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Next: Material Models for Structural Up: matlibmanual Previous: Contents   Contents


List of Tables

  1. Linear Isotropic Material - summary.
  2. Orthotropic, linear elastic material - summary.
  3. Hyperelastic material - summary.
  4. DP material - summary.
  5. Mises plasticity - summary.
  6. Nonlocal integral Mises plasticity - summary.
  7. Gradient-enhanced Mises plasticity - summary.
  8. Rankine plasticity - summary.
  9. Nonlocal Rankine plasticity - summary.
  10. Gradient-enhanced Rankine plasticity - summary.
  11. Perfectly plastic material with Mises condition - summary.
  12. Composite model for masonry - summary.
  13. Nonlinear elasto-plastic material model for concrete - summary.
  14. Rotating crack model for concrete - summary.
  15. RC-SD model for concrete - summary.
  16. RC-SD model for concrete - summary.
  17. RC-SD-NL model for concrete - summary.
  18. Isotropic damage model for tensile failure - summary.
  19. Nonlocal isotropic damage model for tensile failure - summary.
  20. Nonlocal isotropic damage model for tensile failure - continued.
  21. Basic equations of microplane-based anisotropic damage model
  22. MDM model - summary.
  23. Isotropic damage model for interface elements - summary.
  24. Mazars damage model - summary.
  25. Nonlocal Mazars damage model - summary.
  26. CebFip78 material model - summary.
  27. Double-power law model - summary.
  28. B3 creep and shrinkage model - summary.
  29. B3solid creep and shrinkage model - summary.
  30. MPS theory--summary.
  31. Microplane model M4 - summary.
  32. Damage-plastic model for concrete - summary.
  33. Orthotropic damage model with fixed crack orientations for composites - summary.
  34. Anisotropic elastoplastic model with isotropic damage - summary.
  35. Nonlocal formulation of anisotropic elastoplastic model with isotropic damage - summary.
  36. Simple interface material - summary.
  37. Linear Isotropic Material - summary.
  38. Cemhydmat - summary.
  39. HydratingConcreteMat - summary of affinity hydration models.
  40. Coupled heat and mass transfer material model - summary.
  41. Newtonian Fluid material - summary.
  42. Bingham Fluid material - summary.
  43. Two-Fluid material - summary.
  44. General multisurface closest point algorithm

Borek Patzak 2011-12-29