… with uniformly distributed orientation, each passing through a point distributed according
to a Poisson point process in a square plane domain of dimension L , denoted the “window of …

… in tension and compression, and in the context of large strain elasticity. We observe that, …
displacement boundary condition, are constrained to remain planar, but allowed to move in the …

… to three dimensions existing models for planar networks of elastic fibers. An approach has
been explored for combining such an elastic network model, appropriate for filler volume …

… The planar distribution of fiber centers is in general non-… fiber network before trimming
free fiber ends and edges of the square. The density of the network is 600 kg/m 3 and the fiber …

… are two rigid body translations and one rotation in plane. … Hence, the elasticity is entirely
due to the behavior of the molecules viewed as entropic springs. Since classical rubber elasticity …

… Here, fibers are considered linear elastic of Young's modulus E f , and of circular cross-…
The model faces parallel to the loading direction are kept planar, but are free to move in the …

… planar fiber networks leads to erroneous results. The classical continuum description is too
simple to capture the essential mechanical behavior of a network … elastic–plastic fiber network …

… fiber network topology is presented. Micro-architectural features that fully defined fiber network
topology were detected and quantified, which include … Elasticity of planar fiber networks …

… network elastic constants in a self-consistent manner. Section IV is devoted to the specific
architecture of random fibrous networks in a planar … fiber network with 225 fibers see Sec. IV. A …

… elastic modulus of a fiber network varied very little statistically, as long as the average number
of fibers in the simulated specimen and the degree of fiber … -plane orientation of the fibers …