Z-mat user manual

• Z-mat General Commands
  • Z-mat interfaces
  • Interface files
  • ***automatic_time
  • ***behavior
  • ***debug
  • ***external_storage
  • ***material
  • *integration
  • *rotation
  • *initialize_variable
  • ***parameter
  • ***save_energies
  • ***skip_cycle
  • Zmaster interfaces
• Z-mat ABAQUS
  • Z-mat ABAQUS interface
  • Current status
  • Site definition
  • Interface files
  • Output variables
  • Extra files
  • User additions
  • Example
  • Post calculations
• Z-mat ANSYS
• Z-mat MSC-Marc
• Z-mat SAMCEF
• Z-mat Cosmos
• Z-mat LS-Dyna
• Z-mat FORGE
• Z-mat MORFEO
• Behavior functionality
  • Introduction to Behaviors
  • Grad-Flux
  • Material variables
  • Material file
  • <BEHAVIOR>
• Material Models
  • linear_elastic
  • damage_elasticity
  • linear_viscoelastic
  • hyper_elastic
  • <HYPERELASTICITY> arruda_boyce
  • hooke_large_displacement
  • hyper_elastic_mooney
  • hyper_elastic_mixte_mooney
  • hyper_elastic_mixte_rivlin
  • viscoelastic_spectral
  • hyperviscoelastic
  • gen_evp
  • reduced_plastic
  • porous_plastic
  • **porous_potential
  • general_tfa
  • mechanical_step_phase
  • umat
• Secondary Models
  • aging
  • aniso_damage
  • becker_needleman
  • cast_iron
  • cast_iron_brittle
  • bodner_partom
  • finite_strain_crystal
  • matmod
  • matmod_z
  • memory
  • non_associated
  • rousselier_poly
  • visco_aniso_damage
• Other Models
  • coefficient_diffusion
  • needleman_debonding
  • crisfield_debonding
  • chaboche_debonding
  • generalized_debonding
  • diffusion
  • linear_spring
  • thermal
  • variable_friction
• Material Components
  • <ANISOTROPIC_DAMAGE>
  • <ANISOTROPIC_DAMAGE> scalar
  • <ANISOTROPIC_DAMAGE> elastic_tensorial
  • <COEFFICIENT>
  • <COEFFICIENT_MATRIX>
  • <CONDUCTIVITY>
  • <CRITERION>
  • <CRITERION> anisotropic
  • <CRITERION> bron
  • <CRITERION> cast_iron
  • <CRITERION> hill
  • <CRITERION> karafillis_boyce
  • <CRITERION> linear_drucker_prager
  • <CRITERION> mises
  • <CRITERION> modified_nouailhas
  • <CRITERION> nouailhas
  • <CRITERION> ratio
  • <CRITERION> tensile_mises
  • <CRITERION> tresca
  • <CRITERION> unsym
  • <CRITERION> 2M1C
  • <CRYSTAL_KINEMATIC>
  • CRYSTAL_ORIENTATION
  • DAMAGE
  • DIRECT_KINEMATIC
  • <DIRECT_KINEMATIC> asaro
  • <DIRECT_KINEMATIC> non_symmetric
  • ELASTICITY
  • FLOW
  • <FLOW> function
  • <FLOW> gsell
  • <FLOW> hyperbolic
  • <FLOW> modified_visco
  • <FLOW> sellars_tegart
  • <FLOW> flow_sum
  • HYPERELASTIC_LAW
  • <HYPERELASTICITY> st_venant_kirchhoff
  • <HYPERELASTICITY> modified_sv_kirchhoff
  • <HYPERELASTICITY> ristinmaa
  • <HYPERELASTICITY> arruda_boyce
  • <HYPERELASTICITY> mooney
  • <HYPERELASTICITY> ogden
  • <HYPERELASTICITY> van_der_waals
  • <HYPERELASTICITY> fung
  • ISOTROPIC_HYPERELASTIC_LAW
  • <ISOTROPIC_HYPERELASTICITY> arruda_boyce
  • <ISOTROPIC_HYPERELASTICITY> mooney
  • <ISOTROPIC_HYPERELASTICITY> rivlin
  • <ISOTROPIC_HYPERELASTICITY> neo_hookean
  • <ISOTROPIC_HYPERELASTICITY> abaqus_neo_hookean
  • INTERACTION
  • ISOTROPIC
  • KINEMATIC
  • <KINEMATIC> aniso_nonlinear
  • LOCALIZATION
  • POROUS_CRITERION
  • <POROUS_CRITERION> cam_clay
  • <POROUS_CRITERION> elliptic
  • <POROUS_CRITERION> elliptic_aniso
  • <POROUS_CRITERION> fkm
  • <POROUS_CRITERION> gurson
  • <POROUS_CRITERION> rousselier
  • <POROUS_CRITERION> modified_rousselier
  • <POROUS_CRITERION> zhang_niemi
  • POTENTIAL
  • <POTENTIAL> associated
  • <POTENTIAL> coupled_recovery
  • <POTENTIAL> delobelle
  • <POTENTIAL> crystal
  • <POTENTIAL> gen_evp
  • <POTENTIAL> gen_evp2
  • <POTENTIAL> suvic
  • <POTENTIAL> 2M1C
  • <POTENTIAL> z6_gen_evp
  • SINTERING_STRAIN
  • SLIP_INTERACTION
  • STRAIN_NUCLEATION
  • THERMAL_STRAIN
• Modifiers
  • <MODIFIER>
  • <MODIFIER> lagrange_polar
  • <MODIFIER> lagrange_rotate
  • <MODIFIER> plane_stress
  • <MODIFIER> auto_step
  • <MODIFIER> runge_jacobian
  • <MODIFIER> runge_rollover
  • <MODIFIER> perturbation
  • <MODIFIER> explicit
  • <MODIFIER> bifurcation
• Model Simulation
  • Model Simulation
  • ****simulate
  • ***test
  • **constant_parameter
  • **error_plot
  • **load
  • **model
  • **output
  • **solver
  • **yield_surface
• Optimization
  • Introduction
  • ****optimize
  • ***compare
  • ***compare t_file_file
  • **compare g_file_file
  • ***compare i_file_file
  • ***compare i_func_file
  • ***constraint
  • ***comparison_constraint
  • ***files
  • ***function
  • ***value
  • **auto_init_from_file
  • **init_from_file
  • **format
  • ***shell
  • ***zrun
  • ****optimize nelder_mead
  • ****optimize levenberg_marquardt
  • ****optimize evolution
  • ****optimize augmented_lagrangian
  • ****optimize single

Bibliography