Inter‐connected carbon sub‐µm fibrous materials are prepared by electrospinning of Kraft
lignin solutions in DMF followed by thermal treatment consisting of oxidative …

This paper presents a new micromechanical based approach for the modeling of the highly
anisotropic and non-linear stiffening response of fibrous materials with random network …

Nonwovens are polymer-based engineered textiles with a random microstructure and hence
require a numerical model to predict their mechanical performance. This paper focuses on …

Nonwoven fabric formation is highly emerging technology for production of cheapest
material of textile for different purposes. Nonwovens used in garments, home textiles …

Due to a random structure of nonwoven materials, their non-uniform local material properties
and nonlinear properties of single fibres, it is difficult to develop a numerical model that …

Thermally bonded structures are amongst the most widely used nonwoven structures, with
applications ranging from baby diapers to high performance geotextiles. These structures …

Analysis of the basis weight for random fibrous networks is important to understand their
microstructure, properties and performance. Two-dimensional microscopical images show in …

Nonwoven structures have been recently explored for numerous novel applications ranging
from composites to scaffolds. The tensile property of nonwovens is a pre-requisite and …

Fibrous networks are abundant in nature and commonly used in industry. However, their
geometrical modelling is challenging due to their complex microstructure. In this study, a …

The analysis of fibrous structures using micro-computer tomography (µCT) is becoming
more important as it provides an opportunity to characterise the mechanical properties and …