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/- 1. Introduction to LS-DYNA
- 2. Running LS-DYNA
- 3. General Workflow
- 3.1. Setting up a Project
- 3.2. Create the Analysis System
- 3.3. Defining Materials
- 3.4. Attaching Geometry
- 3.5. Defining Part Behavior
- 3.6. Defining Connections
- 3.7. Defining Mesh Settings
- 3.8. Defining Named Selections
- 3.9. Defining Analysis Settings
- 3.10. Using Symmetry
- 3.11. Defining Initial Conditions
- 3.12. Defining Boundary Conditions
- 3.13. Solving
- 3.14. Accessing Results
- 3.15. Additional LS-DYNA Analysis Tools
- 4. Importing External Data
- 5. Solver Workflows
- 6. Connections
- 7. Analysis Settings
- 7.1. Step Controls
- 7.2. CPU and Memory Management
- 7.3. Solver Controls
- 7.4. Initial Velocities
- 7.5. Implicit Controls
- 7.6. Damping Controls
- 7.7. Hourglass Controls
- 7.8. SPH Controls
- 7.9. ALE Controls
- 7.10. Adaptivity Controls
- 7.11. Joint Controls
- 7.12. Composite Controls
- 7.13. Thermal Step Controls
- 7.14. Thermal Solver Controls
- 7.15. Thermal Nonlinear Controls
- 7.16. EM Step Controls
- 7.17. EM Solver Controls
- 7.18. Advanced
- 7.19. Output Controls
- 7.20. Time History Output Controls
- 7.21. Analysis Data Management
- 8. Loads and Supports
- 9. Postprocessing
- 10. Restarting an LS-DYNA Analysis
- 11. The LS-DYNA Keyword Manager
- 12. Keywords used by LS-DYNA in Workbench
- 12.1. Input File Header
- 12.2. Database Format
- 12.3. Control Cards
- 12.4. Dynamic Relaxation Support
- 12.5. ALE Support
- 12.6. Part Setup
- 12.7. Engineering Data Materials and Equations of State
- 12.8. Mesh Definition
- 12.9. Coordinate Systems
- 12.10. Components and Named Selections
- 12.11. Remote Points and Point Masses
- 12.12. Initial Conditions
- 12.13. Contacts and Body Interactions
- 12.14. Kinematic Joints
- 12.15. Magnitude and Tabular Data
- 12.16. Acceleration and Gravity
- 12.17. Supports
- 12.18. Loads
- 12.19. Electromagnetic Support
- 12.20. Discrete Connections
- 12.21. Other Supports
- 12.22. Environment Temperature
- 12.23. ASCII Files
- 12.24. Database Output Settings
- 12.25. Restart
- 12.26. End of Input File
- 13. Material Models Available in Workbench
- 13.1. Introduction
- 13.2. Density
- 13.3. Linear Elastic
- 13.4. Test Data
- 13.5. Hyperelasticity
- 13.6. Plasticity
- 13.6.1. Bilinear Isotropic Hardening
- 13.6.2. Multilinear Isotropic Hardening
- 13.6.3. Bilinear Kinematic Hardening
- 13.6.4. Johnson-Cook Strength
- 13.6.5. Cowper-Symonds Power Law Hardening
- 13.6.6. Rate Sensitive Power Law Hardening
- 13.6.7. Cowper-Symonds Piecewise Linear Hardening
- 13.6.8. Modified Cowper-Symonds Piecewise Linear Hardening
- 13.7. Forming Plasticity
- 13.7.1. Bilinear Transversely Anisotropic Hardening
- 13.7.2. Multilinear Transversely Anisotropic Hardening
- 13.7.3. Bilinear FLD Transversely Anisotropic Hardening
- 13.7.4. Multilinear FLD Transversely Anisotropic Hardening
- 13.7.5. Bilinear 3 Parameter Barlat Hardening
- 13.7.6. Exponential 3 Parameter Barlat Hardening
- 13.7.7. Exponential Barlat Anisotropic Hardening
- 13.8. Foams
- 13.9. Eulerian
- 13.10. Rigid Materials
- 13.11. Equations of State
- 13.12. Failure
- 13.13. Thermal Properties
- 13.14. Electromagnetic Properties
- 13.15. LS-DYNA External Model Material Properties
- 13.15.1. LS-DYNA - MAT
- 13.15.1.1. *MAT_ELASTIC (1)
- 13.15.1.2. *MAT_<option>TROPIC_ELASTIC (2)
- 13.15.1.3. *MAT_PLASTIC_KINEMATIC (3)
- 13.15.1.6. *MAT_VISCOELASTIC (6)
- 13.15.1.7. *MAT_BLATZ-KO_RUBBER (7)
- 13.15.1.8. *MAT_HIGH_EXPLOSIVE_BURN (8)
- 13.15.1.9. *MAT_NULL (9)
- 13.15.1.10. *MAT_ELASTIC_PLASTIC_HYDRO (10)
- 13.15.1.15. *MAT_JOHNSON_COOK (15)
- 13.15.1.18. *MAT_POWER_LAW_PLASTICITY (18)
- 13.15.1.24. *MAT_PIECEWISE_LINEAR_PLASTICITY (24)
- 13.15.1.26. *MAT_HONEYCOMB (26)
- 13.15.1.27. *MAT_MOONEY-RIVLIN_RUBBER (27)
- 13.15.1.32. *MAT_LAMINATED_GLASS (32)
- 13.15.1.34. *MAT_FABRIC (34)
- 13.15.1.41. *MAT_USER_DEFINED_MATERIAL_MODELS (41)
- 13.15.1.54. *MAT_ENHANCED_COMPOSITE_DAMAGE (54)
- 13.15.1.57. *MAT_LOW_DENSITY_FOAM (57)
- 13.15.1.58. *MAT_LAMINATED_COMPOSITE_FABRIC (58)
- 13.15.1.59. *MAT_COMPOSITE_FAILURE_<option>_MODEL (59)
- 13.15.1.63. *MAT_CRUSHABLE_FOAM (63)
- 13.15.1.66. *MAT_LINEAR_ELASTIC_DISCRETE_BEAM (66)
- 13.15.1.67. *MAT_NONLINEAR_ELASTIC_DISCRETE_BEAM (67)
- 13.15.1.72. *MAT_CONCRETE_DAMAGE_REL3 (72)
- 13.15.1.75. *MAT_ BILKHU/DUBOIS_FOAM (75)
- 13.15.1.76. *MAT_GENERAL_VISCOELASTIC (76)
- 13.15.1.77. Hyperelastic and Ogden Rubber (77)
- 13.15.1.81. *MAT_PLASTICITY_WITH_DAMAGE (81)
- 13.15.1.83. *MAT_FU_CHANG_FOAM (83)
- 13.15.1.98. *MAT_SIMPLIFIED_JOHNSON_COOK (98)
- 13.15.1.107. *MAT_MODIFIED_JOHNSON_COOK (107)
- 13.15.1.123. *MAT_MODIFIED_PIECEWISE_LINEAR_PLASTICITY (123)
- 13.15.1.124. *MAT_PLASTICITY_COMPRESSION_TENSION (124)
- 13.15.1.126. *MAT_MODIFIED_HONEYCOMB (126)
- 13.15.1.181. *MAT_SIMPLIFIED_RUBBER/FOAM (181)
- 13.15.1.187. *MAT_SAMP_LIGHT (187)
- 13.15.1.221. *MAT_ORTHOTROPIC _SIMPLIFIED_DAMAGE (221)
- 13.15.1.255. *MAT_PIECEWISE_LINEAR_PLASTIC_THERMAL (255)
- 13.15.1.900. *MAT_ALE_VISCOUS
- 13.15.2. LS-DYNA - EOS
- 13.15.3. LS-DYNA - MAT_ADD
- 13.15.4. LS-DYNA - EM_MAT
- 13.15.5. LS-DYNA - EM_EOS
- 13.15.6. Defining User Defined Material Models
- 14. Customizing LS-DYNA using ACT
- 14.1. CreateMaterial
- 14.2. CreateMaterial
- 14.3. CreateNewElement
- 14.4. GetNewPartId
- 14.5. LSDynaSolverExtension.KeyWords.Part.Part CreateNewPart
- 14.6. CreateSection
- 14.7. GetComponent
- 14.8. GetContactId
- 14.9. GetContactTargetId
- 14.10. GetCoordinateSystemSolverId
- 14.11. GetEndTime
- 14.12. GetMaterialSolverId
- 14.13. GetNamedSelectionLSDYNAId
- 14.14. GetNewContact
- 14.15. GetNewCurveId
- 14.16. GetNewElementId
- 14.17. GetNewElementType
- 14.18. GetNewNodeId
- 14.19. GetNewVectorId
- 14.20. GetRemotePointNodeId
- 14.21. GetSolverUnitSystem
- 14.22. ContainsDynamicRelaxation
- 14.23. CurrentStep
- 14.24. MaxElementId
- 14.25. MaxElementType
- 14.26. MaxNodeId
- 15. References