ND material¶
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class
xc.NDMaterial¶ Bases:
xc.Material-
getInitialTangent((NDMaterial)arg1) → Matrix :¶ Return material initial stiffness matrix.
- C++ signature :
- XC::Matrix getInitialTangent(XC::NDMaterial {lvalue})
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getRho¶ Return the material density.
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getStress((NDMaterial)arg1) → Vector :¶ Return the material stresses (the order of the components depends on the subclass) [sigma_11, sigma_22, sigma_33, sigma_12, sigma_23, sigma_31].
- C++ signature :
- XC::Vector getStress(XC::NDMaterial {lvalue})
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getTangent((NDMaterial)arg1) → Matrix :¶ Return material stiffness matrix.
- C++ signature :
- XC::Matrix getTangent(XC::NDMaterial {lvalue})
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rho¶ Material density.
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setTrialStrain((NDMaterial)arg1, (Vector)arg2) → int :¶ Set the trial strains for the material (the order of the components depends on the subclass) [eps_11, eps_22, eps_33, eps_12, eps_23, eps_31].
- C++ signature :
- int setTrialStrain(XC::NDMaterial {lvalue},XC::Vector)
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class
xc.ElasticIsotropicMaterial¶ Bases:
xc.NDMaterial
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class
xc.J2Plasticity¶ Bases:
xc.NDMaterial-
setup((J2Plasticity)arg1, (float)arg2, (float)arg3, (float)arg4, (float)arg5, (float)arg6, (float)arg7, (float)arg8) → None :¶ setup(K, G, initYield, finalYield, delta, linearHardening, viscosity) set paramater values
- C++ signature :
- void setup(XC::J2Plasticity {lvalue},double,double,double,double,double,double,double)
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class
xc.NDAdaptorMaterial¶ Bases:
xc.NDMaterial