3D and 2.5D computational models of electrospun mats
Sebastian Domaschke, Manuel Zündel, Edoardo Mazza and Alexander E. Ehret

Mechanical behavior of random fiber networks with inter-fiber adhesion
Catalin R. Picu, Vineet Negi and Ahmed Sengab

Predicting the risk of failure of thin fiber networks – a stochastic multiscale approach
Rami Mansour and Artem Kulachenko

Multiscale modelling of planar fiber networks: current results for elasticity and strength of paper, and potential applications to related materials
Pedro Miguel J. S. Godinho, Marina Jajcinovic, Wolfgang Bauer and Christian Hellmich

Reducing the experimental efforts to identify material parameter distributions of discrete materials
Hussein Rappel, Lars A.A. Beex and Stephane P.A. Bordas

A multiscale methodology for simulation of mechanical properties of paper
Gustav Kettil, Axel Målqvist, Andreas Mark, Fredrik Edelvik, Mats Fredlund and Kenneth Wester

The deformation and failure mechanisms of paper in short span compression
August Brandberg and Artem Kulachenko

Modeling the hygroexpansion of paper using a 3D network model
Hamid R. Motamedian and Artem Kulachenko

Measurements of forces between cellulose fibril surfaces – A molecular dynamics study
Carlos Sáenz-Ezquerro, Cristina Crespo Miñana, Elías Liarte and Salvador Izquierdo

An accurate continuum model for paperboard
Kristofer Robertsson, Mathias Wallin, Eric Borgqvist, Matti Ristinmaa and Johan Tryding