4C
Contents:
About 4C
Overview
Capabilities
History
4C Community
Roles in the 4C community
4C Open Source community
4C Developer
4C Maintainer
Developer life cycle model
Becoming a member of the developer group
Inactivity and removal
Rejoining the developer group
Installation
External dependencies
Build information
Download and install
Access the repository
Configure
Build
Set-up your IDE
CLion
Visual Studio Code
Build 4C with custom targets
Custom target specifiers
Tutorials
Creating a Geometry with Coreform Cubit®
Fluid Tutorial
Introduction
Preprocessing
Creating the Geometry with Cubit
Working with 4C
General Procedure of Creating a Valid 4C Input File
Setting the boundary conditions
Running a Simulation with 4C
Postprocessing
Filtering result data
Visualize your results in Paraview
FSI Tutorial 2D
Introduction
The FSI problem with a partitioned solver
Geometry description
General parameters
Boundary conditions
Running the Simulation
Postprocessing
The FSI problem with a monolithic solver
Fluid split
Structure split
FSI Tutorial 3D
Introduction
Creating the Geometry with Cubit
Creating the 4C input file
Geometry description
General parameters
Running the simulation
Postprocessing
3D Solid Tutorial with Coreform Cubit®
Introduction
Preprocessing
Simulation
Post processing
3D Contact Tutorial
Overview
Problem description
Create files
Define Geometry
Define Boundary Conditions
Specify Simulation Settings
Run Simulation
3D Solid-State Battery Tutorial
Overview
Problem description
Input files
Definition of the geometry
Definition of the materials
Definition of the boundary conditions
Definition of the interface conditions
Specification of the simulation settings
Run Simulation
Analysis Guide
Workflow
4C Simulation
Running examples
Restarting an analysis
Preprocessing
Generating
Exodus
II
files
Other ways to create a 4C input directly
Modify 4C input files
Postprocessing
Direct VTK output
Conversion to readable formats
post_monitor
ParaView
Animations
Problem types
Single field problems:
Ale
ArterialNetwork
Cardiac_Monodomain
Fluid
Electrochemistry
Fluid_Top_Opt
Fluid_XFEM
Level_Set
Particle
Polymer_Network
ReducedDimensionalAirWays
Scalar_Transport
Structure
Thermo
Multi field problems:
Biofilm_Fluid_Structure_Interaction
Elastohydrodynamic_Lubrication
Fluid_Ale
Fluid_Beam_Interaction
Fluid_Freesurface
Fluid_Poro_Structure_Interaction_XFEM
Fluid_Porous_Structure_Interaction
Fluid_Porous_Structure_Scalar_Scalar_Interaction
Fluid_RedModels
Fluid_Structure_Interaction
Fluid_Structure_Interaction_RedModels
Fluid_Structure_Interaction_XFEM
Fluid_XFEM_LevelSet
Gas_Fluid_Structure_Interaction
Low_Mach_Number_Flow
Lubrication
Multiphase_Poroelasticity
Multiphase_Poroelasticity_ScaTra
Multiphase_Porous_Flow
NP_Supporting_Procs
Particle_Structure_Interaction
Poroelastic_scalar_transport
Poroelasticity
Scalar_Thermo_Interaction
Structure_Ale
Structure_Scalar_Interaction
Structure_Scalar_Thermo_Interaction
Thermo_Fluid_Structure_Interaction
Thermo_Structure_Interaction
Tutorial
Geometry Discretization
Finite Element Discretization
Domain definition
Node definition
Element definition
Geometry sets
Particle Discretization
Elements
Structure Elements
Fluid Elements
Lubrication Elements
Transport Elements
Transport2 Elements
ALE Elements
Thermo Elements
Artery Elements
Reduced D Airways Elements
Function definitions
Boundary Conditions
Local Coordinate System
Dirichlet Boundary Conditions
Neumann Boundary Conditions
Robin (Spring-Dashpot) conditions
Constraint conditions
Several nodes coupled for specific degrees of freedom
Surface coupled to a node in a given direction
Node displacement relative to a given surface or line
Periodic boundary conditions
Contact conditions
Defining boundary conditions for geometries from EXODUS files
Contact and Mesh tying
Contact
Contact and symmetry conditions
Contact at edges/corners
Mesh Tying
Materials
General information
Structural Material Models
Fluid Material Models
Other Material Models
Coupling Material Models for Various Physics on a Single Discretization
Solving nonlinear systems in structural simulations
Time stepping in dynamic simulations
Explicit time stepping procedure
Implicit time stepping procedure
Iterative solution
Theory
Order of accuracy
Generalised-alpha time-stepping procedure
Time adaptivity
Based on indication of the local discretisation error
Zienkiewicz and Xie indicator
Linear solver
Solvers for single-field problems
Solvers for coupled problems (aka multiphysics)
Partitioned solution using a staggered or iterative coupling scheme:
Monolithic solution:
Special case: Contact
Solver Interfaces
Direct solver
Iterative solver
Preconditioners
Developer guide
Coding Guidelines
General Guidelines regarding Coding in C++
4C-specific coding guidelines
Avoid define flags
Avoid header-in-header inclusion
Use of smart pointers
Use of
Teuchos::ParameterList
Const-correctness
Enums
4C-specific Naming Conventions
Directory structure
Details of the
src
directory
Testing
Overview on testing mechanisms
Guidelines for 4C input files
Executing 4C unit tests
How to add unit tests to 4C
CMake
Configuration from a terminal
Defining your own CMake presets
Reference of all CMake variables
Configuration from the IDE
For CMake maintainers
Conventions
General
Configuring dependencies
Internal dependency management
Debugging and Profiling Tools
Overview of debugging and profiling tools
Useful options for Debugging with gdb (or your IDE)
Build debug version
Pretty printing of the Standard Library
Useful settings for MPI Debugging
Code profiling with
callgrind
Configure and build for profiling
Run simulation with
valgrind
Examine results with
kcachegrind
Teuchos Time Monitor
Add a timer for a method in 4C
How to interpret the output of the
TimeMonitor
Documenting the code with Doxygen
What is Doxygen and why does 4C rely on it?
4C’s Policy
How to write useful Doxygen documentation
What needs to be documented?
Building the Doxygen Documentation
Local build using CMake
Pipeline build
Choosing good names to simplify documentation
Use Intention-Revealing Names
Use Searchable Names
Use Pronounceable Names
Coverage report
Best practices
1. Coverage comes after good tests
1. Coverage should increase over time
Code coverage
Some technical details
Speed up recompilation using
ccache
Enforce a complete recompilation
Cloning 4C on a cluster
Method 1: Clone 4C repository from GitHub
Method 2: Clone 4C from local workstation
Method 3: Clone 4C from local workstation via reverse ssh tunnel
Distributed computations with the Petra Object Model
Petra Object Model
Types of Maps – a linear algebra point of view
Types of Maps – a finite element point of view
Development of specific code blocks
Development of material models
Input reader for the material model
Definition of the material model as an enumeration item
Definition of the classes needed for the new material
Selection of the material model
Unit test of the material model
Remark on the dimensionality of the material model
How to release 4C
Input Parameter Reference
General
Sections
Comments
Extended Backus–Naur formalism
Element reference
Element types
STRUCTURE ELEMENTS
FLUID ELEMENTS
LUBRICATION ELEMENTS
TRANSPORT ELEMENTS
TRANSPORT2 ELEMENTS
ALE ELEMENTS
THERMO ELEMENTS
ARTERY ELEMENTS
REDUCED D AIRWAYS ELEMENTS
ACOUSTIC ELEMENTS
Cell types
0D cell types
1D cell types
2D cell types
3D cell types
Material reference
MAT_LinElast1DGrowth
MAT_LinElast1D
MAT_crystal_plasticity
MIX_GrowthRemodelMixtureRule
MIX_Rule_Simple
MIX_Rule_Map
MIX_Rule_Function
MIX_Constituent_RemodelFiber_Material_Exponential_Active
MIX_Constituent_RemodelFiber_Material_Exponential
MIX_Constituent_ImplicitRemodelFiber
MIX_Constituent_ExplicitRemodelFiber
MIX_Constituent_FullConstrainedMixtureFiber
MIX_Prestress_Strategy_Iterative
MIX_Prestress_Strategy_Cylinder
MIX_Prestress_Strategy_Constant
MAT_IterativePrestress
MIX_GrowthStrategy_Stiffness
MIX_GrowthStrategy_Anisotropic
MIX_GrowthStrategy_Isotropic
MIX_Constituent_SolidMaterial
MIX_Constituent_ElastHyper_ElastinMembrane
MIX_Constituent_ElastHyper_Damage
MIX_Constituent_ElastHyper
MAT_Mixture
MAT_ParticleWallDEM
MAT_ParticleDEM
MAT_ParticleSPHBoundary
MAT_ParticleSPHFluid
MAT_0D_MAXWELL_ACINUS_OGDEN
MAT_0D_MAXWELL_ACINUS_DOUBLEEXPONENTIAL
MAT_0D_MAXWELL_ACINUS_EXPONENTIAL
MAT_0D_MAXWELL_ACINUS_NEOHOOKEAN
MAT_0D_MAXWELL_ACINUS
MAT_Crosslinker
MAT_Kirchhoff_Love_shell
MAT_BeamKirchhoffTorsionFreeElastHyper_ByModes
MAT_BeamKirchhoffTorsionFreeElastHyper
MAT_BeamKirchhoffElastHyper_ByModes
MAT_BeamKirchhoffElastHyper
MAT_BeamReissnerElastHyper_ByModes
MAT_BeamReissnerElastPlastic
MAT_BeamReissnerElastHyper
MAT_Struct_Spring
MAT_PhaseLawByFunction
MAT_PhaseLawConstraint
MAT_PhaseLawTangent
MAT_PhaseLawLinear
MAT_FluidPoroSinglePhaseDofSaturation
MAT_FluidPoroSinglePhaseDofPressure
MAT_FluidPoroSinglePhaseDofDiffPressure
MAT_FluidPoroVolFracPressure
MAT_FluidPoroSingleVolFrac
MAT_FluidPoroSinglePhase
MAT_FluidPoroSingleReaction
MAT_FluidPoroMultiPhaseReactions
MAT_FluidPoroMultiPhase
MAT_FluidPoro
MAT_StructPoroReactionECM
MAT_StructPoroReaction
MAT_FluidPoroViscosityLawCellAdherence
MAT_FluidPoroViscosityLawConstant
MAT_FluidPoroRelPermeabilityLawExp
MAT_FluidPoroRelPermeabilityLawConstant
MAT_PoroDensityLawExp
MAT_PoroDensityLawConstant
MAT_PlasticElastHyper
MAT_PlasticElastHyperVCU
MAT_ElastHyper
ELAST_Iso1Pow
MAT_Struct_Multiscale
MAT_Struct_Damage
ELAST_IsoMooneyRivlin
MAT_Struct_SuperElastSMA
MAT_Struct_PlasticGTN
MAT_Struct_ThermoPlasticLinElast
ELAST_CoupLogNeoHooke
MAT_Struct_DruckerPrager
MAT_Struct_ThermoStVenantK
MAT_Struct_StVenantKirchhoff
ELAST_CoupSimoPister
MAT_Struct_PlasticNlnLogNeoHooke
MAT_elchphase
ELAST_IsoAnisoExpo
ELAST_CoupSVK
MAT_Struct_PlasticLinElast
MAT_elchmat
ELAST_Iso2Pow
MAT_matlist_chemo_reac
MAT_matlist_chemotaxis
MAT_matlist_reactions
MAT_Struct_Robinson
MAT_matlist
MAT_electrode
ELAST_IsoExpoPow
MAT_scatra_reaction_poro
MAT_Muscle_Weickenmeier
MAT_Struct_Viscoplastic_No_Yield_Surface
MAT_lubrication_law_roeland
MAT_VISCONEOHOOKE
MAT_lubrication_law_barus
MAT_fluid_weakly_compressible
VISCO_IsoRateDep
MAT_ViscoElastHyper
MAT_lubrication_law_constant
MAT_fluid_murnaghantait
ELAST_IsoOgden
MAT_VISCOANISO
MAT_lubrication
MAT_fluid_linear_density_viscosity
ELAST_IsoNeoHooke
MAT_carreauyasuda
VISCO_GenMax
MAT_scatra
MAT_herschelbulkley
MAT_sutherland
MAT_Struct_AAANeoHooke
ELAST_CoupBlatzKo
MAT_modpowerlaw
MAT_scatra_multiporo_volfrac
MAT_fluid
ELAST_IsoMuscle_Blemker
MAT_scatra_reaction
MAT_myocard
MAT_scatra_multiporo_fluid
MAT_scatra_multiporo_solid
MAT_scatra_multiporo_temperature
MAT_Muscle_Combo
MAT_scatra_chemotaxis
MAT_newman
MAT_scatra_multiscale
MAT_Muscle_Giantesio
MAT_Struct_ThermoPlasticHyperElast
MAT_ion
MAT_newman_multiscale
MAT_scl
ELAST_CoupLogMixNeoHooke
ELAST_CoupExpPol
ELAST_CoupNeoHooke
ELAST_CoupMooneyRivlin
ELAST_IsoYeoh
ELAST_Coup1Pow
ELAST_Coup2Pow
ELAST_Coup3Pow
ELAST_Coup13aPow
ELAST_IsoTestMaterial
ELAST_RemodelFiber
ELAST_VolSussmanBathe
ELAST_VolPenalty
ELAST_VolOgden
ELAST_VolPow
ELAST_CoupAnisoExpoActive
ELAST_CoupAnisoExpo
ELAST_CoupAnisoExpoShear
ELAST_CoupAnisoPow
ELAST_CoupAnisoExpoTwoCoup
ELAST_CoupAnisoNeoHooke
ELAST_AnisoActiveStress_Evolution
ELAST_CoupAnisoNeoHooke_VarProp
ELAST_StructuralTensor
ELAST_CoupTransverselyIsotropic
ELAST_CoupVarga
ELAST_IsoVarga
VISCO_CoupMyocard
VISCO_Fract
MAT_ConstraintMixture
VISCO_PART
VISCO_GeneralizedGenMax
MAT_CNST_ART
VISCO_BRANCH
MAT_Fourier
MAT_soret
MAT_Membrane_ElastHyper
MAT_Membrane_ActiveStrain
MAT_GrowthRemodel_ElastHyper
MAT_MultiplicativeSplitDefgradElastHyper
MAT_InelasticDefgradNoGrowth
MAT_InelasticDefgradLinScalarIso
MAT_InelasticDefgradLinScalarAniso
MAT_InelasticDefgradPolyIntercalFracIso
MAT_InelasticDefgradPolyIntercalFracAniso
MAT_InelasticDefgradLinTempIso
MAT_InelasticDefgradTimeFunct
MAT_InelasticDefgradTransvIsotropElastViscoplast
MAT_ViscoplasticLawReformulatedJohnsonCook
MAT_ScDepInterp
MAT_StructPoro
MAT_PoroLawLinear
MAT_PoroLawConstant
MAT_PoroLawNeoHooke
MAT_PoroLawIncompSkel
MAT_PoroLawLinBiot
MAT_PoroLawDensityDependent
Cloning material reference
Prescribed Condition Reference
DESIGN POINT NEUMANN CONDITIONS
DESIGN POINT MOMENT EB CONDITIONS
DESIGN LINE NEUMANN CONDITIONS
DESIGN SURF NEUMANN CONDITIONS
DESIGN VOL NEUMANN CONDITIONS
DESIGN POINT TRANSPORT NEUMANN CONDITIONS
DESIGN LINE TRANSPORT NEUMANN CONDITIONS
DESIGN SURF TRANSPORT NEUMANN CONDITIONS
DESIGN VOL TRANSPORT NEUMANN CONDITIONS
DESIGN POINT THERMO NEUMANN CONDITIONS
DESIGN LINE THERMO NEUMANN CONDITIONS
DESIGN SURF THERMO NEUMANN CONDITIONS
DESIGN VOL THERMO NEUMANN CONDITIONS
DESIGN POINT PORO NEUMANN CONDITIONS
DESIGN LINE PORO NEUMANN CONDITIONS
DESIGN SURF PORO NEUMANN CONDITIONS
DESIGN VOL PORO NEUMANN CONDITIONS
DESIGN POINT DIRICH CONDITIONS
DESIGN LINE DIRICH CONDITIONS
DESIGN SURF DIRICH CONDITIONS
DESIGN VOL DIRICH CONDITIONS
DESIGN POINT ALE DIRICH CONDITIONS
DESIGN LINE ALE DIRICH CONDITIONS
DESIGN SURF ALE DIRICH CONDITIONS
DESIGN VOL ALE DIRICH CONDITIONS
DESIGN POINT TRANSPORT DIRICH CONDITIONS
DESIGN LINE TRANSPORT DIRICH CONDITIONS
DESIGN SURF TRANSPORT DIRICH CONDITIONS
DESIGN VOL TRANSPORT DIRICH CONDITIONS
DESIGN POINT THERMO DIRICH CONDITIONS
DESIGN LINE THERMO DIRICH CONDITIONS
DESIGN SURF THERMO DIRICH CONDITIONS
DESIGN VOL THERMO DIRICH CONDITIONS
DESIGN POINT PORO DIRICH CONDITIONS
DESIGN LINE PORO DIRICH CONDITIONS
DESIGN SURF PORO DIRICH CONDITIONS
DESIGN VOL PORO DIRICH CONDITIONS
DESIGN POINT NURBS LS DIRICH CONDITIONS
DESIGN LINE NURBS LS DIRICH CONDITIONS
DESIGN SURF NURBS LS DIRICH CONDITIONS
DESIGN VOL NURBS LS DIRICH CONDITIONS
DESIGN POINT COUPLING CONDITIONS
DESIGN POINT THERMO COUPLING CONDITIONS
DESIGN POINT INITIAL FIELD CONDITIONS
DESIGN LINE INITIAL FIELD CONDITIONS
DESIGN SURF INITIAL FIELD CONDITIONS
DESIGN VOL INITIAL FIELD CONDITIONS
DESIGN POINT THERMO INITIAL FIELD CONDITIONS
DESIGN LINE THERMO INITIAL FIELD CONDITIONS
DESIGN SURF THERMO INITIAL FIELD CONDITIONS
DESIGN VOL THERMO INITIAL FIELD CONDITIONS
DESIGN DOMAIN INTEGRAL SURF CONDITIONS
DESIGN DOMAIN INTEGRAL VOL CONDITIONS
DESIGN BOUNDARY INTEGRAL SURF CONDITIONS
DESIGN LINE ALE WEAR CONDITIONS 2D
DESIGN SURFACE WEAR CONDITIONS 3D
DESIGN POINT LOCSYS CONDITIONS
DESIGN LINE LOCSYS CONDITIONS
DESIGN SURF LOCSYS CONDITIONS
DESIGN VOL LOCSYS CONDITIONS
DESIGN LINE PERIODIC BOUNDARY CONDITIONS
DESIGN SURF PERIODIC BOUNDARY CONDITIONS
DESIGN LINE WEAK DIRICHLET CONDITIONS
DESIGN SURFACE WEAK DIRICHLET CONDITIONS
DESIGN PATCH RECOVERY BOUNDARY LINE CONDITIONS
DESIGN PATCH RECOVERY BOUNDARY SURF CONDITIONS
DESIGN SURFACE VOLUME CONSTRAINT 3D
DESIGN SURFACE VOLUME CONSTRAINT 3D PEN
DESIGN SURFACE AREA CONSTRAINT 3D
DESIGN SURFACE VOLUME MONITOR 3D
DESIGN SURFACE AREA MONITOR 3D
DESIGN LINE AREA CONSTRAINT 2D
DESIGN LINE AREA MONITOR 2D
DESIGN SURFACE MULTIPNT CONSTRAINT 3D
DESIGN SURFACE NORMALDIR MULTIPNT CONSTRAINT 3D
DESIGN SURFACE NORMALDIR MULTIPNT CONSTRAINT 3D PEN
DESIGN LINE MULTIPNT CONSTRAINT 2D
DESIGN SURF MODE FOR KRYLOV SPACE PROJECTION
DESIGN VOL MODE FOR KRYLOV SPACE PROJECTION
DESIGN LINE MORTAR CONTACT CONDITIONS 2D
DESIGN SURF MORTAR CONTACT CONDITIONS 3D
DESIGN LINE MORTAR COUPLING CONDITIONS 2D
DESIGN SURF MORTAR COUPLING CONDITIONS 3D
DESIGN LINE MORTAR SYMMETRY CONDITIONS 3D
DESIGN POINT MORTAR SYMMETRY CONDITIONS 2D/3D
DESIGN LINE MORTAR EDGE CONDITIONS 3D
DESIGN POINT MORTAR CORNER CONDITIONS 2D/3D
DESIGN LINE MORTAR MULTI-COUPLING CONDITIONS 2D
DESIGN SURF MORTAR MULTI-COUPLING CONDITIONS 3D
DESIGN S2I MESHTYING LINE CONDITIONS
DESIGN S2I MESHTYING SURF CONDITIONS
DESIGN S2I KINETICS POINT CONDITIONS
DESIGN S2I KINETICS LINE CONDITIONS
DESIGN S2I KINETICS SURF CONDITIONS
DESIGN SCATRA MULTI-SCALE COUPLING POINT CONDITIONS
DESIGN S2I KINETICS GROWTH LINE CONDITIONS
DESIGN S2I KINETICS GROWTH SURF CONDITIONS
DESIGN S2I SCL COUPLING SURF CONDITIONS
SCATRA FLUX CALC LINE CONDITIONS
SCATRA FLUX CALC SURF CONDITIONS
DESIGN TOTAL AND MEAN SCALAR LINE CONDITIONS
DESIGN TOTAL AND MEAN SCALAR SURF CONDITIONS
DESIGN TOTAL AND MEAN SCALAR VOL CONDITIONS
DESIGN SCATRA RELATIVE ERROR LINE CONDITIONS
DESIGN SCATRA RELATIVE ERROR SURF CONDITIONS
DESIGN SCATRA RELATIVE ERROR VOL CONDITIONS
DESIGN SCATRA COUPLING SURF CONDITIONS
DESIGN TRANSPORT ROBIN LINE CONDITIONS
DESIGN TRANSPORT ROBIN SURF CONDITIONS
TRANSPORT NEUMANN INFLOW LINE CONDITIONS
TRANSPORT NEUMANN INFLOW SURF CONDITIONS
TRANSPORT THERMO CONVECTION LINE CONDITIONS
TRANSPORT THERMO CONVECTION SURF CONDITIONS
DESIGN SCATRA HETEROGENEOUS REACTION LINE CONDITIONS / MASTER
DESIGN SCATRA HETEROGENEOUS REACTION SURF CONDITIONS / MASTER
DESIGN SCATRA HETEROGENEOUS REACTION LINE CONDITIONS / SLAVE
DESIGN SCATRA HETEROGENEOUS REACTION SURF CONDITIONS / SLAVE
DESIGN SCATRA SURF CONDITIONS / PARTITIONING
DESIGN SCATRA VOL CONDITIONS / PARTITIONING
DESIGN ELECTRODE STATE OF CHARGE LINE CONDITIONS
DESIGN ELECTRODE STATE OF CHARGE SURF CONDITIONS
DESIGN ELECTRODE STATE OF CHARGE VOL CONDITIONS
DESIGN CELL VOLTAGE POINT CONDITIONS
DESIGN CELL VOLTAGE LINE CONDITIONS
DESIGN CELL VOLTAGE SURF CONDITIONS
ELECTRODE BOUNDARY KINETICS POINT CONDITIONS
ELECTRODE BOUNDARY KINETICS LINE CONDITIONS
ELECTRODE BOUNDARY KINETICS SURF CONDITIONS
ELECTRODE DOMAIN KINETICS LINE CONDITIONS
ELECTRODE DOMAIN KINETICS SURF CONDITIONS
ELECTRODE DOMAIN KINETICS VOL CONDITIONS
DESIGN CCCV CELL CYCLING POINT CONDITIONS
DESIGN CCCV CELL CYCLING LINE CONDITIONS
DESIGN CCCV CELL CYCLING SURF CONDITIONS
DESIGN CCCV HALF-CYCLE POINT CONDITIONS
DESIGN CCCV HALF-CYCLE LINE CONDITIONS
DESIGN CCCV HALF-CYCLE SURF CONDITIONS
DESIGN SURF TURBULENT INFLOW TRANSFER
FLUID TURBULENT INFLOW VOLUME
DESIGN SURFACE FLOW-DEPENDENT PRESSURE CONDITIONS
DESIGN LINE SLIP SUPPLEMENTAL CURVED BOUNDARY CONDITIONS
DESIGN SURFACE SLIP SUPPLEMENTAL CURVED BOUNDARY CONDITIONS
DESIGN LINE NAVIER-SLIP BOUNDARY CONDITIONS
DESIGN SURF NAVIER-SLIP BOUNDARY CONDITIONS
DESIGN SURFACE CONSERVATIVE OUTFLOW CONSISTENCY
FLUID NEUMANN INFLOW LINE CONDITIONS
FLUID NEUMANN INFLOW SURF CONDITIONS
DESIGN LINE MIXED/HYBRID DIRICHLET CONDITIONS
DESIGN SURFACE MIXED/HYBRID DIRICHLET CONDITIONS
DESIGN FLUID STRESS CALC LINE CONDITIONS
DESIGN FLUID STRESS CALC SURF CONDITIONS
DESIGN FLUID SURF LIFT&DRAG
DESIGN FLOW RATE LINE CONDITIONS
DESIGN FLOW RATE SURF CONDITIONS
DESIGN SURF VOLUMETRIC FLOW CONDITIONS
DESIGN LINE VOLUMETRIC FLOW BORDER NODES
DESIGN SURF TOTAL TRACTION CORRECTION CONDITIONS
DESIGN LINE TOTAL TRACTION CORRECTION BORDER NODES
DESIGN SURFACE NORMAL NO PENETRATION CONDITION
DESIGN LINE NORMAL NO PENETRATION CONDITION
DESIGN VOLUME POROCOUPLING CONDITION
DESIGN SURFACE POROCOUPLING CONDITION
DESIGN SURFACE PORO PARTIAL INTEGRATION
DESIGN LINE PORO PARTIAL INTEGRATION
DESIGN SURFACE PORO PRESSURE INTEGRATION
DESIGN LINE PORO PRESSURE INTEGRATION
DESIGN ALE UPDATE LINE CONDITIONS
DESIGN ALE UPDATE SURF CONDITIONS
DESIGN FSI COUPLING LINE CONDITIONS
DESIGN FSI COUPLING SURF CONDITIONS
DESIGN FSI COUPLING CENTER DISP LINE CONDITIONS
DESIGN FSI COUPLING CENTER DISP SURF CONDITIONS
DESIGN STRUCTURE ALE COUPLING SURF CONDITIONS
DESIGN STRUCTURE FLUID VOLUME COUPLING VOL CONDITIONS
DESIGN FPSI COUPLING LINE CONDITIONS
DESIGN FPSI COUPLING SURF CONDITIONS
DESIGN SURFACE NEUMANN INTEGRATION
DESIGN LINE NEUMANN INTEGRATION
DESIGN FLUID MESH VOL CONDITIONS
DESIGN FLUID FLUID COUPLING SURF CONDITIONS
DESIGN ALE FLUID COUPLING SURF CONDITIONS
DESIGN XFEM DISPLACEMENT SURF CONDITIONS
DESIGN XFEM LEVELSET WEAK DIRICHLET VOL CONDITIONS
DESIGN XFEM LEVELSET NEUMANN VOL CONDITIONS
DESIGN XFEM LEVELSET NAVIER SLIP VOL CONDITIONS
DESIGN XFEM ROBIN DIRICHLET VOL CONDITIONS
DESIGN XFEM ROBIN NEUMANN VOL CONDITIONS
DESIGN XFEM LEVELSET TWOPHASE VOL CONDITIONS
DESIGN XFEM FLUIDFLUID SURF CONDITIONS
DESIGN XFEM FSI PARTITIONED SURF CONDITIONS
DESIGN XFEM FSI MONOLITHIC SURF CONDITIONS
DESIGN XFEM FPI MONOLITHIC SURF CONDITIONS
DESIGN XFEM WEAK DIRICHLET SURF CONDITIONS
DESIGN XFEM NEUMANN SURF CONDITIONS
DESIGN XFEM NAVIER SLIP SURF CONDITIONS
DESIGN XFEM ROBIN DIRICHLET SURF CONDITIONS
DESIGN XFEM ROBIN NEUMANN SURF CONDITIONS
DESIGN EMBEDDED MESH SOLID SURF COUPLING CONDITIONS
DESIGN EMBEDDED SOLID VOL BACKGROUND CONDITIONS
DESIGN BIOFILM GROWTH COUPLING SURF CONDITIONS
DESIGN NODE 1D ARTERY JUNCTION CONDITIONS
DESIGN NODE 1D ARTERY PRESCRIBED CONDITIONS
DESIGN NODE 1D ARTERY REFLECTIVE CONDITIONS
DESIGN NODE 1D ARTERY IN_OUTLET CONDITIONS
DESIGN NODE 1D ARTERY TO POROFLUID COUPLING CONDITIONS
DESIGN NODE 1D ARTERY TO SCATRA COUPLING CONDITIONS
DESIGN 1D ARTERY/AIRWAY TO POROFLUID NONCONF COUPLING CONDITIONS
DESIGN 1D ARTERY/AIRWAY TO SCATRA NONCONF COUPLING CONDITIONS
DESIGN NODE REDUCED D To 3D FLOW COUPLING CONDITIONS
DESIGN SURF 3D To REDUCED D FLOW COUPLING CONDITIONS
DESIGN NODE Reduced D AIRWAYS PRESCRIBED CONDITIONS
DESIGN NODE Reduced D AIRWAYS SWITCH FLOW PRESSURE CONDITIONS
DESIGN LINE REDUCED D AIRWAYS VOL DEPENDENT PLEURAL PRESSURE CONDITIONS
DESIGN LINE REDUCED D AIRWAYS EVALUATE LUNG VOLUME CONDITIONS
DESIGN SURF IMPEDANCE CONDITIONS
DESIGN SURF CARDIOVASCULAR 0D 4-ELEMENT WINDKESSEL CONDITIONS
DESIGN SURF CARDIOVASCULAR 0D ARTERIAL PROX DIST CONDITIONS
DESIGN SURF CARDIOVASCULAR 0D SYS-PUL CIRCULATION CONDITIONS
DESIGN SURF CARDIOVASCULAR RESPIRATORY 0D SYS-PUL PERIPH CIRCULATION CONDITIONS
DESIGN SURF CARDIOVASCULAR 0D-STRUCTURE COUPLING CONDITIONS
DESIGN SURF ROBIN SPRING DASHPOT CONDITIONS
DESIGN POINT ROBIN SPRING DASHPOT CONDITIONS
DESIGN SURF ROBIN SPRING DASHPOT COUPLING CONDITIONS
DESIGN THERMO CONVECTION LINE CONDITIONS
DESIGN THERMO CONVECTION SURF CONDITIONS
DESIGN THERMO ROBIN LINE CONDITIONS
DESIGN THERMO ROBIN SURF CONDITIONS
DESIGN SSI COUPLING LINE CONDITIONS
DESIGN SSI COUPLING SURF CONDITIONS
DESIGN SSI COUPLING SOLIDTOSCATRA LINE CONDITIONS
DESIGN SSI COUPLING SOLIDTOSCATRA SURF CONDITIONS
DESIGN SSI COUPLING SOLIDTOSCATRA VOL CONDITIONS
DESIGN SSI COUPLING SCATRATOSOLID LINE CONDITIONS
DESIGN SSI COUPLING SCATRATOSOLID SURF CONDITIONS
DESIGN SSI COUPLING SCATRATOSOLID VOL CONDITIONS
DESIGN SSI INTERFACE MESHTYING POINT CONDITIONS
DESIGN SSI INTERFACE MESHTYING LINE CONDITIONS
DESIGN SSI INTERFACE MESHTYING SURF CONDITIONS
DESIGN SSI MANIFOLD SURF CONDITIONS
DESIGN SURF SCATRA MANIFOLD INITIAL FIELD CONDITIONS
DESIGN SSI MANIFOLD KINETICS SURF CONDITIONS
DESIGN POINT MANIFOLD DIRICH CONDITIONS
DESIGN LINE MANIFOLD DIRICH CONDITIONS
DESIGN SURF MANIFOLD DIRICH CONDITIONS
DESIGN SSI INTERFACE CONTACT LINE CONDITIONS
DESIGN SSI INTERFACE CONTACT SURF CONDITIONS
DESIGN SSTI INTERFACE MESHTYING LINE CONDITIONS
DESIGN SSTI INTERFACE MESHTYING SURF CONDITIONS
DESIGN SURFACE PARTICLE WALL
TAYLOR GALERKIN OUTFLOW SURF CONDITIONS
TAYLOR GALERKIN NEUMANN INFLOW SURF CONDITIONS
REINITIALIZATION TAYLOR GALERKIN SURF CONDITIONS
DESIGN LINE LEVEL SET CONTACT CONDITION
DESIGN POINT LEVEL SET CONTACT CONDITION
DESIGN LINE BEAM POTENTIAL CHARGE CONDITIONS
DESIGN POINT RIGIDSPHERE POTENTIAL CHARGE CONDITIONS
DESIGN LINE PERIODIC RVE 2D BOUNDARY CONDITIONS
DESIGN SURF PERIODIC RVE 3D BOUNDARY CONDITIONS
DESIGN POINT PERIODIC RVE 2D BOUNDARY REFERENCE CONDITIONS
DESIGN POINT COUPLED DOF EQUATION CONDITIONS
DESIGN LINE BEAM FILAMENT CONDITIONS
DESIGN POINT PENALTY COUPLING CONDITIONS
BEAM INTERACTION/BEAM TO BEAM CONTACT CONDITIONS
BEAM INTERACTION/BEAM TO SOLID VOLUME MESHTYING VOLUME
BEAM INTERACTION/BEAM TO SOLID VOLUME MESHTYING LINE
BEAM INTERACTION/BEAM TO SOLID SURFACE MESHTYING SURFACE
BEAM INTERACTION/BEAM TO SOLID SURFACE MESHTYING LINE
BEAM INTERACTION/BEAM TO SOLID SURFACE CONTACT SURFACE
BEAM INTERACTION/BEAM TO SOLID SURFACE CONTACT LINE
DESIGN LINE EHL MORTAR COUPLING CONDITIONS 2D
DESIGN SURF EHL MORTAR COUPLING CONDITIONS 3D
DESIGN OXYGEN PARTIAL PRESSURE CALCULATION LINE CONDITIONS
DESIGN OXYGEN PARTIAL PRESSURE CALCULATION SURF CONDITIONS
DESIGN OXYGEN PARTIAL PRESSURE CALCULATION VOL CONDITIONS
MICROSCALE CONDITIONS
DESIGN VOL STC LAYER
Contact Constitutive Law Reference
Result description reference
Functions reference
Header parameters
ALE DYNAMIC
ALE GEOMETRY
ARTERIAL DYNAMIC
ARTERY GEOMETRY
BEAM CONTACT
BEAM CONTACT/RUNTIME VTK OUTPUT
BEAM INTERACTION
BEAM INTERACTION/BEAM TO BEAM CONTACT
BEAM INTERACTION/BEAM TO SOLID SURFACE CONTACT
BEAM INTERACTION/BEAM TO SOLID SURFACE MESHTYING
BEAM INTERACTION/BEAM TO SOLID SURFACE/RUNTIME VTK OUTPUT
BEAM INTERACTION/BEAM TO SOLID VOLUME MESHTYING
BEAM INTERACTION/BEAM TO SOLID VOLUME MESHTYING/RUNTIME VTK OUTPUT
BEAM INTERACTION/BEAM TO SPHERE CONTACT
BEAM INTERACTION/CROSSLINKING
BEAM INTERACTION/SPHERE BEAM LINK
BEAM POTENTIAL
BEAM POTENTIAL/RUNTIME VTK OUTPUT
BINNING STRATEGY
BIOFILM CONTROL
BOUNDINGVOLUME STRATEGY
BROWNIAN DYNAMICS
CARDIAC MONODOMAIN CONTROL
CARDIOVASCULAR 0D-STRUCTURE COUPLING
CARDIOVASCULAR 0D-STRUCTURE COUPLING/RESPIRATORY PARAMETERS
CARDIOVASCULAR 0D-STRUCTURE COUPLING/SYS-PUL CIRCULATION PARAMETERS
CONTACT DYNAMIC
COUPLED REDUCED-D AIRWAYS AND TISSUE DYNAMIC
CUT GENERAL
DISCRETISATION
ELASTO HYDRO DYNAMIC
ELASTO HYDRO DYNAMIC/MONOLITHIC
ELASTO HYDRO DYNAMIC/PARTITIONED
ELCH CONTROL
ELCH CONTROL/DIFFCOND
ELCH CONTROL/SCL
EMBEDDED MESH COUPLING
FLUID BEAM INTERACTION
FLUID BEAM INTERACTION/BEAM TO FLUID MESHTYING
FLUID BEAM INTERACTION/BEAM TO FLUID MESHTYING/RUNTIME VTK OUTPUT
FLUID DYNAMIC
FLUID DYNAMIC/EDGE-BASED STABILIZATION
FLUID DYNAMIC/MULTIFRACTAL SUBGRID SCALES
FLUID DYNAMIC/NONLINEAR SOLVER TOLERANCES
FLUID DYNAMIC/POROUS-FLOW STABILIZATION
FLUID DYNAMIC/RESIDUAL-BASED STABILIZATION
FLUID DYNAMIC/SUBGRID VISCOSITY
FLUID DYNAMIC/TIMEADAPTIVITY
FLUID DYNAMIC/TURBULENCE MODEL
FLUID DYNAMIC/TURBULENT INFLOW
FLUID DYNAMIC/WALL MODEL
FLUID GEOMETRY
FPSI DYNAMIC
FS3I DYNAMIC
FS3I DYNAMIC/PARTITIONED
FS3I DYNAMIC/STRUCTURE SCALAR STABILIZATION
FSI DYNAMIC
FSI DYNAMIC/CONSTRAINT
FSI DYNAMIC/MONOLITHIC SOLVER
FSI DYNAMIC/PARTITIONED SOLVER
FSI DYNAMIC/TIMEADAPTIVITY
IO
IO
IO/EVERY ITERATION
IO/MONITOR STRUCTURE DBC
IO/RUNTIME VTK OUTPUT
IO/RUNTIME VTK OUTPUT/BEAMS
IO/RUNTIME VTK OUTPUT/FLUID
IO/RUNTIME VTK OUTPUT/STRUCTURE
IO/RUNTIME VTP OUTPUT STRUCTURE
LEVEL-SET CONTROL
LEVEL-SET CONTROL/REINITIALIZATION
LOMA CONTROL
LUBRICATION DYNAMIC
LUBRICATION GEOMETRY
MESH PARTITIONING
MOR
MORTAR COUPLING
MORTAR COUPLING/PARALLEL REDISTRIBUTION
MULTI POINT CONSTRAINTS
NURBS
PARTICLE DYNAMIC
PARTICLE DYNAMIC/DEM
PARTICLE DYNAMIC/INITIAL AND BOUNDARY CONDITIONS
PARTICLE DYNAMIC/SPH
PASI DYNAMIC
PERIODIC BOUNDINGBOX GEOMETRY
POROELASTICITY DYNAMIC
POROFLUIDMULTIPHASE DYNAMIC
POROFLUIDMULTIPHASE DYNAMIC/ARTERY COUPLING
POROMULTIPHASE DYNAMIC
POROMULTIPHASE DYNAMIC/MONOLITHIC
POROMULTIPHASE DYNAMIC/PARTITIONED
POROMULTIPHASESCATRA DYNAMIC
POROMULTIPHASESCATRA DYNAMIC/MONOLITHIC
POROMULTIPHASESCATRA DYNAMIC/PARTITIONED
POROSCATRA CONTROL
PROBLEM SIZE
PROBLEM TYPE
REDUCED D AIRWAYS GEOMETRY
REDUCED DIMENSIONAL AIRWAYS DYNAMIC
SCALAR TRANSPORT DYNAMIC
SCALAR TRANSPORT DYNAMIC/ARTERY COUPLING
SCALAR TRANSPORT DYNAMIC/EXTERNAL FORCE
SCALAR TRANSPORT DYNAMIC/NONLINEAR
SCALAR TRANSPORT DYNAMIC/S2I COUPLING
SCALAR TRANSPORT DYNAMIC/STABILIZATION
SEARCH TREE
SEMI-SMOOTH PLASTICITY
SOLVER 1
SOLVER 2
SOLVER 3
SOLVER 4
SOLVER 5
SOLVER 6
SOLVER 7
SOLVER 8
SOLVER 9
SSI CONTROL
SSI CONTROL/ELCH
SSI CONTROL/MANIFOLD
SSI CONTROL/MONOLITHIC
SSI CONTROL/PARTITIONED
SSTI CONTROL
SSTI CONTROL/MONOLITHIC
SSTI CONTROL/THERMO
STI DYNAMIC
STI DYNAMIC/MONOLITHIC
STI DYNAMIC/PARTITIONED
STRUCT NOX
STRUCT NOX/Direction
STRUCT NOX/Direction/Newton
STRUCT NOX/Direction/Newton/Linear Solver
STRUCT NOX/Direction/Steepest Descent
STRUCT NOX/Line Search
STRUCT NOX/Line Search/Backtrack
STRUCT NOX/Line Search/Full Step
STRUCT NOX/Line Search/More’-Thuente
STRUCT NOX/Line Search/Polynomial
STRUCT NOX/Printing
STRUCT NOX/Pseudo Transient
STRUCT NOX/Solver Options
STRUCT NOX/Status Test
STRUCT NOX/Trust Region
STRUCTURAL DYNAMIC
STRUCTURAL DYNAMIC/ERROR EVALUATION
STRUCTURAL DYNAMIC/GENALPHA
STRUCTURAL DYNAMIC/ONESTEPTHETA
STRUCTURAL DYNAMIC/TIMEADAPTIVITY
STRUCTURAL DYNAMIC/TIMEADAPTIVITY/JOINT EXPLICIT
STRUCTURE GEOMETRY
THERMAL DYNAMIC
THERMAL DYNAMIC/GENALPHA
THERMAL DYNAMIC/ONESTEPTHETA
THERMAL DYNAMIC/RUNTIME CSV OUTPUT
THERMAL DYNAMIC/RUNTIME VTK OUTPUT
THERMO GEOMETRY
TRANSPORT GEOMETRY
TRANSPORT2 GEOMETRY
TSI CONTACT
TSI DYNAMIC
TSI DYNAMIC/MONOLITHIC
TSI DYNAMIC/PARTITIONED
VOLMORTAR COUPLING
WEAR
XFEM GENERAL
XFLUID DYNAMIC/GENERAL
XFLUID DYNAMIC/STABILIZATION
XFLUID DYNAMIC/XFPSI MONOLITHIC
Tools and Scripts
abaqus to 4C input converter
4C converter to other formats
Appendix
Writing documentation
Usage
Miscellaneous math guide
Surface areas and surface integrals
Motivation and definition.
Integration on submanifolds.
Example.
Remark.
Index
References
~
~
4C
Appendix
Miscellaneous math guide
View page source
Miscellaneous math guide
Surface areas and surface integrals
Motivation and definition.
Integration on submanifolds.
Example.
Remark.