… Wet fiber network can find many … of deformation behavior of fiber network, without resorting
to coarse grain approximations. The fiber network on which we focus is a wet fiber network. …

… distributed network microstructure deformation mechanism of the nonwoven fiber network.
The … of other complex nonwoven network systems, like carbon nanotube networks, biological …

… It should be also observed that advancing the understanding of the physics of deformation
of random fiber networks will provide insight into the mechanics of some types of glasses, …

… fiber network model analyzed with the finite element method. Even though a planar RFN
is only an approximation of a paper structure, it is generally expected to explain the overall in-…

… of fiber networks is essential in understanding the mechanical properties of many polymeric
and biological materials. These systems deform non-affinely, ie the local deformation is … fiber …

… In conclusion, the mechanics of random fiber networks is controlled by nonaffine deformation
on all scales; the nonaffinity scales as a power law with the scale of observation. Two …

… fiber networks that accounts for the nonaffine deformations. Our model applies to both
lattice-based and random offlattice networks … both thermal and athermal networks. Our prediction …

… weight limit, we develop a 3D lattice-based fiber network model with binary crosslinks.
Our … on the deformation field and their implications for the mechanics of 3D fiber networks. …

… The composite networks in this paper are in the form of an athermal random fiber network that
is … The random fiber network is created by a dilution procedure in which fiber segments are …

… Under external in-plane loading, the FN deformation consists of fiber bending, … for fiber
network is developed by averaging the strain energy dissipated by all possible fiber deformations …