Primary plant cell wall (PCW) is a highly organized network, its performance is dependent
on cellulose, hemicellulose and pectic polysaccharides, their properties, interactions and …

Damage accumulation and failure in random fiber networks is of importance in a variety of
applications, from design of synthetic materials, such as paper and non-wovens, to …

Many materials have a network of fibers as their main structural component and are referred
to as network materials. Their strength and toughness are important in both engineering and …

Network Modelling for Evaluation of Mechanical Properties of Cellulose Fibre Fluff Heyden,
Susanne Page 1 Network Modelling for Evaluation of Mechanical Properties of Cellulose Fibre …

Stochastic two-dimensional elastic–plastic network models are used to represent the
inelastic deformation behavior of well-bonded paper. Linear kinematic hardening is …

Many materials of everyday use are fibrous and their strength is important in most
applications. In this work we study the dependence of the strength of random fiber networks …

The mechanical response of cellulose nanopaper composites is investigated using a three-
dimensional (3D) finite element fibrous network model with focus on the effect of inter-fibre …

The elastic modulus of cellulose nanopaper was predicted using a two-dimensional (2D)
micromechanical fibrous network model. The elastic modulus predicted by the network …

Fine prediction of the elastic properties of paper materials can now be obtained using
sophisticated fibre scale numerical approaches. However, there is still a need, in particular …

The macro-mechanical behaviors of stochastic fibrous materials are strongly affected by
their architecture and the properties of the component fibers. In this study, a three …