ContactMechanics.GreensFunctions package

Submodules

ContactMechanics.GreensFunctions.Anisotropic module

class ContactMechanics.GreensFunctions.Anisotropic.AnisotropicGreensFunction(C11, C12, C44, thickness=None, R=array([[1., 0., 0.], [0., 1., 0.], [0., 0., 1.]]))

Bases: object

Methods

bulkop(qx, qy, qz)

Return the linear operator M_il = -C_ijkl q_j q_k

__call__
elasticity_tensor
find_eigenvalues
find_eigenvectors
greens_function
stiffness
voigt_from_tensor

bulkop(qx, qy, qz)

Return the linear operator M_il = -C_ijkl q_j q_k

Parameters:: q (3-vector) – Components of the wavevector
Returns:: M – Linear operator
Return type:: 3x3-matrix

elasticity_tensor(i, j, k, L)

find_eigenvalues(qx, qy)

find_eigenvectors(qx, qy, qz, rcond=1e-06)

greens_function(qx, qy, zero_tol=1e-06)

stiffness(qx, qy, zero_tol=1e-06)

voigt_from_tensor(C_tensor, Voigt_ij, Voigt_kl)

ContactMechanics.GreensFunctions.Isotropic module

class ContactMechanics.GreensFunctions.Isotropic.IsotropicGreensFunction(shear_modulus, Poisson_ratio)

Bases: object

Methods

__call__
greens_function
stiffness

greens_function(qx, qy)

stiffness(qx, qy)

Module contents