conforce
Getting started
Readme
Supported element types
Theory
Configurational forces
Deformation gradient
Aspects of finite elements
First Piola-Kirchhoff stress
Abbreviations
Examples
Example 1 - Two-phase bar
Example 2 - CT-specimen with linear elastic material behaviour
Example 3 - CT-specimen with elastic-plastic material behaviour
Example 4 - K-field
Example 5 - Mixed mode K-field
Example 6 - 3D model
Library references
conforce
conforce_gen
conforce_abq
Appendix
Contributing
License
conforce
Index
Index – M
map_abaqus_element_type_to_supported_element_type (in module conforce.element_type_mapping)
map_nodes_to_element_nodal() (FieldOutputReader method)
map_symbolic_to_expression() (Computation method)
map_type_and_method_to_CF_function (in module conforce.cf_c)
map_type_and_method_to_CS_function (in module conforce.cf_c)
map_type_to_F_function (in module conforce.cf_c)
map_type_to_info (in module conforce.cf_c)
map_type_to_P_function (in module conforce.cf_c)
math_macros (CCodePrinter attribute)
module
conforce
conforce.cf_c
conforce.element_type_mapping
conforce.tensor_util
conforce_abq
conforce_abq.field_output_util
conforce_abq.main
conforce_abq.one_element_script
conforce_gen
conforce_gen.codegen
conforce_gen.element_definitions
conforce_gen.expressions
conforce_gen.one_element_runner
conforce_gen.symbolic_util
example_1_two_phase_bar
example_2_CT_specimen_linear_elastic
example_3_CT_specimen_elastic_plastic
example_4_k_field
example_5_k_field
example_6_3d_model
theory.abbreviations
theory.deformation_gradient
theory.finite_element
theory.first_piola_kirchhoff_stress