Elasticipy package

Submodules

• Elasticipy.tensors.fourth_order module
  • FourthOrderTensor
    • FourthOrderTensor.matrix
    • FourthOrderTensor.ddot()
    • FourthOrderTensor.flatten()
    • FourthOrderTensor.full_tensor()
    • FourthOrderTensor.identity()
    • FourthOrderTensor.inv()
    • FourthOrderTensor.mean()
    • FourthOrderTensor.ndim
    • FourthOrderTensor.rotate()
    • FourthOrderTensor.shape
    • FourthOrderTensor.tensor_name
    • FourthOrderTensor.transpose_array()
    • FourthOrderTensor.zeros()
  • SymmetricFourthOrderTensor
    • SymmetricFourthOrderTensor.invariants()
    • SymmetricFourthOrderTensor.tensor_name
  • rotate_tensor()
  • unvoigt_index()
  • voigt_indices()
• Elasticipy.tensors.elasticity module
  • ComplianceTensor
    • ComplianceTensor.C11_C12_factor
    • ComplianceTensor.C46_C56_factor
    • ComplianceTensor.Hill_average()
    • ComplianceTensor.Reuss_average()
    • ComplianceTensor.Voigt_average()
    • ComplianceTensor.bulk_modulus
    • ComplianceTensor.component_prefix
    • ComplianceTensor.eig()
    • ComplianceTensor.eig_compliances
    • ComplianceTensor.eig_stiffnesses
    • ComplianceTensor.eig_stresses
    • ComplianceTensor.inv()
    • ComplianceTensor.isotropic()
    • ComplianceTensor.orthotropic()
    • ComplianceTensor.tensor_name
    • ComplianceTensor.to_pymatgen()
    • ComplianceTensor.transverse_isotropic()
    • ComplianceTensor.universal_anisotropy
    • ComplianceTensor.weighted_average()
  • StiffnessTensor
    • StiffnessTensor.C11_C12_factor
    • StiffnessTensor.C46_C56_factor
    • StiffnessTensor.Christoffel_tensor()
    • StiffnessTensor.Hill_average()
    • StiffnessTensor.Poisson_ratio
    • StiffnessTensor.Reuss_average()
    • StiffnessTensor.Voigt_average()
    • StiffnessTensor.Young_modulus
    • StiffnessTensor.Zener_ratio()
    • StiffnessTensor.average()
    • StiffnessTensor.bulk_modulus
    • StiffnessTensor.component_prefix
    • StiffnessTensor.cubic()
    • StiffnessTensor.eig()
    • StiffnessTensor.eig_compliances
    • StiffnessTensor.eig_stiffnesses
    • StiffnessTensor.eig_stiffnesses_multiplicity()
    • StiffnessTensor.eig_strains
    • StiffnessTensor.fromCrystalSymmetry()
    • StiffnessTensor.from_Kelvin()
    • StiffnessTensor.from_MP()
    • StiffnessTensor.from_txt_file()
    • StiffnessTensor.hexagonal()
    • StiffnessTensor.inv()
    • StiffnessTensor.is_cubic()
    • StiffnessTensor.is_isotropic()
    • StiffnessTensor.is_tetragonal()
    • StiffnessTensor.isotropic()
    • StiffnessTensor.linear_compressibility
    • StiffnessTensor.monoclinic()
    • StiffnessTensor.orthorhombic()
    • StiffnessTensor.orthotropic()
    • StiffnessTensor.save_to_txt()
    • StiffnessTensor.shear_modulus
    • StiffnessTensor.tensor_name
    • StiffnessTensor.tetragonal()
    • StiffnessTensor.to_Kelvin()
    • StiffnessTensor.to_pymatgen()
    • StiffnessTensor.transverse_isotropic()
    • StiffnessTensor.triclinic()
    • StiffnessTensor.trigonal()
    • StiffnessTensor.universal_anisotropy
    • StiffnessTensor.wave_velocity()
    • StiffnessTensor.weighted_average()
• Elasticipy.tensors.second_order module
  • SecondOrderTensor
    • SecondOrderTensor.matrix
    • SecondOrderTensor.C
    • SecondOrderTensor.I1
    • SecondOrderTensor.I2
    • SecondOrderTensor.I3
    • SecondOrderTensor.J1
    • SecondOrderTensor.J2
    • SecondOrderTensor.J3
    • SecondOrderTensor.Lode_angle()
    • SecondOrderTensor.T
    • SecondOrderTensor.ddot()
    • SecondOrderTensor.deviatoric_part()
    • SecondOrderTensor.div()
    • SecondOrderTensor.dot()
    • SecondOrderTensor.eig()
    • SecondOrderTensor.eigvals()
    • SecondOrderTensor.eye()
    • SecondOrderTensor.flatten()
    • SecondOrderTensor.inv()
    • SecondOrderTensor.load_from_npy()
    • SecondOrderTensor.load_from_txt()
    • SecondOrderTensor.matmul()
    • SecondOrderTensor.max()
    • SecondOrderTensor.mean()
    • SecondOrderTensor.min()
    • SecondOrderTensor.name
    • SecondOrderTensor.ndim
    • SecondOrderTensor.ones()
    • SecondOrderTensor.principal_directions()
    • SecondOrderTensor.rand()
    • SecondOrderTensor.randn()
    • SecondOrderTensor.reshape()
    • SecondOrderTensor.rotate()
    • SecondOrderTensor.save()
    • SecondOrderTensor.save_as_txt()
    • SecondOrderTensor.shape
    • SecondOrderTensor.shear()
    • SecondOrderTensor.skew_part()
    • SecondOrderTensor.spherical_part()
    • SecondOrderTensor.std()
    • SecondOrderTensor.symmetric_part()
    • SecondOrderTensor.tensile()
    • SecondOrderTensor.to_pymatgen()
    • SecondOrderTensor.trace()
    • SecondOrderTensor.transpose_array()
    • SecondOrderTensor.transpose_tensor()
    • SecondOrderTensor.zeros()
  • SkewSymmetricSecondOrderTensor
    • SkewSymmetricSecondOrderTensor.name
  • SymmetricSecondOrderTensor
    • SymmetricSecondOrderTensor.eig()
    • SymmetricSecondOrderTensor.eigvals()
    • SymmetricSecondOrderTensor.from_Kelvin()
    • SymmetricSecondOrderTensor.from_Voigt()
    • SymmetricSecondOrderTensor.name
    • SymmetricSecondOrderTensor.to_Kelvin()
    • SymmetricSecondOrderTensor.to_Voigt()
    • SymmetricSecondOrderTensor.voigt_map
  • is_orix_rotation()
  • rotation_to_matrix()
• Elasticipy.tensors.stress_strain module
  • StrainTensor
    • StrainTensor.elastic_energy()
    • StrainTensor.eq_strain()
    • StrainTensor.name
    • StrainTensor.principal_strains()
    • StrainTensor.voigt_map
    • StrainTensor.volumetric_strain()
  • StressTensor
    • StressTensor.Tresca()
    • StressTensor.elastic_energy()
    • StressTensor.hydrostatic_pressure()
    • StressTensor.name
    • StressTensor.principal_stresses()
    • StressTensor.vonMises()
• Elasticipy.spherical_function module
  • HyperSphericalFunction
    • HyperSphericalFunction.domain
    • HyperSphericalFunction.eval()
    • HyperSphericalFunction.eval_spherical()
    • HyperSphericalFunction.evaluate_on_spherical_grid()
    • HyperSphericalFunction.mean()
    • HyperSphericalFunction.name
    • HyperSphericalFunction.plot3D()
    • HyperSphericalFunction.plot_as_pole_figure()
    • HyperSphericalFunction.plot_xyz_sections()
    • HyperSphericalFunction.var()
  • SphericalFunction
    • SphericalFunction.domain
    • SphericalFunction.eval()
    • SphericalFunction.eval_spherical()
    • SphericalFunction.evaluate_on_spherical_grid()
    • SphericalFunction.max()
    • SphericalFunction.mean()
    • SphericalFunction.min()
    • SphericalFunction.name
    • SphericalFunction.plot3D()
    • SphericalFunction.plot_as_pole_figure()
    • SphericalFunction.plot_xyz_sections()
    • SphericalFunction.std()
    • SphericalFunction.var()
  • sph2cart()
  • uniform_spherical_distribution()
• Elasticipy.plasticity module
  • DruckerPrager
    • DruckerPrager.eq_stress()
    • DruckerPrager.normal()
  • IsotropicHardening
    • IsotropicHardening.apply_strain()
    • IsotropicHardening.compute_strain_increment()
    • IsotropicHardening.flow_stress()
    • IsotropicHardening.reset_strain()
  • JohnsonCook
    • JohnsonCook.compute_strain_increment()
    • JohnsonCook.flow_stress()
    • JohnsonCook.reset_strain()
  • PlasticityCriterion
    • PlasticityCriterion.eq_stress()
    • PlasticityCriterion.normal()
  • TrescaPlasticity
    • TrescaPlasticity.eq_stress()
    • TrescaPlasticity.normal()
  • VonMisesPlasticity
    • VonMisesPlasticity.eq_stress()
    • VonMisesPlasticity.normal()

Module contents