… to model the 3D mechanical behaviour of wood. Therefore, in this paper, a general approach
combining the above mentioned issues in one single 3D material model … constitutive model …

… equations for wood materials. The developed material model is implemented in a nonlinear
finite element simulation code. Wood is a very complex and highly anisotropic material with …

… and characterization of an authentic moisture-dependent constitutive material model for
different wood species and the robust implementation of its corresponding rheological …

… The wood material model presented in this article allowed an enormous versatility for the
simulation of any type of structural piece with any type of knot or combination of knots. Moreover…

… material properties representing different wood species or different fonns of the trilinear wood
material model … The trilinear wood model and the elastic-perfectly plastic steel constitutive …

… , wood reappeared as a building material. A few decades ago, many believed that wood is
going to disappear as building material due … of wood in civil engineering. Other advantages of …

… damage model with rate effects was developed for wood and was … This manual documents
the theory of the wood material model, … Default material property input options are provided for …

… Calculating the cell dimension from the wood density, and introducing these results into the
model, we study the influence of wood density on the elastic properties of wood. Further, the …

… Hughes 1997) to model elastic–plastic behavior, which was the same perfectly plastic
response used in the large-deformation material. The hyperelastic material model was verified by …

… of our model. Furthermore, it will enable to reproduce the orthotropic material behavior of
wood and, thus, will improve the current transversely isotropic model estimates for the material …