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List of Tables

1 Linear Isotropic Material - summary.
2 Orthotropic, linear elastic material – summary.
3 Anisotropic, linear elastic material – summary.
4 Bi-Linear Elastic Material - summary.
5 Hyperelastic material - summary.
6 Compressible Mooney-Rivlin - summary.
7 Compressible Ogden material - summary.
8 Blatz-Ko material - summary.
9 Winkler Pasternak material - summary.
10 Large-strain master material material - summary.
11 DP material - summary.
12 Drucker Prager material with tension cut-off - summary.
13 Mises plasticity – summary.
14 Nonlocal integral Mises plasticity – summary.
15 Gradient-enhanced Mises plasticity – summary.
16 Rankine plasticity – summary.
17 Nonlocal integral Rankine plasticity – summary.
18 Gradient-enhanced Rankine plasticity – summary.
19 Perfectly plastic material with Mises condition – summary.
20 Composite model for masonry - summary.
21 Nonlinear elasto-plastic material model for concrete - summary.
22 Rotating crack model for concrete - summary.
23 RC-SD model for concrete - summary.
24 RC-SD model for concrete - summary.
25 RC-SD-NL model for concrete - summary.
26 Isotropic damage model for tensile failure – summary.
27 Nonlocal isotropic damage model for tensile failure – summary.
28 Nonlocal isotropic damage model for tensile failure – continued.
29 Basic equations of microplane-based anisotropic damage model
30 MDM model - summary.
31 Isotropic damage model for interface elements – summary.
32 Isotropic damage model for interface elements using tabulated data for damage – summary.
33 Mazars damage model – summary.
34 Nonlocal Mazars damage model – summary.
35 CebFip78 material model – summary.
36 Double-power law model – summary.
37 EC2Creep material model – summary.
38 B3 creep and shrinkage model – summary.
39 B3solid creep and shrinkage model – summary.
40 MPS theory—summary.
41 MPS damage–summary.
42 Microplane model M4 – summary.
43 Damage-plastic model for concrete – summary.
44 Summary of parameters of CDPM2
45 CDPM2 – summary.
46 Fixed crack model for concrete – summary.
47 Viscoelastic fixed crack model for concrete – summary.
48 Fixed crack model for fiber reinforced concrete – summary.
49 Nonlocal fixed crack model for fiber reinforced concrete – summary.
50 Orthotropic damage model with fixed crack orientations for composites – summary.
51 Anisotropic elastoplastic model with isotropic damage - summary.
52 Nonlocal formulation of anisotropic elastoplastic model with isotropic damage – summary.
53 Cohesive interface material – summary.
54 Simple interface material – summary.
55 Bond-slip model for reinforced concrete – summary.
56 Linear elastic material model for lattice elements – summary.
57 Scalar damage model for lattice elements – summary.
58 Plasticity damage model for lattice elements – summary.
59 Slip model for lattice elements – summary.
60 Bond plasticity model for lattice elements – summary.
61 Visco elastic material model for lattice elements – summary.
62 Damage visco elastic material model for lattice elements – summary.
63 Plasticity-damage viscoelastic material model for lattice elements – summary.
64 SteelRelaxMat material model – summary.
65 MFrontUserMaterial material model – summary.
66 Linear isotropic material for heat transport - summary.
67 Linear isotropic material for moisture transport - summary.
68 Nonlinear isotropic material for moisture transport - summary.
69 Nonlinear isotropic material for moisture transport - summary.
70 Cemhydmat - summary.
71 HydratingConcreteMat - summary of affinity hydration models.
72 Coupled heat and mass transfer material model - summary.
73 Parameters from Kunzel’s model.
74 Coupled heat and mass transfer material model Kunzel - summary.
75 Material for unsaturated flow in lattice models - summary.
76 Newtonian Fluid material - summary.
77 Bingham Fluid material - summary.
78 Two-Fluid material - summary.
79 FE2 fluid material - summary.

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