Sierra/SM Development Manual
VERSION: 5.26
Front Matter
Abstract
Acknowledgements
Main Contents
1. Introduction
2. Representative Volume Elements
3. Explicit Subcycling
4. Automatic Time Step Selector
5. Modal Analysis
6. Solvers and Solver Options
7. eXtended Finite Element Method (XFEM)
8. External Loadstep Predictor
9. Bolt
10. Linear Beam
11. Contact
12. Nonlocal Regularization
13. POD
14. Conforming Reproducing Kernel Method
15. Material Models
15.1. Elastic Orthotropic Model
15.2. Elastic Orthotropic Damage Model
15.3. Elastic Orthotropic Fail Model
15.4. Elastic Orthotropic Shell Model
15.5. BCJ Model
15.6. Karagozian and Case Concrete Model
15.7. Kayenta Model
15.8. Shape Memory Alloy
15.9. Linear Elastic
15.10. Elastic Three-Dimensional Anisotropic Model
15.11. Karafillis Boyce Plasticity Model
15.12. Cazacu Plasticity Model
15.13. Cazacu Orthotropic Plasticity Model
15.14. Skorohod-Olevsky Viscous Sintering (SOVS)
15.15. Hydra Plasticity
15.16. Honeycomb Model
15.17. Viscoplastic Foam
15.18. Thermo EP Power Model
15.19. Thermo EP Power Weld Model
15.20. NLVE 3D Orthotropic Model
15.21. Other Undocumented Material Models
16. Cohesive Material Models
17. Multicriteria Rebalance
18. Phase Field Fracture
19. Remeshing
20. Other In-Development Capabilities
Sierra/SM Development Manual
15.
Material Models
15.13.
Cazacu Orthotropic Plasticity Model
15.13.
Cazacu Orthotropic Plasticity Model
Please consult the LAMÉ manual.