Contents
List of Tables
1 Material Models for Structural Analysis
1.1 Elastic materials
1.2 Winkler-Pasternak model
1.3 Large-strain master material
1.4 Plasticity-based material models
1.5 Material models for tensile failure
1.6 Material models specific to concrete
1.7 Orthotropic damage model with fixed crack orientations for composites - CompDamMat
1.8 Orthotropic elastoplastic model with isotropic damage - TrabBone3d
1.9 Material models for interfaces
1.10 Material models for lattice elements
1.11 Material models for steel relaxation
1.12 User-defined material models using MFront
2 Material Models for Transport Problems
2.1 Isotropic linear material for heat transport – IsoHeat
2.2 Isotropic linear material for moisture transport – IsoLinMoisture
2.3 Isotropic material for moisture transport based on Bažant and Najjar – BazantNajjarMoisture
2.4 Nonlinear isotropic material for moisture transport – NlIsoMoisture
2.5 Material for cement hydration - CemhydMat
2.6 Material for cement hydration - HydratingConcreteMat
2.7 Coupled heat and mass transport material model - HeMotk
2.8 Coupled heat and mass transport material model - HeMoKunzel
2.9 Material for unsaturated flow in lattice models – LatticeTransMat
3 Material Models for Fluid Dynamic
3.1 Newtonian fluid - NewtonianFluid
3.2 Bingham fluid - BinghamFluid
3.3 Two-fluid material - TwoFluidMat
3.4 FE² fluid - FE2FluidMaterial
References