sfepy/sfepy — Issue #133: Provide examples for SfePy Terms
Author: rc
Created: 2012-01-30 10:27:01+00:00
State: open

The following list of SfePy Terms still need examples:

d_acoustic_alpha
d_acoustic_surface
d_of_ns_min_grad1
d_of_ns_min_grad2
d_of_ns_surf_min_d_press
d_sa_acoustic_alpha
d_sa_acoustic_alpha2
d_sa_acoustic_z
d_sa_acoustic_z2
d_sd_convect
d_sd_div
d_sd_div_grad
d_sd_st_grad_div
d_sd_st_pspg_c
d_sd_st_pspg_p
d_sd_st_supg_c
d_sd_test_pq
d_surface
d_surface_dot
d_volume_dot
de_average_variable
de_biot_stress
de_volume_average_mat
di_surface_moment
di_volume_integrate_mat
dq_biot_stress
dq_cauchy_strain
dq_cauchy_stress
dq_def_grad
dq_lin_convect
dq_state_in_surface_qp
dq_state_in_volume_qp
dw_acoustic
dw_acoustic_integrate
dw_adj_convect1
dw_adj_convect2
dw_adj_div_grad
dw_bc_newton
dw_biot_eth
dw_biot_th
dw_convect
dw_diffusion_r
dw_electric_source
dw_lin_elastic_eth
dw_lin_elastic_th
dw_lin_prestress
dw_mass
dw_mass_scalar_fine_coarse
dw_of_ns_surf_min_d_press_diff
dw_permeability_r
dw_st_adj1_supg_p
dw_st_adj2_supg_p
dw_st_adj_supg_c
dw_stokes_w
dw_surface_integrate_w
dw_surface_mass_scalar_w
dw_ul_bulk_penalty
dw_ul_he_mooney_rivlin
dw_ul_he_neohook
dw_volume_dot_w
dw_volume_dot_w_scalar_eth
dw_volume_dot_w_scalar_th
dw_volume_integrate
dw_volume_integrate_w

Migrated from http://code.google.com/p/sfepy/issues/detail?id=131

earlier comments

robert.cimrman said, at 2010-05-20T08:23:07.000Z:

The following terms are rather special:

*_acoustic_* terms relate to homogenization of a perforated layer w.r.t. sound
propagation and related sensitivity analysis

*_sd_* terms are "shape derivatives" (sensitivities to domain shape changes) of
corresponding terms, used in shape optimization

*_adj* terms are adjoint terms to certain terms, used also in shape optimization

*_of_* terms are objective functions and their derivatives in shape optimization

It is not trivial to use them correctly - the right context is needed.

Some care is also needed in case of:

*_th, *_eth terms are fading memory terms with convolution kernels, resulting from
homogenization of porous media

The rest are "usual" terms that can be used to build PDEs (dw_* terms) or evaluate
quantities during post-processing (de_*, d_*, dq_*).