultimateStressTension, ultimateStrainTension, ultimateStressCompression, ultimateStrainCompression, constant1, constant2, constant3, constant4, constant5, constant6, constant7, constant8, bulkModulus, density, thermal, mass, stiffness, [pModeSwitch], [pExponentYminRate], [pMinStrainRate], [pExponentYmaxRate], [pMaxStrainRate])

attrNamestring name of attribute
damageModel_Eintegeridam
tensionFuncId_Eintegeritdam
compressionFuncId_Eintegericdam
failureCriteria_Eintegericrit
activationEnergyTensiondoubleAt
activationVolumeTensiondoubleVt
shearSpringTensiondoubleGsprt
activationEnergyCompressiondoubleAc
activationVolumeCompressiondoubleVc
shearSpringCompressiondoubleGSprc
internalFlawSizedoublea
aveCrackGrowthdoublec
stressIntensitydoubleK0
crackingParameterdoublem
maxRateCrackGrowthdoubleVmax
maxCrackLengthdoubleCmax
coeffFrictiondoublemus
ultimateStressTensiondoublesut
ultimateStrainTensiondoubleeut
ultimateStressCompressiondoublesuc
ultimateStrainCompressiondoubleeuc
constant1doubleC1
constant2doubleC2
constant3doubleC3
constant4doubleC4
constant5doubleC5
constant6doubleC6
constant7doubleC7
constant8doubleC8
bulkModulusdouble bulk modulus
densitydoubledensity
thermaldoublealpha
massdoublear
stiffnessdoublebr
pModeSwitchoptional integer 0=model 89. 1 = model 90 (mean stress), 2 = model 90 (maxwell element stress)
pExponentYminRateoptional double Exponent Y at min strain rate
pMinStrainRateoptional double Min valid strain rate
pExponentYmaxRateoptional double Exponent Y at max strain rate
pMaxStrainRateoptional double Max valid strain rate
Return valueIFGPMdamageMaterial

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