C11
Elastic constant
Names by executable 4 executables, 4 uses
mechanics.model0.C11
mechanics.model0.C11
model0.C11
model0.C11
Model::Solid::Linear::Hexagonal =============================== :bdg-link-secondary-line:`src/Model/Solid/Linear/Hexagonal.H <../../../../doxygen/Linear_2Hexagonal_8H_source.html>` This class implements elasticity for a linear material with hexagonal symmetry. The elastic modulus tensor :math:`\mathbb{C}` has major and minor symmetry but not cubic symmetry, so the symmetry class for this material is MajorMinor The five elastic constants in the unrotated system are :math:`C_{11},C_{12},C_{13},C_{33},C_{44}`, and the resulting elastic modulus tensor is .. math:: \mathbb{C} &= \begin{bmatrix} C_{0000} & C_{0011} & C_{0022} & C_{0012} & C_{0020} & C_{0001} \\ C_{1100} & C_{1111} & C_{1122} & C_{1112} & C_{1120} & C_{1101} \\ C_{2200} & C_{2211} & C_{2222} & C_{2212} & C_{2220} & C_{2201} \\ C_{1200} & C_{1211} & C_{1222} & C_{1212} & C_{1220} & C_{1201} \\ C_{2000} & C_{2011} & C_{2022} & C_{2012} & C_{2020} & C_{2001} \\ C_{0100} & C_{0111} & C_{0122} & C_{0112} & C_{0120} & C_{0101} \end{bmatrix} \\ &= \begin{bmatrix} C_{11} & C_{12} & C_{12} & & & \\ C_{12} & C_{11} & C_{13} & & & \\ C_{12} & C_{13} & C_{33} & & & \\ & & & C_{44} & & \\ & & & & 0.5(C_{11}-C_{12}) & \\ & & & & & 0.5(C_{11}-C_{12}) \end{bmatrix} Rotations can be specified using Bunge euler angles to generate a rotation matrix :math:`\mathbf{R}`. The rotated modulus tensor :math:`\mathbb{C}^{rot}` is then .. math:: \mathbb{C}^{rot}_{psqt} = \mathbb{C}_{ijkl}R_{pi}R_{qj}R_{sk}R_{tl} .. container:: input-reference-math-loader :math:`\phantom{0}` .. raw:: html
C11
Elastic constant
mechanics.model0.C11
mechanics.model0.C11
model0.C11
model0.C11
C12
Elastic constant
mechanics.model0.C12
mechanics.model0.C12
model0.C12
model0.C12
C13
Elastic constant
mechanics.model0.C13
mechanics.model0.C13
model0.C13
model0.C13
C33
Elastic constant
mechanics.model0.C33
mechanics.model0.C33
model0.C33
model0.C33
C44
Elastic constant
mechanics.model0.C44
mechanics.model0.C44
model0.C44
model0.C44
phi1
Bunge Euler angle \(\phi_1\)
mechanics.model0.phi1
mechanics.model0.phi1
model0.phi1
model0.phi1
Phi
Bunge Euler angle \(\Phi\)
mechanics.model0.Phi
mechanics.model0.Phi
model0.Phi
model0.Phi
phi2
Bunge Euler angle \(\phi_2\)
mechanics.model0.phi2
mechanics.model0.phi2
model0.phi2
model0.phi2